FINAL PROGRAM - Events

FINAL PROGRAM 

Presented by ASME International Gas Turbine Institute 

June 14-18, 2010 • Glasgow, Scotland, UK 

www.turboexpo.org

Dear Turbo Expo 2010 Attendees: 

On behalf of the IGTI Board of Directors, our 

Chairman, Dr. Knox Millsaps, and the entire 

IGTI staff, I welcome you to ASME Turbo Expo 

2010. Turbo Expo is the world’s premier gathering 

of gas turbine professionals, and this year’s 

meeting in Glasgow, Scotland, will be one of the 

largest ever in Europe. We hope this event will 

meet or exceed your expectations for providing 

the very best technical content and be a forum for you to interact with 

your colleagues to further improve gas turbine technology. 

Please join us at the grand opening that features IGTI’s annual awards 

program and the Turbo Expo keynote session. This year’s conference 

theme is “Extending Limited Natural Resources Through Energy 

Technology Innovation.” To address this important and timely issue, 

our Executive Conference Chairman, Mr. Graham Hopkins from Rolls- 

Royce, has provided leadership in assembling a world class group of 

knowledgeable industry executives. These speakers will provide their 

perspectives on how to ensure that our research and development 

efforts actually meet the needs and concerns of ever increasing energy 

demand and decreasing fuel supplies. They will share their views about 

which technologies we should be working on and provide examples 

of recent success stories that demonstrate how R&D projects have 

become real-life solutions. Keynote addresses will be delivered by Peter 

Christman, Jr., President of Pratt & Whitney Power Systems, Walter 

Downing, Executive Vice President of Southwest Research Institute, and 

Colin Smith, Director of Engineering and Technology, Rolls-Royce. 

This year’s over 3000 Technical Congress attendees will have the 

opportunity to attend over 250 technical sessions in more than 40 

simultaneous tracks. There will be almost 1000 technical papers 

presented and attendees will have the opportunity to listen and ask 

questions of the speakers. In addition there will be 35 sessions 

featuring panel discussions, lectures, and tutorials by leading industry 

and academic experts. We will have a premier three-day exposition 

with more than 100 exhibitors. This marketplace of top quality gas 

turbine products and services, where research meets application, will 

offer a unique opportunity to assess new products, proven methods 

and innovative ideas. There will be something for everybody. 

Finally, on behalf of IGTI, I salute the companies that are supporting 

Turbo Expo 2010 through sponsorship, and I extend my sincere 

gratitude to all the volunteers and professionals who contributed so 

much effort to make this year’s event a great success. The authors, 

reviewers, session organizers, vanguard chairs, committee leadership, 

review chair, Thomas Sattelmayer, and the co-review chair, Karen 

Thole, all did stellar work and I greatly appreciate all of your efforts. 

Again I thank you all for coming to Turbo Expo, and we trust that your 

time here will be both enjoyable and professionally rewarding. 

Klaus Brun, Ph.D. 

Chair of Conferences | ASME Turbo Expo 2010 

Member, IGTI Board of Directors 

Welcome to Turbo Expo 2010! 

The first meeting of the LLC at the 

Crowne Plaza Glasgow, October 20, 2009: 

William McDowell, Stephen Spence, Brian Haller, 

George Rae, Theodosios Korankianitis, Ian McMahon, 

Jason Reese, Susan Andrews, Mick Conway, and 

Keith Cobley. Not pictured: Brian Igoe and Scott Wilson. 

Dear Turbo Expo 2010 Attendees: 

On behalf of the Local Liaison Committee 

(LLC) and the region’s turbomachinery 

community, I would like to welcome you to the 

ASME Turbo Expo 2010, in Glasgow. 

As a former European City of Culture, Glasgow 

is rightly famous for its vibrant atmosphere and 

will make an ideal venue for our conference. 

Glasgow is the largest city in Scotland and the third most populous 

in the United Kingdom. Following the Industrial Revolution, the city 

became one of the world’s pre-eminent centres for heavy engineering. 

Its position on the banks of the River Clyde enabled it to grow as one 

of Britain’s major hubs for transatlantic trade in the 18th century 

and also helped to spawn its famous shipbuilding industry, which 

produced such world-famous vessels as the Queen Mary. 

In the modern era, Scotland’s heavy industry may have been 

overtaken by areas such as the development of optoelectronics, 

software and chemicals, but the engineering sector still thrives in 

the areas of marine engineering and the aerospace and defence 

sectors. In addition, there are 54 university departments with 

identified capabilities and technology expertise applicable to 

aerospace and defence. 

The city of Glasgow also has a fine pedigree in the gas turbine 

industry. The world-famous Merlin engine was produced in the city 

and the nearby town of East Kilbride is home to the largest jet 

engine Repair and Overhaul facility in Europe. Turbo Expo delegates 

will have the opportunity to visit the Rolls-Royce compressor 

systems facility in Inchinnan. 

The factory at Inchinnan has been designed with better energy 

control in mind, which takes me onto the theme of this year’s Turbo 

Expo – “Extending Limited Natural Resources Through Energy 

Technology Innovation.” I’m sure that we in the industry share 

the belief that technology lies at the heart of society’s response 

to climate change. I hope that our discussions in Glasgow can 

illustrate that, by applying our science and engineering skills, we 

can help society develop solutions which protect the environment 

and deliver sustainable economic growth. 

For all these reasons and more, we can look forward to this excellent 

programme, and I wish you a very pleasant visit to Glasgow. 

Graham Hopkins 

Executive Conference Chair | ASME Turbo Expo 2010 

Director of Engineering & Technology 

Rolls-Royce Defence Aerospace 

FOR MORE DETAILS VISIT WWW.TURBOEXPO.ORG ASME TURBO EXPO 2010 FINAL PROGRAM 

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Executive Conference 

Chair 

Dr. Graham Hopkins 

Rolls-Royce 

Bristol, UK 

Local Liaison Committee 

Chair 

Jason Reese 

University of Strathclyde 

Glasgow, Scotland, UK 

Chair of Conferences 

Dr. Klaus Brun 

Southwest Research 

Institute 

San Antonio, TX, USA 

TOPIC PAGE 

Grand Opening 4 

Honorary Lectures 5 

Sponsors 5 

Networking Events 6-7 

Do-It-Yourself Gas Turbine Booth 7 

Participating Organizations 8 

IGTI Publication Sales 9 

Guest Tours 10 

Facility Tours 12 

Session Participant Information 14 

Special Steam/Wind/User Sessions 15 

Supporting Publications 15 

Exhibit Hall Floorplan 16 

Exhibit Directory 17-27 

Turbo Expo 2011 28 

Exhibitor Product Categories 29-30 

Technical Program Chair 

Dr. Allan Volponi 

Pratt & Whitney 

East Hartford, CT, USA 

Leadership Team 

Review Chair 

Dr. Thomas Sattelmayer 

Technical University 

of Munich 

Garching, Germany 

Review Co-Chair 

Dr. Karen Thole 

Pennsylvania State 

University 

State College, PA USA 

Table of Contents 

TOPIC PAGE 

GTUS 2010 32 

Technical Congress Sessions 33-136 

Registration Information 137 

General Information/Helpful Numbers 137 

Exhibit Advisory Committee 138 

Local Liaison Committee 138 

Committee Point Contacts & Vanguard Chairs 139 

Technical Committee Officers 140-141 

IGTI Board of Directors 142 

ASME / IGTI Staff 143 

Session Participant Index 144-149 

Committee Meeting Schedule 150 

Advertisers Index 150 

Turbo Expo 2012 151 

Schedule at a Glance 152 


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Grand Opening 

Featuring Keynote Session & Awards Presentations 

Monday, June 14, 2010 • 10:15 a.m. – 12:15 p.m. 

Clyde Auditorium 

Prominent experts from the turbomachinery community will address the important keynote 

theme, Extending Limited Natural Resources Through Energy Technology Innovations. 

Following the keynote, IGTI’s annual awards presentations will honor individuals who have 

made significant contributions to advance turbine technology and industry. 

Jim Mather | Member of Scottish Parliament (MSP) 

& Minister for Enterprise, Energy, and Tourism 

We are honored to be welcomed to Glasgow by Jim Mather, MSP for Argyll 

and Bute. Mather studied accountancy, law and economics at Glasgow 

University and later ran his own business before entering politics. He has 

been involved in the development and promotion of the Economic Case 

for Independence and is a Director of Business for Scotland. 

2010 Keynote Speakers... 

Peter Christman, Jr. | President, Pratt &Whitney Power Systems 

Christman was a member of the management team of Energy Services, Inc. (ESI) and 

Energy Maintenance Corp. (EMC) prior to joining Pratt & Whitney. In 2002, he took 

management responsibility for the Large Engine Business of Pratt & Whitney Power 

Systems and then was selected in 2003 to lead the entire business of Pratt & Whitney 

Power Systems, a division of the United Technologies Corporation. 

Walter D. Downing, P.E. | Executive Vice President, Southwest Research Institute 

Downing serves as the chief operating officer of SwRI, an independent, nonprofit, applied 

research and development organization that addresses clients’ needs in the physical 

sciences and engineering disciplines. He directs the twelve technical operating divisions 

and is a member of the SwRI Board. Previous positions at SwRI include senior research 

engineer in electronics systems and vice president of Avionics and Support Systems. 

Colin Smith | Director of Engineering and Technology, Rolls-Royce plc 

Smith joined Rolls-Royce as an undergraduate apprentice in 1974 and worked as Chief 

Engineer on the Trent 700 engine and the Trent 500 engine, Head of Engineering for 

Compressors and Fans, and Director of Research & Technology. He has served in his 

current position since 2005 when he also became a member of the Board of Rolls-Royce. 

Smith is a Royal Academy Silver Medal winner. 

Executive 

Conference Chair 

Graham Hopkins 

Rolls-Royce 

Bristol, UK 

Conference Chair 

Klaus Brun 


Institute 

San Antonio, TX USA 

ASME TURBO EXPO 2010 FINAL PROGRAM FOR MORE DETAILS VISIT WWW.TURBOEXPO.ORG

Honorary Lectures 

Industrial Gas Turbine & Aircraft Engine Technology Award Honorary Lectures 

Monday, June 14, 2010 • 8:00 – 10:00 a.m. • Lomond Auditorium 

Platinum Sponsor 

Silver Sponsor 

The session features special presentations by the award winners of the annual 

Industrial Gas Turbine Technology and Aircraft Engine Technology awards from IGTI. 

This is a joint session with the Electric Power Committee and the Aircraft Engine 

Committee. Dr. Hans-Juergen Kiesow, Siemens, is the 2010 winner of the IGTI 

Industrial Gas Turbine Award. His lecture is entitled “Energy Trends and Gas Turbine 

Challenges.” Prof. Riti Singh, Cranfield University, is the 2010 winner of the IGTI Aircraft 

Engine Technical Award. He will speak on “Post Nubes Lux: Aircraft Propulsion.” 

Platinum & Women’s Dinner Sponsor Platinum Sponsor 

Bronze 

Sponsor 

Bronze & 

Attendee Bag 

Sponsor 

Attendee Bag Sponsor Exhibitor Giveaway Sponsor Name 

Badge 

Insert 

Sponsor 

City 

Sponsor 

Water Stations Sponsor 

Sponsors 

Bronze Sponsor 

Shortbread Sponsor 

Women’s Dinner Sponsor 


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Networking Events 

Grand Opening 

Monday, June 14, 2010 • 10:15 a.m. – 12:15 p.m. 

Featuring Turbo Expo Keynote Session and Annual Awards Presentations. 

Welcome Reception 

Monday, June 14, 2010 • 7:30 – 9:00 p.m. 

Kelvingrove Art Gallery & Museum 

Hosted by the City of Glasgow, all Turbo Expo registrants are invited to 

join their colleagues for complimentary beer and wine on Monday evening 

at Glasgow’s favorite building and Scotland’s must-see museum. Twentytwo 

state-of-the-art galleries house an astonishing 8,000 objects from 

wide ranging and internationally significant collections. 

The museum is located in picturesque Kelvingrove Park in the west end 

of Glasgow, easily reached by public transport. A taxi from the City Centre 

will cost about £5.50/£6.00. There is also frequent subway service to 

the West End from the city centre, getting on at either Buchanan Street 

or St Enoch stops and getting off at Kelvinhall. (Upon exiting Kelvinhall 

station, turn left and continue to walk on the left hand side of the road, 

no more than 10 minutes to arrive at the museum.) A number of First 

Bus services stop directly in front of Kelvingrove. 

Daily Lunches 

Monday - Friday • 12:30 – 2:30 p.m. 

Complimentary lunches are automatically included for all registrants 

except exposition visitors. Badge must be presented to be scanned. 

Technical Congress delegates are provided lunch on the days for which 

they are registered (Monday-Friday for 5 days or respective 3 days). 

Exhibitor booth personnel registration includes lunch Tuesday-Thursday. 

Early Career Engineer & Student Mixer 

Wednesday, June 16, 2010 • 6:45 – 8:00 p.m. 

SECC Mezzanine Lounge 

This is a special and evolving networking event for rising 

engineers. Enjoy complimentary refreshments and interact 

with fellow engineers including a variety of representatives 

from the turbomachinery industry as well as members of 

IGTI’s technical committees. 

Expo Hall Receptions 

Tuesday & Wednesday, June 15 & 16, 2010 

5:00 – 6:30 p.m. 

All registered delegates are invited to the Expo 

Hall for complimentary refreshments and to join 

their colleagues in learning about the products and 

services of the industry’s top companies. 

Prize Drawings 

Thursday, June 17, 2010 • 1:45 p.m. 

Complete the enclosed Exhibit Award Ballot, found 

between pages 16 and 17, to be eligible to win one 

of our Vancouver prizes! Winners will be announced 

during the Closing Ceremony. Must be present to win. 

Exposition Closing Ceremony 

Thursday, June 17, 2010 • 1:45 p.m. 

Presentation Stage, Expo Hall 

Please join us on Thursday afternoon as we 

announce the winners of Turbo Expo 2010 

giveaways and booth displays, present the John P. 

Davis and young engineer travel awards, recognize 

outgoing Committee Chairs and announce plans for 

Turbo Expo 2011 in Vancouver, Canada! 

Congratulations 

to our 

2010 Young Engineer Travel Award 

winners! 

Because of their outstanding achievements, 

these individuals have received funding to help 

them attend this year’s conference. 

Oleksiy Larin 

National Technical University 

Kevin Turner 

GE Aviation 

Austin Selvig 

Carleton University 

Matthew Bloxham 

Ohio State University 

Jacqueline O’Connor 

Georgia Tech 


Women Working in the Gas Turbine Area 

Networking Reception & Dinner 

Tuesday, June 15, 2010 • 8:30 – 10:30 p.m. 

Networking Events 

SPOnSORED By: 

Female delegates are invited to join their colleagues for a complimentary networking event that will 

also feature talks by Lynn Gambill, Director, Global Services Engineering, at Pratt & Whitney and 

Antje Lembcke, Director, Gas Turbine Engineering, at Siemens. 

Gambill has more than 30 years of leadership experience in propulsion system engineering. Prior 

to her current role, she was Director, Operational Military Engines Engineering, where she led the 

engineering systems organization in the design, development and field support of the F119, F100, 

J52 and TF33. She is also a recipient of the ASME Distinguished Engineer of the Year Award. 

Lembcke has worked for Siemens for more than 10 years. As Director, Gas Turbine Engineering, she 

has global responsibility for advanced technology development and innovation. She possesses an 

MBA, Dipl. Eng. (FH) in environmental engineering and will complete her PhD in industrial engineering 

next year. 

This is a unique and rewarding opportunity – one you do not want to miss. For details on the dinner 

and to ensure you are on the RSVP list, please visit the Turbo Expo Information Desk in Hall 4. 

Do-It-Yourself (DIY) Gas Turbine Booth 

Don’t miss the Do-It-yourself (DIy) Gas Turbine Booth 

in the exhibit hall Tuesday through Thursday. The firsttime 

booth will feature some interesting homemade 

gas turbine creations including a twin turbo unit, single 

stationary engine with afterburner and a DIy jet kart. 

Lynn Gambill 

Antje Lembcke 


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Participating Organizations 

UNITED KINGDOM & IRELAND 

S E C T I O N 


PHOTO COURTESy OF THE UnITED STATES nAVy 

your 

career... 

your thirst for 

knowledge... 

Purchase your products now at Booth # 250 or 

visit our web site at http://igti.asme.org or 

contact IGTI at +1-404-847-0072 or igti@asme.org. 

*Limit one per customer, while supplies last. 

Headline Here 

watch your 

career 

IGTI is the society for turbomachinery 

professionals like you! 

The International Gas Turbine Institute is your resource for cuttingedge 

research and conferences, industry networking, and a wealth of 

educational products and services, like Webinars, CDs, and courses. 

Stop by IGTI Booth #250 in the Expo Hall to discover all of our career-enhancing 

professional development tools – including our brand new Third Edition Gas 

Turbine Self-Study Course! Receive a free T-shirt with any purchase.* 

Special Promotion for IGTI fans on Facebook... 

Be sure and come by Booth #250 to take advantage of the Turbo 

Expo promotion offered exclusively to you on Facebook! Grand Prize 

winner will be announced at Expo Closing Ceremony on June 17! 

Hot Off The Press!! 

Co-Author, Professor Dilip Ballal, will be available to sign your copy of the 

New Lefebvre & Ballal GAS TURBINE COMBUSTION 3rd Edition 

book at IGTI Booth #250. 

Book Signing Times: Tuesday, June 15 • 5:30 PM to 6:30 PM 

Wednesday, June 16 • 1:30 PM to 2:30 PM 


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Guest Tours 

On Site Information – Hall 4, ASME Turbo Expo Information Desk 

Hours: Sunday, June 13: 3:00 – 6:00 p.m. 

Monday, June 14: 7:00 a.m. – 5:30 p.m. 

Tuesday-Wednesday, June 15-16: 7:00 a.m. – 6:30 p.m. 

Thursday-Friday, June 17-18: 7:00 a.m. – 5:30 p.m. 

Glasgow City Tour and Overview 

Monday, 14 June 2010 • Time: 9:30-2:30 

Tickets: £62 (Includes 2 course Lunch) 

Glasgow is by far the most populous city in 

Scotland. At the city centre is George Square, 

with its splendid Victorian buildings; the 

Merchant City area nearby was, in the 18th century, the headquarters 

of the “Tobacco Lords”, who controlled half the tobacco trade between 

Europe and America. The 13th-15th century cathedral is on the site of 

a 6th century chapel founded by the city’s patron saint, St. Mungo or 

St. Kentigern. The Tenement House, built in 1892 when Garnethill was 

established as a superior residential district in Glasgow’s West End, now 

illustrates life in the city at the turn of the century. A special visit will be 

made to view the fascinating “house for an Art Lover” that exemplifies the 

ideas and designs of Glasgow’s famous architect-designer, John Rennie- 

Mackintosh, many of whose buildings you will see during this tour. You may 

find the Glaswegian accent baffling but you will thoroughly enjoy the city! 

New Lanark - World Heritage Village 

Tuesday, 15 June 2010 • Time: 9:00-3:30 

Tickets: £84 (Includes 3 course Lunch at Mill Hotel) 

Travelling from Glasgow, the tour approaches the 200 

year old conservation village of New Lanark, via the scenic 

Clyde Valley. The riverside village has been carefully 

restored as a living community and monument to Robert 

Owen, millowner and social pioneer. Owen transformed 

life in New Lanark with ideas and opportunities that were at least a hundred 

years ahead of their time. Child labour and corporal punishment were 

abolished, and villagers were provided with decent homes, schools and 

evening classes, free health card, and affordable food. The tour will include 

exploring the various properties including Robert Owen’s home and a 

spellbinding dark ride back to 1820 hosted by the ghost of a mill-worker girl 

who will introduce you to her daily life in New Lanark. A 3-course lunch will be 

served at the Mill Hotel (a conversion of one of the original mill buildings). 

Glasgow a City of Art and Culture 

Wednesday, 16 June 2010 • Time: 9:30-1:00 

Tickets: £36 (Includes entrance fees) 

See contrasting examples of the wealth of artistic 

and cultural opportunities that are available to 

be enjoyed in Glasgow. First a short drive to the 

outskirts of the city will bring you to the famous 

Burrell Collection – a world famous collection of textiles, furniture, 

ceramics, stained glass, art objects, and pictures gifted to Glasgow 

by Sir William and Lady Burrell. After this, a short drive back in to the 

city will take you to a special, private presentation at the Sharmanka 

Theatre. Sharmanka (Russian for hurdy-gurdy) was founded by sculptormechanic 

Eduard Bersudsky and theatre director Tatyana Jakovskaya in 

St.Petersburg (Russia) in 1989. During the performance, hundreds of 

carved figures and pieces of old scrap perform an incredible choreography 

to haunting music and synchronised light. Based in Glasgow since 1996 

it has gained a reputation as one of the city’s hidden treasures. 

All tours are subject to cancellation based on a minimum of 25 participants. 

Tours include meals where indicated, tickets and transportation. 

Edinburgh - Royal Sites 

Thursday, 17 June 2010 • Time: 8:30-5:30 

Tickets: £109 

Edinburgh is justifiably famous as one of 

the most beautiful capital cities in Europe. 

This ancient town lies along the “Royal 

Mile” which stretches from the massive 

fortress of Edinburgh Castle, perched on 

its rocky crag, to the Royal Palace of 

Holyroodhouse, the official residence of the Queen in 

Scotland. Our tour will visit both these great palaces, taking 

time to see the Scottish Crown Jewels (known as the 

“Honours of Scotland”), which are reputed to be of greater 

antiquity than the Crown Jewels in the Tower of London. On 

this tour you will see the differences between the Old and 

New Towns, see St. Giles’ Cathedral, and hear the stories 

of John Knox, Burke & Hare, “Greyfriars Bobby”and much, 

much more. Lunch will be served at a characterful pub in the 

centre of Edinburgh and during the afternoon there will be 

some free time to enjoy the varied shopping possibilities. 

The Country of “Braveheart” and 

the beauty of “The Trossachs” 

Friday, 18 June 2010 • Time: 8:30-5:00 

Tickets: £105 (Includes Lunch) 

This tour will take you into the heart of the Scottish 

countryside; first stop visit the ancient City of Stirling. The 

area of Stirling plays a significant part in Scottish history, as 

it was here that King Robert the Bruce secured Scotland’s 

independence from England at the Battle of Bannockburn 

and also it is where William Wallace (known as “Braveheart”) 

famously won in 1297 at the Battle of Stirling Bridge. First 

of all, this morning, you will make the journey up to Stirling 

Castle, which guards the gateway to the Highlands. It is 

doubtful if any fortress in the Kingdom has had such a violent 

past. The existing castle has its origins in the 15th century. 

After lunch you will reach the beautiful area known as The 

Trossachs, the name given to the picturesque, but rugged 

gorge which runs from Loch Achray to Loch Katrine. It was 

this romantic and magnificent countryside which inspired 

and enchanted Sir Walter Scott. There will be a short sail on 

the Victorian steamer, SS Sir Walter Scott, on Loch Katrine, 

to enjoy the magnificent scenery. This was the area that 

provided the setting for Sir Walter Scott’s, “The Lady of the 

Lake”. After time enjoying the magnificent views out across 

the Scottish Highlands, you will continue towards the hills 

and deep into the countryside. Lunch will be served in the 

quaint Roman Camp Hotel along the way. 

Delegates and their guests are invited to visit the ASME 

Turbo Expo Information Desk in Hall 4 for all information on 

the exclusive excursions planned for conference guests as 

well as information on other local attractions and activities. 


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12 

Facility Tours 

Alstom – Torness Power Station: 

Friday, June 18, 10h30 (10:30 a.m.) 

Torness nuclear power station was the last of the UK’s 

second generation nuclear power plants to be commissioned. 

The station consists of two Advanced Gas-cooled Reactors 

(AGR) capable of producing a peak rating of 1364 MWe. Prescreening 

security applications were required for this tour. The 

deadline for applying was May 11. No additional applications 

will be accepted on-site. 

Location: Approximately 30 miles east of Edinburgh at 

Torness Point near Dunbar in East Lothian 

Transportation: Complimentary, provided by Alstom, 

returning to SECC at 16h00 (4:00 p.m.) 

Meals: Complimentary lunch provided by Alstom 

BAE Systems Surface Ships: 

Friday, June 18, 09h45 (9:45 a.m.) 

Sponsored by Rolls-Royce, BAE Systems Surface Ships is 

hosting this tour at their Shipyard in Scotstoun. Delegates will 

tour the 3rd in class Type 45 Anti-Air Warfare Destroyer, HMS 

Diamond. The Type 45 Destroyer is the most advanced ship 

of its type in theworld to date and will provide the backbone 

of the Royal Navy’s air defences for much of the first half of 

the 21st century. Pre-screening security applications were 

required for this tour. The deadline for applying was April 27. 

No additional applications will be accepted on-site. 

Location: Scotstoun shipyard 

Transportation: Complimentary transportation provided by 

Rolls-Royce, returning to SECC at 11h45 

(11:45 a.m.) 

Note: Everyone going on board the ships MUST wear 

strong, fully enclosed shoes. Women should also 

wear trousers. 

CLYDEUNION: 

Friday, June 18, 2 Tours (one morning, one 

afternoon), Times TBA 

CLYDEUNION Pumps provides pumping solutions through 

pump technology, hydraulic design and engineering as well as 

global aftermarket support. The tour will be at the company’s 

largest facility in Glasgow that has been manufacturing there 

for over 120 years. The Glasgow site provides centrifugal 

pumps for all six of its business sectors, including conventional 

power, and specializes in products for the upstream oil and 

nuclear power industries. 

Location: Glasgow facility 

Transportation: Complimentary transportation, returning 

to SECC following 1.5 hour tour 

Registration: Limited to 30 participants per tour 

Meals: Coffee/Tea/Biscuits will be provided 

on arrival 

Facility Tour Registration – Space is limited for all tours and some companies 

required security pre-screening prior to the conference. Registration for tours without preconference 

screening will begin when the Exposition opens on Tuesday, June 15. Each host 

company is conducting registration for its own tour in the Facility Tour Registration booth, #125. 

All tours are conducted at the discretion of the host company or under the conditions the 

company establishes. All tours are subject to change or cancellation. 

Doosan Babcock Energy Ltd.: Friday, June 18, 10h00 (10:00 a.m.) 

Doosan Babock is offering a tour at its headquarters near Glasgow, focusing on the 

Research and Development Centre. You will have the opportunity to see work on the 

development of advanced clean energy technologies and to visit the combustion test 

facilities, where Doosan Babcock is currently carrying out work on carbon dioxide capture 

and, in particular, is running the world’s largest demonstration of Oxyfuel combustion. 

Location: Renfrew, Scotland facility 

Transportation: Complimentary transportation, returning to SECC at 14h00 ( 2:00 p.m.) 

Registration: Limited to 45 participants 

Meals: Complimentary lunch included 

GSE Systems Power Station Simulation Training Centre 

at Strathclyde University: Friday, June 18, 14h30 (2:30 p.m.) 

The university’s Department of Electronic and Electrical Engineering is home to the 

only academic, fully flexible GSE Power Station simulator suite designed for training 

in Europe. This $4 million simulation training and education centre offers a unique 

facility that provides the basis for research and education in the areas of real-time 

simulation, power station control and advanced diagnostics. The simulator replicates 

actual control rooms with instrumentation and controls driven by computer models 

that replicate a plant’s actual response to normal operating conditions. 

Location: Strathclyde University, Glasgow 

Transportation: Complimentary transportation provided, returning to the SECC at 

16h30 (4:30 p.m.) 


Meals: Refreshments 

Inchinnan Manufacturing Facilities: 

Friday, June 18, 13h00 (1:00 p.m.) 

Rolls-Royce plc is hosting this combined tour to both the Rolls-Rolls-Royce plc is 

hosting this combined tour to both the Rolls-Royce Inchinnan Centre of Excellence for 

Compression System Component Manufacture and the adjacent Advanced Forming 

Research Centre (AFRC) which is due to open in the Spring of 2010. AFRC is a 

partnership between the University of Strathclyde and global industrial manufacturing 

companies including Rolls-Royce, Boeing and Mettis Aerospace and specialist suppliers 

such as GKN, Bodycote, EKES and Fanuc. 

Location: Inchinnan, Glasgow 

Transportation: Complimentary bus transportation provided by Rolls-Royce, returning 

to SECC by 17h00 (5:00 p.m.) 

Registration: Limited to 40 participants; participants will need to provide shoe size 

Meals: Light refreshments during tour 

Whitelee Windfarm: Friday, June 18, 14h30 (2:30 p.m.) 

Whitelee Windfarm is Europe’s largest windfarm and is located on Eaglesham Moor just 

20 minutes from central Glasgow. Over the past ten years Whitelee has been carefully 

planned and designed to work in harmony with the existing environment and after three 

years of construction the windfarm is fully operational and producing clean, green energy. 

The windfarm has 140 turbines which can generate 322MW of electricity, enough to 

power 180,000 homes. The tour is sponsored by Scottish Power Renewables. 

Location: Eaglesham Moor, Scotland 

Transportation: Complimentary transportation provided 

by Scottish Power Renewables, 

returning to SECC by 19h30 (5:30 p.m.) 


Meals: Participants will have access to café on site at the windfarm 


14 

Session Participant Information 

Networking Coffee/Danish for 

Presenters and Session Organizers 

Monday - Friday, 7:15-8:00 a.m. 

SECC Hall 4 

On the day of your scheduled presentation, a table will be 

reserved with your Final Session ID. Meet with the other 

session participants and discuss session logistics. Beverage 

and pastry provided. 

Presentation Uploads 

Presenters (authors, panelists, lecturers, tutorial instructors) 

should plan to upload their presentations only on the computer 

in the session room in which they will be presenting. Please 

arrive 15 to 30 minutes prior to your session to upload your 

presentation. 

Presentations may be uploaded from CD-ROM or memory stick 

(flash drive). There will not be a central network server for the 

sessions. 

Audiovisual Equipment 

Standard AV equipment provided in meeting rooms: 

• LCD data projector • Microphone(s) 

• Computer 

• Screen 

• Pointer 

Registration 

ASME is a not for profit organization and requires all session 

participants to register and pay an appropriate registration fee. 

On site registration is located in Hall 4. See other registration 

information on page 137. 

Badge Ribbons 

Pick up ribbons at the Information Desk in the Registration Area 

in Hall 4. All first time delegates are especially encouraged 

to stop by the Information Desk and pick up their First Timer 

ribbon. See display for available ribbons. 

Need Assistance? Have Questions? 

Conference Sessions 

IGTI staff (with red badges) and session assistants (with 

Assistant badge ribbons) are circulating in the meeting room 

hallways to provide assistance as needed. 

Information Desk 

Open during registration hours, the Information Desk is a 

source for all meeting room related answers and supplies. 

Need assistance with AV? Looking for a committee’s best paper 

award? Stop here: Registration Area in Hall 4. 

DVD Proceedings/Paper Printing 

All technical congress registrants will have their badges 

encoded to receive a DVD containing all papers published 

for ASME TURBO EXPO 2010. Present your badge in the 

Registration Area in Hall 4 to receive your DVD. A computer 

printing station will also be available at the Information Desk for 

printing individual papers from the DVD. 

Thank you for participating in an IGTI Sponsored Event! 

AV Practice Room / Speaker Ready Room 

Etive & Fyne Meeting Rooms: 

SUNDAY 13 June, 3:00 - 6:00 p.m. 

MONDAY 14 June, 7:00 a.m. - 5:30 p.m. 

TUESDAY 15 June, 7:00 a.m. - 5:30 p.m. 

WEDNESDAY 16 June, 7:00 a.m. - 5:30 p.m. 

THURSDAY 17 June, 7:00 a.m. - 5:30 p.m. 

FRIDAY 18 June, 7:00 a.m. - 3:30 p.m. 


Special Steam/Wind/User Sessions 

Steam Turbine Technology Track 

This year’s conference features special technical paper and panel sessions on steam turbine 

technologies. Many of the analyses, computational methods, and experimental techniques are 

common for steam turbines and gas turbines. However, there are some unique features on steam 

turbines that can warrant special consideration. Including separate, but co-located, steam turbine 

sessions at Turbo Expo is a natural way of sharing many of the cutting edge technologies. 

Wind Turbine Technology Track 

Wind energy is the fastest growing renewable energy and recent R&D efforts have made 

wind turbines potentially competitive with traditional fossil fuel plants. This year a technical 

track is devoted to wind turbine technology which addresses recent developments in 

aerodynamics, performance, control, drive-train dynamics, and network integration. 

User Sessions 

User sessions highlighted throughout the technical conference offer a great opportunity to learn 

about the most recent industry best practices, new technology and developments. This user focused 

material is arranged in a series of tutorials, panel and technical paper sessions, thus making it an 

ideal setting for the exchange of information with other industry practitioners. Attend these sessions 

to network and exchange the latest in technology and practices with other gas turbine users. 

Gas Turbine Users... 

Look for this symbol R throughout the session listings for topics of interest especially for you! 

Supporting Publications 


15

16 

STAGE 

211 

210 

111 

110 

EXHIBITION 

ENTRANCE 

REST 

ROOMS 

Exhibit Hall Floor Plan Subject to Change 

521 

421 420 

322 320 

221 

121 

120 

20 

522 

423 

323 

321 

220 

123 

122 

22 

MEAL 

ENTRANCE 

523 

425 

422 

225 

125 

23 

524 

427 426 

327 

326 

227 224 

127 

124 

24 

25 

530 

431 

430 

330 

230 

30 

REGISTRATION 

531 

532 

Entrance 

533 

437 337 234 

130 

MEAL 

ENTRANCE 

MEAL 

ENTRANCE 

Turbo Expo 

2010 

SECC, Glasgow 

HALL 4 

ASME TURBO EXPO 2010 FINAL PROGRAM FOR MORE DETAILS VISIT WWW.TURBOEXPO.ORG 

534 

440 

341 340 

241 

240 

40 

541 

441 

442 

342 

140 

42 

445 

444 

343 

344 

245 

542 447 446 347 346 247 244 

146 43 

550 

350 

351 

251 

150 

48 

551 

450 

353 

253 

250 

151 

152 

50 

552 

352 

355 

255 254 

155 

154 

52 

554 

461 

460 

361 360 261 260 161 160 

54

Exhibit Directory 

Round out your conference experience by spending time Tuesday through Thursday in the exhibit hall, featuring the latest and 

best technology offered by leading companies in the industry. Lunches and receptions in the exhibit hall each day will provide 

relaxed, yet focused networking opportunities. 

EXPOSiTiOn OPEn: 

Tuesday, June 15 ............. 12:30 p.m. - 6:30 p.m. 

Wednesday, June 16 ........ 12:30 p.m. - 6:30 p.m. 

Thursday, June 17 ............ 11:30 a.m. - 2:30 p.m. 

Don’t miss the Exposition Closing 

Ceremony at 1:45 p.m. 

TABlE Of COnTEnTS: 

Exhibitor Booth listings ..................Pages 18-27 

Exhibitor Product Categories.......... Pages 29-30 

Thank you to our Exhibit Advisory Committee. Please stop by and visit with 

our EAC members and give them your suggestions and feedback on making 

the Turbo Expo Exposition an even better event. A complete listing can be 

found on page 138. If you are interested in joining this committee, contact 

the IGTI Expositions Department at igtiexpo@asme.org. 

REMinDERS: 

• No photographs can be taken in the exhibit hall without permission of 

Show Management and/or exhibiting company. 

• Place your vote for the People’s Choice Award at the entrance to the 

exhibit hall. 

• See security personnel for emergencies and first aid assistance. 

If you are interested in exhibiting in Vancouver, Canada at Turbo Expo 2011, contact IGTI at igtiexpo@asme.org or stop by 

the Exhibit Sales Office in the exhibit hall to secure your booth. 

Every visitor, 

delegate and 

exhibitor at 

the EXPO can 

attend any of 

the following 

presentations, 

FREE OF 

CHARGE. 

Each is 

delivered by 

one of the 

Exhibitors at 

the EXPO – 

all of them 

leading 

experts in 

their field. 

Tuesday, June 15, 2010 Company/Topic 

1:00 – 1:30 p.m. . . . . Presentation by Advanced Design Technology Ltd. 

1:45 – 2:15 p.m.. . . . . AxSTREAM Generation 3: New and Advanced Capabilities for Multidisciplinary Design and 

Optimization of Turbomachinery Flow Path presented by Dr. Leonid Moroz from SoftInWay Inc. 

2:30 – 3:00 p.m. . . . . SIMULIA Solutions for Turbomachinery presented by Jack Cofer, Industry Lead - 

Turbomachinery SIMULIA Strategy & Marketing. 

3:15 – 3:45 p.m. . . . . Presentation by Adam Peck from CD-adapco. 

4:00 – 4:30 p.m. . . . . ANSYS Workbench Integrated Turbomachinery Design and Analysis. 

4:45 – 5:15 pm . . . . . Analyzing Turbine and Compressor Performance to Optimize the Costs of Manufacturing, 

Repairs and Overhauls presented by Ronnie Lindgren from SoftInWay Inc. 

5:30 – 6:00 pm . . . . . OROS Instruments for Vibration Analysis on Rotating Machinery: From Portable On-Line 

Monitoring to Orbit and Structural Diagnostics presented by Guillaume Cousin from OROS. 

Wednesday, June 16, 2010 

1:00 – 1:30 pm . . . . . ANSYS Rotordynamics. 

1:45 – 2:15 pm . . . . . 1000˚C Sensor & Pressure Sensors presented by David Gahan from Oxsensis Ltd. 

2:30 – 3:00 pm . . . . . Presentation by Adam Peck from CD-adapco. 

3:15 – 3:45 pm . . . . . Presentation by Wood Group GTS. 

4:00 – 4:30 pm . . . . . ANSYS Combustions for Gas Turbines. 

4:45 – 5:15 pm . . . . . Friendly Environmental Gas Turbine Filtration presented by Andre Radley Grundahl from 

Nordic Air Filtration. 

Thursday, June 17, 2010 

1:45 – 2:30 p.m. . . . . IGTI, Exposition Closing Ceremony 

Stage Presentation Schedule 


17

18 

Exhibitor Booth listings 

3T RPD lTD 352 

Fulton Court, Wofford Way, New Greenham Park, Newbury 

Berkshire, RG19 6HD, UK 

+44 1635 580284 • sue@3trpd.co.uk • http://www.3trpd.co.uk 

Rapid Prototyping/Manufacturing using Selective Laser Sintering (SLS)/ 

Direct Metal Laser Sintering (DMLS) in the UK & Europe. 

ADvAnCED DESign TEChnOlOgy 351 

Dilke House, 1 Malet St., London, WC1E 7JN, UK 

+44 20 7299 1170 • mzangeneh@adtechnology.co.uk 

http://www.adtechnology.co.uk 

Advanced Design Technology, Ltd. or ADT, is a global leader in the 

development of advanced turbomachinery design methods. 

ADvAnCED TEChnOlOgiES gROUP 43 

309 E. Osceola St., Ste. 206, Stuart, FL, 34994, USA 

+1 772-283-0253 • cdoux@advancedtg.com 

http://www.atgi.us 

ATG is an aerospace R&D company specializing in gas turbine engine 

performance improvements and custom RAM air turbines. 

ADvAnCED TEChnOlOgy & MATERiAlS 

CO., lTD. 261 

No.76 Xueyuan Nanlu, Beijing, 100081, China 

+86 10-62182822 • like@atmcn.com • http://www.atmcn.com 

Annual output of 3000 tons superalloy bars and strips. Products 

covering all Fe-based, Ni-based & Co-based superalloy. 

AikOkU AlPhA CORP. AP 

(AERO PRECiSiOn) DiviSiOn 240 

Morikami, Sobue-cho, Inazawa, Aichi, 495-8501, Japan 

+81 587-97-1115 • m-nakashima@aikoku.com 

http://www.aikoku.com 

Aikoku Alpha is a major supplier to the US and European markets and is 

Japan’s leading impeller machining company. 

AliTUR Publications Kiosk 

Eleo2 Engineering, Via di Dragoncello, 497, Rome, 00126, Italy 

+39 06-5219249 • luca.gaetani@eleo2.eu 

http://www.alitur.org/alitur2/ 

A network of personal and professional relationships among engineering 

students. 

Come see Professor Dilip Ballal to get your signed copy of 

the “New” GAS TURBINE COMBUSTION 3rd Edition book. 

Tuesday, June 15 – 5:30 PM to 6:30 PM 

Wednesday, June 16 - 1:30 PM to 2:30 PM 

AMERiCAn inSTiTUTE Of AEROnAUTiCS 

AnD ASTROnAUTiCS (AiAA) Publications Kiosk 

1801 Alexander Bell Drive, Suite 500, Reston, VA, 20191-4344, USA 

custserv@aiaa.org • http://www.aiaa.org 

The American Institute of Aeronautics and Astronautics (AIAA) is the world’s 

largest technical society devoted to the global aerospace community. 

AMERiCAn SOCiETy Of 

MEChAniCAl EnginEERS (ASME) 151 

Avenue de Tervueren 300, Brussels, B -1150, Belgium 

+32 2 740 2232 • info-europe@asme.org 

http://www.asme.org/Communities/EMEA/ 

Serving the needs of ASME members in Europe. Strategic services 

for European engineers, including continuing education, training & 

development; stakeholder interest groups; partnership links. 

AnECOM AEROTEST gMBh 211 

Freiheitstrasse 122, Wildau, D-15745, Germany 

+49 3375 922642 • marc.becker@anecom.de 

http://www.anecom.de 

Provides a wide range of component test and engineering services for 

the aero engine and industrial gas turbine industries. 

AnSyS, inC. 234 

Sheffield Business Park, 6 Europa View, Sheffield, S9 1XH, UK 

+44 114 281 8888 • bety.sherry@ansys.com 

http://www.ansys.com 

ANSYS provides world-class engineering simulation technology to 

deliver innovative, customer-focused solutions, helping turbomachinery 

providers effectively position themselves in a dynamic and highly 

competitive market. 

ASME inTERnATiOnAl gAS TURBinE inSTiTUTE 250 

6525 The Corners Pkwy., Ste. 115, Norcross, GA, 30092, USA 

+1 404-847-0072 • info@asme.org • http://igti.asme.org 

Dedicated to supporting the international exchange & development of 

information to improve the design, application, manufacture, operation 

& maintenance, & environmental impact of all types of gas turbines, 

turbomachinery & related equipment. 


ASSOCiAziOnE iTAliAnA 

Di METAllURgiA Publications Kiosk 

Piazzale Rodolfo Morandi 2, Milano, 20121, Italy 

+39 02 76021132 • aim@aimnet.it 

http://www.metallurgia-italiana.net 

AIM is a non-profit, non governmental cultural organization, devoted to 

gathering and dissemination of scientific knowledge in the field of metals 

and structural materials. 

B&B-AgEMA gMBh 140 

Juelicher Strasse 338, Aachen, NRW 52070, Germany 

+49 2415687810 • kusterer@bub-agema.de 

http://www.bub-agema.de 

Provides consultancy, expertise, design & calculation for turbomachinery 

& power plants. 

BEiJing lAngqiAO SURfACE 

TEChnOlOgy CO., lTD. 253 

Rm 1503, Bldg. A. IFEC, 87, Northwest 3rd Ringroad 

Beijing, 100089, China 

ychazhang@163.com 

BESTinClASS SA 352 

Chemin de la caisserie 4, Genolier, 

Canton De Vaud, 1272, Switzerland 

+41 22 994 40 50 • info@binc.biz • http://www.binc.biz 

The MMP, developed by BESTinCLASS, is the only surface finishing 

process of its kind. 

BRUSh TURBOgEnERATORS 361 

Falcon Works, Nottingham Road, Loughborough, LE11 1EX, UK 

+44 1509 611511 • salesuk@brush.eu • http://www.brush.eu/ 

BRUSH Turbogenerators is the largest independent manufacturer of 

turbogenerators in the world. 

CAlnETiX 160 

12880 Moore Street, Cerritos, CA, 90703, USA 

+1 562-293-1670 • wbryant@calnetix.com 

http://www.calnetix.com 

Calnetix is the global leader in developing and manufacturing high 

efficiency PM motors, generators & power electronics. 

CAMBRiDgE flOW SOlUTiOnS lTD. 346 

Compass House, Vision Park, Histon, Cambridge, CB24 9AD, UK 

+44 1223 257978 • mary.aldridge@cambridgeflowsolutions.com 

http://www.cambridgeflowsolutions.com 

Cambridge Flow Solutions is the power behind Boxer, the revolutionary 

mesh generation system designed for today’s most challenging CAE 

applications to deliver results fast and automated within your workflow. 


CAnADiAn SOCiETy fOR 

MEChAniCAl EnginEERing Publications Kiosk 

Engineering Institute of Canada, 1295 Highway 2, 

Kingston, ON, K7L 4V1, Canada 

+1 613 547 5989 • jplant1@cogeco.ca 

http://www.csme-scgm.ca/ 

Brings together all ME personnel, and engineers in other disciplines with 

interest in ME. 

CD-ADAPCO 140 

60 Broadhollow Road, Melville, NY, 11747, USA 

+1 631-549-2300 • info@us.cd-adapco.com 

http://www.cd-adapco.com 

CD-adapco is the leading global provider of full-spectrum engineering 

simulation (CAE) solutions for fluid flow, heat transfer and stress. 

CfTURBO SOfTWARE & EnginEERing gMBh 25 

Unterer Kreuzweg 1, Dresden, D-01097, Germany 

+49 35140790479 • ralph-peter.mueller@cfturbo.de 

http://www.cfturbo.de 

Engineering company offering CAE services and software development 

focusing on fluid dynamics/turbomachinery. 

COgEnERATiOn AnD On-SiTE POWER 

PRODUCTiOn MAgAzinE 552 

Warlies Park House, Horseshoe Hill, Upshire, Essex, EN9 3SR, UK 

+44 1992 65 6600 • NatashaC@Pennwell.com 

http://www.cospp.com 

Cogeneration & On-Site Power Production focuses on the clean and 

highly-efficient generation of power through decentralized generation 

and combined heat and power for an industrial, utility and governmental 

readership. 

COnCEPTS nREC 244 

217 Billings Farm Rd., White River Junctn., VT, 05001-9486, USA 

+1 781-937-4686 • info@ConceptsNREC.com 

http://www.ConceptsNREC.com 

Concepts NREC is a total turbomachinery resource, providing 

engineering, manufacturing, education/training and CAE/CAM software, 

that has aided in the development of some of the world’s most 

advanced products. 


19

20 


COnSARC EnginEERing lTD 48 

9 Woodside, Euro Central, Holytown 

North Lanarkshire, ML1 4XL, UK 

+44 1698 730430 • sales@consarceng.com 

http://www.consarc.com 

CORPORATiOn SPg DATA 3D 327 

2151 Leonardo de Vinci, Suite 101, Ste. Julie, Quebec, 

J3E 173, Canada 

+1 450-922-3515 • zglozinic@spgdata3d.com 

http://www.spgdata3d.com 

Automated turnkey solutions for 3D airfoil inspection and process 

control. 

CRAnfiElD UnivERSiTy 161 

School of Engineering, Whittle Building, Befordshire, MK 43 0AL, UK 

+44 1234 750111 • info@cranfield.ac.uk 

http://www.cranfield.ac.uk 

Cranfield’s mission to transform knowledge into ingenious solutions in 

science, technology and management places us at the forefront of some 

of the world’s most practical, cutting-edge projects. 

DATA PhySiCS Uk 523 

South Road, Hailsham, BN27 3JJ, UK 

+44 1323-846464 • http://www.dataphysics.com 

sales@dataphysics.com 

DiESEl AnD gAS TURBinE WORlDWiDE 123 

20855 Watertown Road, Suite 220, Waukesha, WI, 

53186-1873, USA 

+1 262-754-4100 • ntrucksa@dieselpub.com 

http://www.dieselpub.com/ 

Dedicated to the products, technologies and industry news of large bore 

reciprocating engines and gas turbines across all industrial markets. 

DO iT yOURSElf gT DiSPlAy 554 

Be sure to stop by the DIY Gas Turbine booth to see homemade 

creations using gas turbines. 

DynATECh fURnACES 446 

301-302 Jyoti Estate, 14 Anand Nagar S.N. Road, Andheri (E), 

Mumbai, Maharashtra, 400069, India 

+91 22 2682 6781/82/83 • info@dynatechfurnaces.com 

http://www.dynatechfurnaces.com 

Manufacturer of production high vacuum furnaces for gas turbine 

component heat treatment processes - in USA and India. 

ElOS PRECiSiOn AB 447 

Box 34, Arjang, 67221, Sweden 

+46 573 39502 • niklas.danielsson@elosprecision.se 

http://www.elosprecision.se 

A parts manufacturer of blades, vanes, heat shields & guide vanes. Always 

open to discuss new products in new or old areas. 

EOS lTD 352 

The Innovation Centre, Warwick Technology Park, 

Gallows Hill, Warwick, CV34 6UW, UK 

+44 1926 623107 • stuart.jackson@eos.info 

http://www.eos.info 

EOS is the leading producer of laser-sintering systems for rapid 

manufacturing of components from metal, plastic and sand. 

ESTERlinE ADvAnCED SEnSORS 534 

124 Victoria Road, Farnborough, Hampshire, GU14 7PW, UK 

+44 1252 868149 • david.lewis@esterline.com 

http://www.esterline.com 

EAS is a world leader in the design & manufacture of high temperature 

thermocouples, speed & pressure sensors, & RTD’s. 

EUROPEAn TURBinE nETWORk 445 

ASME TURBO EXPO 2010 FINAL PROGRAM FOR MORE DETAILS VISIT WWW.TURBOEXPO.ORG 

ETN 

Rue Saint Georges 30, Brussels, 1050, Belgium 

+32 2 646 15 77 • info@etn-gasturbine.eu 

http://www.etn-gasturbine.eu 

ETN represents the gas turbine technology community for power 

generation, mechanical drive and marine applications. 

fiRST SURfACE 352 

Fulton Court, Wofford Way, New Greenham Park, Newbury, 

Berkshire, RG19 6HD, UK 

+44 1635 33610 • jon@firstsurface.co.uk 

http://www.firstsurface.co.uk 

First Surface offers a unique Micro Machining Process providing high 

precision surface finishes on a wide range of materials. 

flOW SySTEMS, inC. 251 

220 Bunyan Ave., Berthoud, CO, 80513, USA 

+1 970-532-0617 x100 • kmohn@flowsystemsinc.com 

http://www.flowsystemsinc.com 

Our mission is to provide clients with economical solutions for quality flow 

measurement through consultation, components or turnkey test systems.

flOWMASTER lTD. 550 

The Maltings, Pury Hill Business Park, Alderton Road, 

Towcester, Northants, NN127TB, UK 

+44 1327 306 011 • kerry.townsend@flowmaster.com 

http://www.flowmaster.com 

International developer of best-in-class thermo-fluid system simulation 

software and services. 

fOgAlE nAnOTECh 121 

125 Rue de L’hostellerie, Nimes, 30900, France 

+33 4 66 62 05 55 • d.roziere@fogale.fr 

http://www.fogale.com 

FOGALE nanotech, an engineering company created in 1983, is a 

worldwide reference in the field of high accuracy metrology. 

fRAnkE inDUSTRiE Ag 225 

Franke-Strasse 2, PO Box 227, Aarburg, CH-4663, Switzerland 

+41 62 787 36 13 • miguel.hofer@franke.com 

http://www.franke.com/industrial_engineering/ 

The supplier of hot gas path parts, components and subassemblies in 

stainless steel, high-grade alloys, heat-resistant materials. 


gAS COMPRESSORS lTD 541 

Star Farm, Three Elm Lane, Tonbridge, TN11 0BE, UK 

+44 1732 852 048 • info@gascompressors.co.uk 

http://www.gascompressors.co.uk 

Specialises in manufacturing custom built gas compressor and 

booster packages, for use in the power generation, landfill, water and 

petrochemical industries. 

gAS TURBinE SOCiETy Of JAPAn Publications Kiosk 

7-5-13-402, Nishishinjuku, Shinjuku-ku, Tokyo, 160-0023, Japan 

+81-3-3365-0095 • gtsj@pluto.dti.ne.jp 

http://wwwsoc.nii.ac.jp/gtsj/english/eindex.html 

GTSJ members are in a wide variety of fields such as gas turbine 

manifacturering companies, users, universities, national laboratories and 

other corporations. 

gAS TURBinE WORlD 532 

PO Box 447, Southport, CT, 06890, USA 

+1 203-259-1812 • bruno.nai@rcn.com 

http://www.gtwbooks.com/ 

Business magazine published 6x a year on how, why and where of industrial 

gas combustion turbine installations, operations and maintenance for 

electric utility, oil and gas, cogeneration and marine projects. 

gAS TURBO TEChnOlOgy JSC 444 

21 Motorostroiteley St., Rybinsk, Yaroslavl Region, 152935, Russia 

+7 4855-244851 • info@gtt.ru • http://www.gtt.ru/en 

GTT covers designs and applications, reports on installation, operation 

and maintenance of gas turbines and GT powerplants, new products and 

business development, companies and key persons of the industry. 

gE 337 

One Neumann Way, Cincinnati, OH, 45215, USA 

http://www.ge.com 

GE is a diversified global infrastructure, finance and media company that is 

built to meet essential world needs. 


21

22 


glEngOynE DiSTillERy 220 

Dumgoyne, Near Killearn, Glasgow, G63 9LB, UK 

+44 1360 550 254 • reception@glengoyne.com 

http://www.glengoyne.com 

Our Distillery – situated near Loch Lomond close to Glasgow – is open 

all year round for Tours, Masterclasses, Whisky Tastings, Meetings and 

Private Dining. 

gOM Uk lTD. 461 

Units 4-6 Bus Innovation Centre, Harry Weston Road, Binley 

Coventry, CV3 2TX, UK 

+44 2476430 230 • info-uk@gom.com 

http://www.gom.com 

GOM 3D Scanning systems are an established tool for turbine blade 

measurements for inspection and Reverse Engineering. 

hAynES inTERnATiOnAl, inC. 347 

1020 West Park Ave., Kokomo, IN, 46904, USA 

+1 765-456-6271 • mduchane@haynesintl.com 

http://haynesintl.com 

Developer, manufacturer & marketer of HASTELLOY® and HAYNES® 

alloys for high-temperature & corrosion applications. 

hUffMAn CORPORATiOn 530 

1050 Huffman Way, Clover, SC, 29710, USA 

+1 803-222-4561 x1437 • spearson@huffmancorp.com 

http://www.huffmancorp.com 

Manufactures multi-axis superabrasive grinding, laser drilling & powder 

fusion welding, & abrasive waterjet systems. 

igTi EXhiBiT SAlES 20 

6525 The Corners Parkway, Suite 115, Norcross, GA, 30115, USA 

+1 404-419-1646 • igtiexpo@asme.org 

http://www.turboexpo.org 

Be sure to reserve your space on the Show floor for the next Turbo Expo 

in Vancouver - June 6-10, 2011. 

iMBACh & CiE Ag 225 

Stämpfelfeld 9, Nebikon, 6244, Switzerland 

+41 62 748 44 44 • imbach@imbach.com 

http://www.imbach.com 

iMPACT TEChnOlOgiES, llC 326 

200 Canal View Boulevard, Rochester, NY, 14623, USA 

+1 585-424-1990 • jeannie.holmes@impact-tek.com 

http://www.impact-tek.com 

Impact provides products and services for analyzing, predicting, and 

managing the health of machines and critical systems. 

inDUSTRiAl APPliCATiOn 

Of gAS TURBinES Publications Kiosk 

National Research Council of Canada 

1200 Montreal Road, M-58, Ottawa, Ontario, K1A 0R6, Canada 

manfred.klein@nrc-cnrc.gc.ca • http://www.iagtcommittee.com/ 

The Symposium combines informative technical papers and presentations 

on the critical issues for industrial gas turbine operations – both power 

generation and oil and gas applications. 

inDUSTRiAl hEATing Publications Kiosk 

1910 Cochran Rd., Ste. 450, Pittsburgh, PA, 15220, USA 

+1 412-306-4351 • doug@industrialheating.com 

http://www.industrialheating.com 

IH has been applying advances in thermal technology to practical use 

since 1931. Published monthly, with 23,030 BPA audited circulation 

comprised of mostly thermal processing engineers. 

inDUSTRiAl infO RESOURCES 120 

2277 Plaza Drive, Suite 300, Sugar Land, TX, 77479, USA 

+1 713-783-5147 • asolis@industrialinfo.com 

http://www.industrialinfo.com 

inSPECTAhiRE 24 

Units 10-12 Whitemyres Business Centre 

Aberdeen, AB16 6HQ, UK 

+44 1224 789692 • enquiries@inspectahire.com 

http://www.inspectahire.com 

Hire & service provision with a wide range of borescopes, videoprobes & 

retrieval tools. 

inTERnATiOnAl ThERMAl 

SPRAy ASSOCiATiOn 425 

208 Third St., Fairport Harbor, OH, 44077, USA 

+1 440-357-5400 • kathydusa@thermalspray.org 

http://www.thermalspray.org 

The International Thermal Spray Association is a professional trade 

organization dedicated to expanding the use of thermal spray technologies 

for the benefit of industry and society. 


kUliTE SEMiCOnDUCTOR 440 

One Willow Tree Road, Leonia, NJ 07605 USA 

+1 201-461-0900 • ira@kulite.com • http://www.kulite.com/ 

Kulite is the leading name in the pressure transducer industry with over fifty 

years experience & thousands of designs. Kulite services many industries 

including Aerospace, Marine, Industrial, Petrochemical & Automotive. 

lg TECh-link 127 

311 North Cottonwood Street, Chandler, AZ, 85225, USA 

+1 480-247-9200• lev_lgtechlink@cox.net 

http://www.lgtechlink.com 

LGTL provides Uniform Crystal Temperature Sensors; an innovative tool 

for the verification of analytical models. 

liSTEMAnn Ag 225 

Sulzer Allee 25, Winterthur, 8404, Switzerland 

+41 52 262 5688 • info@.listemann.com 

http://www.listemann.com 

One of the leading suppliers of industrial services for heat treatment, brazing, 

sintering, thermal spraying, electron beam welding, engineering & equipment. 


lPP COMBUSTiOn llC 30 

8940 Old Annapolis Road., Suite K 

Columbia, MD, 21045-1997, USA 

+1 410-884-3089 • cooka@lppcombustion.com 

http://www.lppcombustion.com/ 

LPP Combustion and Combustion Science & Engineering, have developed 

a technology to cleanly burn liquid fuels as natural gas. 

MAkinO nCMT gRinDing DiviSiOn 350 

Summer Road, Thames Ditton, Surrey, KT7 OQJ, UK 

+44 208 3984277 • daveburley@ncmt.co.uk 

http://www.ncmt.co.uk 

VIPER grinding is a step change in the manufacture of blades, vanes, 

discs, casings and associated nickel alloy components. 

MiCROfUSiOnE STElliTE SPA 110 

via G. di Vittorio 24, Pieve Emanuele, 20090, Italy 

+39 02 90 787 259 • mcalvi@stellite.it 

http://www.stellite.it 

MFS is a prime manufacturer of precision investment castings for Aerospace 

and Gas Turbines markets. 

MiCROTEk finiShing, llC 352 

5229 Muhlhauser Road, Hamilton, OH, 45011, USA 

+1 513-766-5600 • info@MicroTekFinishing.com 

http://www.MicroTekFinishing.com 

Proprietary Micro Machining Process (MMP) surface finishing technology 

provides high precision control of surface roughness. 

nATiOnAl AEROnAUTiCS AnD SPACE 

ADMiniSTRATiOn (nASA) 146 

21000 Brookpark Road, MS 142-1, Cleveland, OH 44135 USA 

+1 216-433-3640 • dale.vanzante@grc.nasa.gov 

http://www.nasa.gov/topics/aeronautics/ 

NASA conducts cutting-edge, fundamental research to support current 

and future air and space vehicles. 

niTOn Uk lTD 154 

19 The Calvert Center, Woodmancott, Winchester, SO21 3BN, UK 

+44 1256 397860 • michaelsibbald@nitonuk.co.uk 

http://www.nitonuk.co.uk 

The leader in portable XRF analysis. 

nORDiC AiR filTRATiOn A/S 221 

Bergenvej 1, Nakskov, DK 4900, Denmark 

+45 54 95 13 90 • kh@nordic-air-filtration.com 

www.nordic-air-filtration.com 

Nordic Air Filtration A/S is one of the largest GT-suppliers. Our cartridges 

are present at gas turbines all over the World. 

nORDiC TURBinE COMPOnEnTS 447 

A network for engine ready components consisting of: Elos Precision 

AB, Recotech AB, TPC AB and Ytstruktur AB. See individual company 

listings. 


23

24 


nORD-lOCk, inC. 247 

Room 9, Main Building, Aspire Business Center 

Tidworth, Wilts, SP9 7QD, UK 

+ 44 1980847129 • sarah.edmonds@nord-lock.co.uk 

http://www.nord-lock.com 

Nord-Lock washers are a unique bolt securing system using tension 

instead of friction. 

nRC inSTiTUTE fOR AEROSPACE RESEARCh 330 

1200 Montreal Rd., Bldg. M-3, Ottawa, Ontario, K1A OR6, Canada 

+1 613-990-0765 • jeff.mackwood@nrc.ca 

http://www.NRCaerospace.gc.ca 

The NRC Institute for Aerospace Research is Canada’s national 

aerospace laboratory. 

nUMECA inTERnATiOnAl 224 

Avenue Franklin Roosevelt 5, Brussels, 1050, Belgium 

+32 2 647 83 11 • sales@numeca.be • http://www.numeca.com 

NUMECA develops & distributes application dedicated CFD software 

systems & offers services in flow analysis & optimization. 

OlyMPUS inDUSTRiAl 124 

Stock Road, Southend on Sea, Essex, SS2 5QH, UK 

+44 1702 616333 • industrial@olympus.co.uk 

http://www.olympus-ims.com 

Olympus is the leading manufacturer & supplier of NDT and RVI 

equipment for engineering & maintenance applications worldwide. 

OROS 430 

23 Chemin Des Pres - Inovallee 4403, Meylan Cedex, 38944, France 

+33 4 7690 6236 • lauriane.raffin@oros.com 

http://www.oros.com 

OROS offers a full range of noise and vibration instruments for rotating 

machinery: Portable, Rugged & Multichannel. 

OXSEnSiS lTD. 422 

Rutherford Appleton Laboratory Chilton, Didcot, Oxen, OX11 0QX, UK 

+44 1235 778120 • donna.mackett@oxsensis.com 

http://www.oxsensis.com 

WavePhire 1000°C Dynamic plus Static Pressure/Temperature Sensors / 

WavePhire rapid Temperature sensors for combustion dynamics control / 

i-Phire EMI immune harsh environment fiber optic sensor system. 

PARkER hAnnifin 230 

9200 Tyler Blvd., Mentor, OH, 44060, USA 

+1 440-954-8174 • fhanzlik@parker.com • http://www.parker.com 

Provider of Gas Turbine Fuel Nozzles, Lube Pumps, Macrospray TIAC / Wet 

Compression Nozzles and repair / Overhaul of same. 

PCA EnginEERS liMiTED 340 

Studio 2, Deepdale Enterprise Park, Deepdale Lane, Nettleham, 

Lincoln, LN2 2LL, UK 

+44 1522 596959 • chris.robinson@pcaeng.co.uk 

http://www.pcaeng.co.uk 

PCA is an independent consultant, specialist in aero-mechanical design of 

turbomachinery for the world’s leading OEMs in aero and industrial gas 

turbines, micro gas turbines, turbochargers, industrial compressors and fans. 

POinTWiSE, inC. 241 

213 South Jennings Avenue, Fort Worth, TX, 76104, USA 

+1 817-377-2807 • sales@pointwise.com 

http://www.pointwise.com 

Pointwise is solving the top problem facing engineering analysts today: 

preprocessing for computational fluid dynamics. 

PRAEWEST PRäziSiOnSWERkSTäTTEn DR.-ing. 

hEinz-RUDOlf JUng gMBh & CO. 460 

Martinsheide 7, Bremen, 28757, Germany 

+49 421 6585 10 • oshea@praewest.com 

http://www.praewest.com 

PRÄWEST - 24 hours a day - 365 days a year - your partner for Hi-Tech 

machining. 

PRATT & WhiTnEy 130 

400 Main Street, East Hartford, CT, 06108, USA 

+1 860-565-4321 • lucia.maffucci@pw.utc.com 

http://www.pw.utc.com 

Pratt & Whitney, a United Technologies Corp. company, is a world leader 

in the design, manufacture & service of aircraft engines, industrial gas 

turbines & space propulsion systems. 


PRATT & WhiTnEy CAnADA 130 

1000 Marie-Victorin Blvd., Longueuil, Quebec, J4G 1A1, Canada 

+1 450-677-9411 • CFirst@pwc.ca • http://www.pwc.ca 

Pratt & Whitney Canada is a world leader in the design, manufacture and 

service of aircraft engines powering business, general aviation and regional 

aircraft, helicopters, auxiliary power units and industrial gas turbines. 

PRATT & WhiTnEy POWER SySTEMS 130 

400 Main Street, East Hartford, CT, 06108, USA 

+1 860-565-3051 • lucia.maffucci@pw.utc.com 

http://www.pw.utc.com 

25-60MW gas turbines for quick installation, high efficiency mobile 

power, mechanical drive, simple and combined cycle, and cogeneration. 

Advanced technology parts, coatings & repairs for heavy-duty gas 

turbines. Heat to electricity generation. 

PRECiCAST SA 441 

Via Resiga 6, Novazzano, Ticino, 6883, Switzerland 

+41 916957728 • sales@precicast.com 

http://www.precicast.com 

Investment casting foundry, air & vacuum melted components. 

Equiiaxed structure, directional solidification and single crystal structure. 

Stainless high strength steel nickel & cobalt based alloys. Focused to 

structural cast parts & airfoils. 

PRESSURE SySTEMS 534 

34 Research Dr., Hampton, VA, 23666, USA 

+1 757-865-1243 • sales@pressuresystems.com 

http://www.pressuresystems.com 

Pressure & Temperature Scanners. 16-channel modules. 0.05% & 0.35 oC accuracy. Ethernet networked solutions. 

PROfESSiOnAl EnginEERing 

PUBliShing Publications Kiosk 

1 Birdcage Walk, London, SW1H 9JJ, UK 

+44 20 7304 6904 • marketing@pepublishing.com 

http://www.pepublishing.com/ 

Professional Engineering Publishing Ltd is a world-leading provider of 

journals, magazines, electronic products and publishing services. 


PROgRAM DEvElOPMEnT COMPAny 342 

300 Hamilton Avenue, Suite 409, White Plains, NY, 10601, USA 

+1 914 761-1732 • susan@gridpro.com 

http://www.gridpro.com/ 

GridPro is the world leader in extremely high quality automatic grid 

generation for CFD and CAE. An exciting new arm of GridPro is the 

customized automation for turbomachinery. 

RECOTECh AB 447 

Kungsörsvägen 60, Arboga, SE-732 47, Sweden 

+46 7678 11507 • per.onnemar@recotech.com 

http://www.recotech.com 

Recotech staff is specialists in manufacturing and repair techniques, 

maintenance methods and diagnostics. 

ROyAl AEROnAUTiCAl SOCiETy Publications Kiosk 

No.4 Hamilton Place, London, W1J 7BQ, UK 

+44 20 670 4307 • raes@aerosociety.com 

http://www.raes.org.uk/ 

The Royal Aeronautical Society is the one multidisciplinary professional 

institution dedicated to the global aerospace community. 

S2M Skf 344 

2 Rue Des Champs - BP 2282, St-Marcel, 27950, France 

+33 232 64 33 48 • amandine.flet@s2m.fr 

http://www.skf.com 

S2M is involved in all stages of the production of magnetic bearings and 

high speed motors. 

SCAnivAlvE CORPORATiOn 531 

1722 North Madson Street, Liberty Lake, WA, 99019, USA 

+1 509-891-9970 • scanco@scanivalve.com 

http://www.scanivalve.com 

Intelligent Pressure & Temperature measuring instruments that 

communicate Ethernet TCP/IP. 

SiMUliA 343 

166 Valley St., Providence, RI, 02909, USA 

+1 401-276-8104 • claudia.dacosta@3ds.com 

http://www.simulia.com/ 

SIMULIA is the Dassault Systèmes brand that delivers a scalable 

portfolio of Realistic Simulation solutions. 

SOfTinWAy, inC. 427 

15 New England Executive Park, Burlington, MA, 01803, USA 

+1 781-685-4942 • Ronnie.Lindgren@softinway.com 

http://www.softinway.com 

Provides AxSTREAM software to design, retrofit & optimize axial/radial 

turbomachinery; and engineering & training services. 


25

26 


SOnATS SAS 431 

2 rue de la Fonderie, BP 40538, Carquefou Cedex, 44475, France 

+33 251 700 494 • o.briere@sonats-et.com 

http://www.sonats-et.com 

Innovative industrial company specialized in mechanical surface 

treatments using a patented ultrasonic process technology: Stressonic ® . 

SOUThWEST RESEARCh inSTiTUTE 40 

6220 Culebra Road, San Antonio, TX, 78238-5410, USA 

+1 210-522-5449 • klaus.brun@swri.org • http://www.swri.org 

SwRI offers gas turbine services in RCFA, troubleshooting, rotordynamics, 

material/coating selections and plant integration. 

SSS ClUTCh 442 

610 West Basin Road, New Castle, DE, 19720, USA 

+1 302-322-8080 • engineering@sssclutch.com 

http://www.sssclutch.com 

Synchro-Self-Shifting (SSS) Clutch OEM. Applications include GT starting, 

Marine propulsion and powergen, Energy Recovery. 

SUlzER METCO, inC. 437 

Rigackerstrasse 16, Wohlen, 5610, Switzerland 

+41 56 618 81 61 • karin.gehrig@sulzer.com 

http://www.sulzermetco.com 

Sulzer Metco – leading global supplier of surface solutions for thermal 

spray, thin-film and specialized machining services. 

SynChROny, inC. 450 

4655 Technology Drive, Salem, VA, 24153, USA 

+1 540-444-4208 • bob.hopkins@synchrony.com 

http://www.synchrony.com 

Clean, efficient and reliable magnetic bearings, high-speed permanent 

magnet motors and generators. 

TDC filTER MAnUfACTURing, inC. 221 

2 Territorial Court, Bolingbrook, IL, 60440, USA 

+1 630-410-6277 • stephense@tdcfilter.com 

http://www.tdcfilter.com 

Manufacturer of filters for gas turbine inlets. TDC filters are customized 

to perform in each unique facility. 

TElEMETRiE ElEkTROnik gMBh 255 

Berliner Allee 42, Langenhagen, 30855, Germany 

+49 511-9783960 • info@datatel-telemetry.de 

http://www.datatel-telemetry.com 

Advanced telemetry for vibration, temperature and pressure surveys for 

rotating applications in engines or component rigs. 

TEST DEviCES, inC. 341 

571 Main Street, Hudson, MA, 01749, USA 

+1 978-562-4930 • christine.murner@testdevices.com 

http://www.testdevices.com/ 

Premiere source for centrifugal stress measurement systems and services. 

ThE inSTiTUTiOn Of MEChAniCAl 

EnginEERS Publications Kiosk 

1 Birdcage Walk, Westminster, SW1H 9JJ, UK 

+44 207222 7899 • membership@imeche.org 

http://www.imeche.org/ 

The Institution of Mechanical Engineers is the fastest growing professional 

engineering institution in the UK. The 80,000 members work at the heart 

of the country’s most important and dynamic industries. 

ThE WOMEn’S EnginEERing 

SOCiETy Publications Kiosk 

Michael Faraday House 

Six Hills Way, Stevenage, Herts, SG1 2AY, UK 

+44 1438 765506 • info@wes.org.uk • http://www.wes.org.uk/ 

A forum for women engineers from every branch of engineering and allied 

fields. 

ThERMOCOAX 426 

40 Bd Henri Sellier, Suresnes, 92150, France 

+33 141388050 • info@thermocoax.com 

http://www.thermocoax.com 

Specialised in temperature measurement (harsh environment, up 

2000°C), health monitoring using capacitive technology (1400°C without 

cooling), anti-icing systems (air intake), signal transmission. 53 years 

experience. ATEX. 

ThiRD DiMEnSiOn SOfTWARE lTD. 420 

Easton Business Centre, Felix Road, Bristol, BS5 0HE, UK 

+44 3333 44 3000 • info@third.com • http://www.third.com 

Third Dimension manufacture precision optical measurement solutions 

for the turbine, aerospace and automotive industries. 

TORqUEMETERS lTD. 542 

West Haddon Road, Ravensthorpe, Northampton, NN6 8ET, UK 

+44 1604 770232 • info@torquemeters.com 

http://www.torquemeters.com 

Torquetronic CD torquemeters for turbo-machinery performance monitoring. 

Turn-key test rigs for high-speed rotating equipment. 

TPC COMPOnEnTS AB 447 

Brånstaleden 2, Hallstahammar, 734 32, Sweden 

+46 22021900 • layl@tpcab.se • http://www.tpcab.se 

TPC is a leading investment casting foundry in Europe. We supply 

blades, vanes, swirlers, stationary parts in vacuum and air. 


TTT SRl 442 

Via C Fracassini, 18, Rome, 00196, Italy 

+39 06 322 1463 • dearcangelis@tttsrl.com 

http://www.tttsrl.com 

Engineering company focused on gas turbine air filtration, providing unbiased, 

independent and tailored solutions. 

TURBinE COMPOnEnTS nETWORk 225 

miguel.hofer@franke.com 

http://www.tcn.li/ 

Four Swiss companies: Franke, Listemann AG, Imbach & CIE AG and 

Haynes with 200 employees. Key Markets include: Aero Engines; 

Industrial Gas Turbines and Space. 

TURBinE SERviCES liMiTED 245 

Phoenix House, Pegasus Avenue, Paisley, UK 

+44 141 849 6123 • wclark@tsltd.uk.com 

http://www.turbineserviceslimited.com 

Turbine Services is a global provider to owners and operators of 

industrial gas turbines. 

TURBinES & DiESElS MAgAzinE 52 

PO Box 18, Rybinsk, Yaroslavl Region, 152900, Russia 

+7 4855 28 59 • info@turbine-diesel.ru 

http://www.turbine-diesel.ru 

Magazine ‘Turbines and Diesel Engines’ covers the application of gas 

turbines and steam turbines, diesel and gas-piston machines for electric 

power generation, as well as their use as mechanical drives in various 

industries. 

TURBOMAChinERy inTERnATiOnAl Publications Kiosk 

50 Day Street, Norwalk, CT, 06854, USA 

+1 203-853-6015 • richardz@busjour.com 

http://www.turbomachinerymag.com 

Founded in 1960 as the original Gas Turbine International Magazine, 

provides worldwide coverage of news and developments in the power 

generation, oil & gas, pipeline, industrial process and chemical industries. 


TURBOMAChinERy lABORATORy 227 

Texas A&M University, 3254 TAMU 

College Station, TX, 77843-3254, USA 

+1 979-845-7417 • info@turbo-lab.tamu.edu 

http://turbolab.tamu.edu/ 

The Turbomachinery Laboratory conducts research into important 

problems of reliability and performance of Turbomachinery. 

TyCO ThERMAl COnTROlS 524 

3 Rutherford Road, Washington, Tyne and Wear, NE37 3HX, UK 

+44 191 419 8310 • chris.mayes@tycothermal.com 

http://www.capacisense.com 

High temperature condition monitoring systems for turbine engines, that 

provide blade tip clearance and vibration data. 

WOOD gROUP gTS 150 

Pavilion 2, Craigshaw Business Park, Aberdeen, AB12 3QH, UK 

+44 1224367200 • gts@woodgroup.com 

http://www.woodgroup.com/gts 

Wood Group GTS is a leading independent service provider of O&M, repair 

& overhaul of gas, wind, steam turbines and other high-speed rotating 

equipment in the power, oil & gas and renewable energy markets. 

yTSTRUkTUR ARBOgA AB 447 

Kungsörsvägen 60, Arboga, 732 22, Sweden 

+46-589-88550 • olle.widman@ytstrukturarboga.se 

http://www.ytstrukturarboga.se 

Ytstruktur Arboga AB is a third-party certified supplyer of controlled 

shotpeening, NDT chemical cleaning and blasting. 


27

The Most Important Conference 

for Turbomachinery Professionals! 

Vancouver Convention 

& Exhibition Centre 

Vancouver, British Columbia, Canada 

June 6-10, 2011 

www.turboexpo.org 

ASME INTERNATIONAL GAS TURBINE INSTITUTE 

Phone:+1-404-847-0072 • Fax: +1-404-847-0151 • Email: igti@asme.org 

PHOTO: ©LMNARCHITECTS 

Presented by ASME International Gas Turbine Institute

3D inSPECTiOn AnD MEASUREMEnTS 

Concepts NREC 

Corporation SPG Data 3D 

GOM UK Ltd. 

Third Dimension Software Ltd. 

AERODERivATivE gAS TURBinE REPAiR 

& OvERhAUl 

Advanced Technology & Materials Co., Ltd. 

Concepts NREC 

Dynatech Furnaces 

Franke Industrie AG 

Nord-Lock, Inc. 

Parker Hannifin 


Pratt & Whitney Canada 

Pratt & Whitney Power Systems 

Recotech AB 

Sulzer Metco, Inc. 

Wood Group GTS 

AiR SySTEMS 

CFturbo Software & Engineering GmbH 

NUMECA International 

OROS 

Southwest Research Institute 

TDC Filter Manufacturing, Inc. 

AnAlyTiCAl 

AneCom AeroTest GmbH 


Program Development Company 


Tyco Thermal Controls 

AnCillARy EqUiPMEnT 


Makino NCMT Grinding Division 


THERMOCOAX 

AUTOMATED 3D inSPECTiOn 

AnD MEASUREMEnTS 

Concepts NREC 


GOM UK Ltd. 


AXiAl & CEnTRifUgAl COMPRESSORS 

Aikoku Alpha Corp. 

AP (Aero Precision) Division 



Concepts NREC 

GE 


OROS 

PCA Engineers Limited 

Praewest Präzisionswerkstätten Dr.-Ing. 

Heinz-Rudolf Jung GmbH & Co. 




COMPOnEnTS 

Advanced Technologies Group 


Calnetix 

Concepts NREC 


Elos Precision AB 

Esterline Advanced Sensors 

Flow Systems 


Exhibitor Product Categories 


Nordic Turbine Components 

OROS 




Precicast SA 

Recotech AB 


Synchrony Inc. 

THERMOCOAX 

TPC Components AB 


COnSUlTing & EnginEERing SERviCES 

Advanced Technologies Group 


ANSYS 

Cambridge Flow Solutions Ltd 

CD-adapco 


Concepts NREC 

Flowmaster Ltd 

FOGALE nanotech 

Impact Technologies, LLC 

LG Tech-Link 

LPP Combustion LLC 



Pointwise, Inc. 


Recotech AB 


TTT Srl 

COnTROlS/inSTRUMEnTATiOn 




Kulite Semiconductor 

LG Tech-Link 

OROS 

Scanivalve Corp. 


Telemetrie Elektronik GmbH 

THERMOCOAX 

Torquemeters Ltd. 



DESign PROCESS & METhODOligiES 


ANSYS 

Calnetix 


Concepts NREC 





DRivE TRAin EqUiPMEnT 

Synchrony Inc. 


EDUCATiOn 

American Institute of Aeronautics 

and Astronautics (AIAA) 

American Society of Mechanical 

Engineers (ASME) 

ASME International Gas Turbine 

Institute (IGTI) 

Associazione Italiana Di Metallurgia 


Concepts NREC 

European Turbine Network 

Gas Turbine Society of Japan 



Turbomachinery Laboratory 

EXPAnDERS 

Concepts NREC 





filTERS 

Nordic Air Filtration A/S 

TDC Filter Manufacturing, Inc. 

TTT Srl 

fiRE PROTECTiOn SySTEMS 

(WATER fiRE MiST PROTECTiOn) 


THERMOCOAX 

fUEl SySTEMS 






gAS TURBinES 





Concepts NREC 




GE 

Huffman Corporation 




Microfusione Stellite Spa 



OROS 




Recotech AB 




gEAR TyPE COMPRESSORS 


Concepts NREC 

OROS 

gOvERnMEnT ORgAnizATiOn 

National Aeronautics and Space 

Administration (NASA) 

inDUSTRiAl gAS & STEAM TURBinES 



Concepts NREC 



GE 


29

30 

Exhibitor Product Categories 

inDUSTRiAl gAS & 

STEAM TURBinES (continued) 





OROS 




Precicast SA 

Recotech AB 




iSOThERM COMPRESSORS 


Concepts NREC 

lASER AnD OPTiCAl 3D SCAnning 



lASER DRilling 



lASER MAChining 


lASER WElDing 


THERMOCOAX 


MAinTEnAnCE AnD OPERATiOn 





OROS 

Recotech AB 





MAnUfACTURing PROCESSES 

3T RPD Ltd 

ANSYS 

BESTinCLASS SA 

Calnetix 

Concepts NREC 


Elos Precision AB 

EOS Ltd 

First Surface 




MicroTek Finishing, LLC 





MAnAgEMEnT & MAinTEnAnCE 

Of ROTATing EqUiPMEnT fOR 

ThE Oil & gAS inDUSTRiES 

ANSYS 




MiCROSCOPE SySTEMS AnD 

DigiTAl iMAging 


Olympus Industrial 

MOniTORing SOfTWARE fOR 

gAS TURBinES 


OROS 



OEM gAS TURBinE/POWER TURBinE 


ANSYS 


GE 



Pratt & Whitney Canada 


Precicast SA 


Oil SySTEMS 


PACkAgE/TURnkEy APPliCATiOnS 

GE 



PROCESS COnTROl SySTEMS 



PROCESS gAS SCREW COMPRESSORS 

Concepts NREC 

OROS 

SERviCE fOR TURBinES 

& COMPRESSORS 



Concepts NREC 



SOfTWARE & COMPUTER hARDWARE 

ANSYS 

CD-adapco 


Concepts NREC 





OROS 





SPECiAl MATERiAlS 


Haynes International, Inc. 



STEAM TURBinES 




Concepts NREC 

GE 


OROS 





TESTing 





GOM UK Ltd. 


LG Tech-Link 


Olympus Industrial 

OROS 

Pressure Systems 

Scanivalve Corp. 


Telemetrie Elektronik GmbH 

THERMOCOAX 


TTT Srl 



vACUUM hEAT TREATing 

AnD BRAzing SERviCES 



Recotech AB 



WATERJET CUTTing/DRilling 


Haynes International, Inc. 



WinD TURBinES 



Concepts NREC 

GE 



OROS 




“90% of GTUS attendees 

learned job-related 

information and would 

recommend the 

conference to their 

colleagues.” 

– GTUS08 Attendee Survey 

Focused on Gas Turbine Drivers – for All Turbomachinery Users 

GTUSS Y 

GAS TURBINE USERS 

M P O S I U M 

Co-located with Texas A&M Turbomachinery Symposium 

www.asmeconferences.org/gtus10/ 

OCTOBER 4-7, 2010 

GEORGE R. BROWN CONVENTION CENTER 

HOUSTON, TEXAS USA 


Phone: +1-404-847-0072 • Fax: +1-404-847-0151 • Email: igti@asme.org

FINAL PROGRAM TURBO EXPO 2010 33 

FB – Friday, June 18 . . . . . . . . . . . . . . . . . . .10:15 a.m. - 12:45 p.m. 

FC – Friday, June 18 . . . . . . . . . . . . . . . . . . . . . . . . .2:30 - 5:00 p.m. 

ThC – Thursday, June 17 . . . . . . . . . . . . . . . . . . . . . .2:30 - 5:30 p.m. 

FA – Friday, June 18 . . . . . . . . . . . . . . . . . . . . . . . .8:00 - 10:00 a.m. 

ThA – Thursday, June 17 . . . . . . . . . . . . . . . . . . . . .8:00 - 10:00 a.m. 

ThB – Thursday, June 17 . . . . . . . . . . . . . . . .10:15 a.m. - 12:15 p.m. 

WB – Wednesday, June 16 . . . . . . . . . . . . . .10:15 a.m. - 12:45 p.m. 

WC – Wednesday, June 16 . . . . . . . . . . . . . . . . . . . .2:30 - 5:30 p.m. 

TC – Tuesday, June 15 . . . . . . . . . . . . . . . . . . . . . . .2:30 - 5:30 p.m. 

WA – Wednesday, June 16 . . . . . . . . . . . . . . . . . . .8:00 - 10:00 a.m. 

TA – Tuesday, June 15 . . . . . . . . . . . . . . . . . . . . . . .8:00 - 10:00 a.m. 

TB – Tuesday, June 15 . . . . . . . . . . . . . . . . .10:15 a.m. - 12:45 p.m. 

MA – Monday, June 14 . . . . . . . . . . . . . . . . . . . . . .8:00 - 10:00 a.m. 

MB – Monday, June 14 . . . . . . . . . . . . . . . . . . . . . . .2:30 - 5:30 p.m. 

Session ID Key 

The Session ID is comprised of the time slot ID followed by the 

original session number from the conference web tool. Here is 

a list of the time slot IDs. 

• No Unauthorized Recording 

The use of cameras or other video or audio recording equipment, 

including cell phones, is strictly prohibited without expressed approval 

from the ASME International Gas Turbine Institute. Anyone involved 

in unauthorized recording may be asked to destroy the recording 

and is subject to expulsion from Technical Congress sessions. 

• All sessions take place at the Scottish Exhibition & Conference 

Centre (SECC) or the Crowne Plaza. Building is indicated next to 

Room name. 

TECHNICAL 

CONGRESS 

• All Turbo Expo Programs are conducted in English. 

• Look for this symbol ✲ throughout the session listings for topics 

of interest especially for Gas Turbine users. 

• Consult pages 35-135 for the detailed Technical Congress 

session schedule. 

• Joint Session Listing on page 34. 

Session Schedule

34 

FINAL PROGRAM TURBO EXPO 2010 

ThC-11-7 • Alsh 1, SECC 

Secondary Flow System Design 

WC-11-1 • Dochart 1, SECC 

Labyrinth Seals 

WA-11-5 • Alsh 2, SECC 

Rotor-Stator Cavities II 

TC-11-4 • Morar/Ness, SECC 

Rotor-Stator Cavities I 

TB-11-6 • Castle 2, Crowne Plaza 

Oil Systems and Seals 

MB-11-3 • Boisdale 1, SECC 

Rim Sealing 

MA-11-2 • Boisdale 1, SECC 

Rotating Disc Cavities and Rim Sealings 

■■■■■■ 

Heat Transfer: Internal Air and Seals 

with Turbomachinery 

■■■■■■ 

Turbomachinery: Component Interactions 

with Combustion, Fuels & Emissions 

FB-28-1 • Leven, SECC 

Cross-Module Interactions, Aerodynamics and Performance 

Considerations in Gas Turbine Engines 

FB-13-2 • Carron 1, SECC 

Combustor Liner Cooling 

ThA-24-3 • Castle 3, Crowne Plaza 

Turbomachine Aeroelasticity 

FA-13-3 • Boisdale 2, SECC 

Combustor Effects on Turbine Components 

WA-24-2 • Castle 1, Crowne Plaza 

Aeroelastic Phenomena and Computational Methods 

WC-13-1 • Dochart 2, SECC 

Combustor - Gas Side Aero/Heat Transfer 

■■■■■■ 

Heat Transfer: Combustion with 

Combustion, Fuels & Emissions 

Structures & Dynamics: Unsteady Aerodynamics 

with Turbomachinery 

TB-24-1 • Hall 1, SECC 

Aerodynamic Interaction and Forced Response Phenomena 

■■■■■■ 

Cycle Innovations with Microturbines 

& Small Turbomachinery 

WB-6-16 • Gala 1, SECC 

Innovative Microturbine Cycles 

WA-14-8 • Carron 2, SECC 

Combustion and Emissions 

Industrial & Cogeneration with 

Combustion, Fuels & Emissions 

Controls, Diagnostics & Instrumentation 

with Combustion, Fuels & Emissions 

TB-5-7 • Carron 1, SECC 

Active Control of Combustion: Past, Present and Future 

Heat Transfer: Transition with Turbomachinery 

ThC-12-2 • Carron 2, SECC 

Transition Session 

Joint Session Listing

For a complete listing of Joint Sessions please see page 34 FINAL PROGRAM TURBO EXPO 2010 • 35 

MONDAY, JUNE 14: 8:00 a.m. – 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft Engine • Paper Session Room: Castle 3 • Crowne Plaza • MA-1-9 

MODELING & SIMULATION I 

Session Chair: Keith Boyer, Air Force Institute of Technology, Wright-Patterson AFB, OH, USA Session Co-Chair: Christopher Begley, Rolls-Royce plc, Bristol, UK 

Steady-State Modeling of Gas Turbine 

Engines Using the Numerical Propulsion 

System Simulation Code 

GT2010-22350 

Scott Jones, National Aeronautics and Space 

Administration, Cleveland, OH, USA 

An Analytical Model Of A Gas Turbine 

Components Performance And Its 

Experimental Validation 

GT2010-23369 

Hossein Pourfarzaneh, Ali Hajilouy, 

Mohamad Farshchi, Sharif University of 

Technology, Tehran, Iran 

The Predicted and Measured Effects of 

Increasing Back Pressure on the 

Performance of a Turboshaft Engine 

GT2010-22323 

Marco Attia, Richard Eustace, Shane 

Favaloro, Defence Science & Technology 

Organisation, Melbourne, VIC, Australia 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • MA-4-6 

CHEMICAL KINETICS 

Session Chair: Ponnuthurai Gokulakrishnan, Combustion Science & Engineering, Inc., Columbia, MD, USA 

Session Co-Chair: Ibrahim Yimer, National Research Council Canada, Ottawa, ON, Canada 

Combination of 1D Code and CFD for 

Performance Analyzing of a Silo type Gas 

Turbine combustor 

GT2010-23319 

Nasser Rasooli, Somayeh Besharat Shafiei, 

Hiwa Khaledi, Middle East Petro Gas (MPG), 

Tehran, Iran 

Enhancement Of A Detailed Reaction 

Mechanism Of Propene 

GT2010-23360 

Marina Braun-Unkhoff, Nadja Slavinskaya, 

Manfred Aigner, German Aerospace Centre, 

(DLR) Stuttgart, Germany 

Validated F-T Fuel Surrogate Model for 

Simulation of Jet-Engine Combustion 

GT2010-23709 

Chitralkumar V. Naik, Karthik V. 

Puduppakkam, Abhijit Modak, Cheng Wang, 

Ellen Meeks, Reaction Design, San Diego, 

CA, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • MA-4-11 

COMBUSTION INSTABILITIES ANALYTICAL/NUMERICAL I 

Session Chair: Ibrahim Yimer, National Research Council Canada, Ottawa, ON, Canada 

Session Co-Chair: Peter Stuttaford, Power Systems Mfg, LLC (PSM) - An Alstom Group Company, Jupiter, Florida, USA 

Identification of Flame Transfer Functions 

from LES of a Premixed Swirl Burner 

GT2010-22769 

Luis Tay Wo Chong, Thomas Komarek, 

Roland Kaess, Stephan Foeller, Wolfgang 

Polifke, TU Munich, Garching, Germany 

Numerical Simulation of Combustion 

Induced Noise using LES and Computational 

Aeroacoustics 

GT2010-22836 

Christian Klewer, Jens Kuehne, Johannes 

Janicka Darmstadt University of Technology, 

Darmstadt,Germany, Oliver Kornow, German 

Aerospace Center, Braunschweig, Germany 

Influence Of Hydrodynamic Instability On 

The Heat Release Transfer Function Of 

Premixed Flames 

GT2010-22848 

Daniel Hartmann, Wolfgang Schroeder, 

Santosh Hemchandra, Institute of 

Aerodynamics, RWTH Aachen University, 

Aachen, Germany 

Influence Of Flame And Burner Transfer 

Matrix On Thermoacoustic Combustion 

Instability Modes And Frequencies. 

GT2010-23104 

Giovanni Campa, Sergio Mario Camporeale, 

Polytechnic University of Bari, Bari, Italy 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room: Carron 1 • SECC • MA-5-3 

CONTROL SYSTEMS I 

Session Chair: Shreeder Adibhatla, GE Aviation, Cincinnati, OH, USA Session Co-Chair: Manuj Dhingra, Georgia Institute of Technology, Atlanta, GA, USA 

Modeling of Atmospheric Turbulence as 

Disturbances for Control Design and 

Evaluation of High Speed Propulsion Systems 

GT2010-22851 

George Kopasakis, NASA GRC, Cleveland, 

OH, USA 

ARMA Model for Turbine and Compressor 

Clearance Forecasting 

GT2010-22553 

Huageng Luo, George Ghanime, Liping Wang, 

GE Global Research Center, Niskayuna, NY, 

USA 

Evaluation of the LMI-based Multivariable 

PID Controller Design for Turbo Aeroengines 

GT2010-23146 

Ai He, Daoliang Tan, Xi Wang, Lei Wang, 

Beihang University, Beijing, Beijing, China 

Multivariable Aeroengine PID Control with 

Amplitude Saturation: an LMI Solution 

GT2010-23147 

Daoliang Tan, Ai He, Xi Wang, Beihang 

University, Beijing,China, Yun Liu, Jimei 

University, Xiamen, China

Look for this symbol ✲ for Gas Turbine user related sessions. FINAL PROGRAM TURBO EXPO 2010 • 36 


8:00 8:30 9:00 9:30 

COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • MA-6-17 

CYCLE OPTIMISATION II - GAS TURBINE DURABILITY AND FAILURE MODELLING 

Session Chair: Leonardo Torbidoni, Ansaldo Energia, Genova, Italy Session Co-Chair: Vassilios Pachidis, Cranfield University, Cranfield, UK 

A Finite Element Modelling Approach Of 

Turbines In contact Following Shaft Failure 

GT2010-23298 

Paolo Capozzi, Aikaterini Psarra, Cranfield 

University, Beds,UK, Vassilios Pachidis, 

Cranfield University, Cranfield,UK, Pericles 

Pilidis, Cranfield University, Bedford, UK 

Compressor Performance 2D Modelling At 

Reverse Flow Conditions 

GT2010-23428 

Luis Gallar, Ioannis Tzagarakis, Vassilios 

Pachidis, Cranfield University, Cranfield, 

Bedfordshire,UK, Riti Singh, Cranfield 

University, Bedford, UK 

Impact of Operating and Health Conditions 

On Gas Turbine Hot Section Creep Life Using 

A Creep Factor Approach 

GT2010-22332 

Mohammad Fahmi Abdul Ghafir, Yi-Guang Li, 

Riti Singh, Cranfield University, Bedford,UK, 

Kaiming Huang, Xing Feng, China Aviation 

Powerplant Research Institute, Zhuzhou, China 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Alsh 1 • SECC • MA-9-15 

VANE-BLADE HT INTERACTIONS III 

Session Chair: Achmed Schulz, Institut fuer Thermische Stroemungsmaschinen, Universitaet Karlsruhe (TH), Karlsruhe, Baden-Wuerttemberg, Germany 

Aerothermal Research for Turbine 

Components An overview of the European 

AITEB-2 Project 

GT2010-23511 

Erik Janke, Torsten Wolf, Rolls-Royce 

Deutschland, Blankenfelde-Mahlow, 

Germany 

Fully-Cooled Single Stage HP Transonic 

Turbine: Part I- Influence of Cooling Mass 

Flow Variations and Inlet Temperature Profiles 

on Blade Internal and External Aerodynamics 

GT2010-23446 

Charles Haldeman, Mike Dunn, Randall 

Mathison, The Ohio State University, 

Columbus, OH, USA 

Fully-Cooled Single Stage Transonic HP 

Turbine: Part II- Influence of Cooling Mass 

Flow Changes and Inlet Temperature Profiles 

on Blade and Shroud Heat-Transfer 

GT2010-23445 

Charles Haldeman, Mike Dunn, Randall 

Mathison, The Ohio State University, 


Temperature Predictions and Comparison 

with Measurements for the Blade Leading 

Edge and Platform of a 1-1/2 Stage Transonic 

HP Turbine 

GT2010-22987 

Randall Mathison, Mark Wishart, Charles 

Haldeman, Mike Dunn, The Ohio State 

University, Columbus, OH, USA 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Alsh 2 • SECC • MA-10-1 

TRENCH FILM COOLING 

Session Chair: Bhamidi V.S.S.S. Prasad, Indian Institute of Technology Madras, Chennai, Tamilnadu, India 

Session Co-Chair: Eisaku Ito, MHI, Takasago, Hyogo Pref., Japan 

Effects Of Trenched Holes On Film Cooling Of 

A Contoured Endwall Nozzle Vane 

GT2010-22117 

Giovanna Barigozzi, Giuseppe Franchini, 

Antonio Perdichizzi, Silvia Ravelli, Università 

di Bergamo, Dalmine (BG), Italy 

Sensitivity Analysis for Film Effectiveness on a 

Round Film Hole Embedded in a Trench Using 

Conjugate Heat Transfer Numerical Model 

GT2010-22120 

Cuong Nguyen, Nghia Tran, Bryan Bernier, 

Son H. Ho, Jayanta Kapat, CATER, University 

of Central Florida, Orlando, FL, USA 

Film Cooling Performance Of The Embedded 

Holes In Trenches With Compound Angles 

GT2010-22337 

Jia Li, Jing Ren, Hongde Jiang, Tsinghua 

University, Beijing, China 

Computational Investigations on Leading 

Edge Film Cooling of AGTB Blade With 

Cylindrical and Trenched Compound Angle 

Holes 

GT2010-22559 

Dahai Zhang, Min Zeng, Qiuwang Wang, 

Xi’an Jiaotong University, Xi’an, China



8:00 8:30 9:00 9:30 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery Committee) • Paper Session Room: Boisdale 1 • SECC • MA-11-2 

ROTATING DISC CAVITIES AND RIM SEALING 

Session Chair: John Chew, University of Surrey, Guildford, Surrey, UK Session Co-Chair: Axel Glahn, Pratt & Whitney, East Hartford, CT, USA 

Local Measurements of Disc Heat Transfer in 

Heated Rotating Cavities for Several Flow 

Regimes 

GT2010-22544 

Andre Guenther, Wieland Uffrecht, Stefan 

Odenbach, TU Dresden, Dresden, Germany 

The Deduction Of The Integral And The 

Estimation Of The Local Core Rotation Ratio 

By Telemetric Pressure Measurements In A 

Two Cavity Test Rig 

GT2010-22593 

Wieland Uffrecht, Andre Guenther, TU 

Dresden, Dresden, Germany 

Numerical Analysis of Heat Transfer and 

Flow Stability in an Open Rotating Cavity 

Using the Maximum Entropy Production 

Principle 

GT2010-22025 

Dieter Bohn, Robert Krewinkel, Andreas 

Wolff, RWTH Aachen University, Institute of 

Steam and Gas Turbines, Aachen, Germany 

Simulations Of Flow Ingestion And Related 

Structures In A Turbine Disk Cavity 

GT2010-22729 

Steve Julien, Julie Lefrancois, Guy Dumas, 

Guillaume Boutet-Blais, Simon Lapointe, 

Laval University, Quebec, QC, Canada, Jean- 

Francois Caron, Remo Marini, Pratt & 

Whitney Canada, Longueuil, QC, Canada 

COMMITTEE: Manufacturing Materials & Metallurgy • Paper Session Room: Boisdale 2 • SECC • MA-15-4 

MECHANICAL PROPERTIES AND BEHAVIOR OF MATERIALS 

Session Chair: Xijia Wu, Institute for Aerospace Research, National Research Council Canada, Ottawa, ON, Canada 

Session Co-Chair: Claudia Rinaldi, ERSE, MILAN, Italy 

Computational Evaluation of Adhesion and 

Mechanical Properties of Nanolayered 

Erosion-resistant Coatings for Gas Turbines 

GT2010-22368 

Mariusz Bielawski, Kuiying Chen, NRC 

Institute for Aerospace Research, Ottawa, 

ON, Canada 

Fatigue Properties of Narrow and Wide Gap 

Braze Repaired Joints 

GT2010-22085 

Thomas Henhoeffer, Liburdi Turbine Services, 

Dundas, ON, Canada, Xiao Huang, Carleton 

University, Ottawa, ON, Canada, Scott Yandt, 

Peter Au, National Research Council Canada, 

Ottawa, ON, Canada 

Coating Pre-Cracking Effect in Combined 

Cycle Fatigue Tests of Superalloys for Gas 

Turbine Blades 

GT2010-23306 

Mauro Filippini, Stefano Foletti, Politecnico 

di Milano, Milano, MI,Italy, Giuseppe 

Pasquero, Avio S.p.A., Rivalta di Torino, TO, 

Italy 

COMMITTEE: Marine • Paper Session Room: Carron 2 • SECC • MA-16-2 

ENGINE SYSTEM DESIGN AND DEVELOPMENT 

Session Chair: Jeffrey Patterson, Naval Surface Warfare Center - Carderock Division, Philadelphia, PA, USA 

Session Co-Chair: Ken Braccio 

Redefining Propulsion and Power 

Systems for the USA Navy’s 21st 

Century Destroyer, DDG 1000 

GT2010-22804 

Andrew Bigley, Matthew Driscoll, 

Naval Surface Warfare Xenter, 

Philadelphia, PA, USA 

USN Marine Gas Turbine Development 

Initiatives; Part I: Advanced High 

Temperature Materials 

GT2010-23596 

David Shifler, Office of Naval 

Research, Arlington, VA, USA, 

Donald Hoffman, Office of Naval 

Research/ Naval Sea Systems 

Command, Arlington, VA, USA, John 

Hartranft, Naval Sea Systems 

Command, Washington, DC, USA, 

Carl Grala, Naval Sea Systems 

Command, Philadelphia, PA, USA, 

Louis Aprigliano, Consultant, Berlin, 

MD, USA, Dan Groghan, Fulcrum 

Corporation, Arlington, VA, USA 

Gas Turbine Starting Systems Used 

Aboard U.S. Navy Large Surface 

Combatants 

GT2010-23462 

Alex C. Greve, Jesse D. Shaw, 

Nathaniel P. Miller, Rolls-Royce 

Naval Marine, INC, Indianapolis, IN, 

USA 

Dynamic Simulation and Control 

Strategy for Three-shaft Marine 

Electric Propulsion Gas Turbine 

GT2010-23796 

Chenyu Wei, Shanghai Jiao Tong 

University, Shanghai, China, 

Shusheng Zang, Shanghai Jiaotong 

University, Shanghai, China



8:00 8:30 9:00 9:30 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Gala 2 • SECC • MA-17-3 

COMBUSTION, FUELS & EMISSIONS 

Session Chair: Vince McDonell, UCI Combustion Laboratory, Irvine, CA, USA Session Co-Chair: Junhua Chen, Capstone Turbine Corp., Chatsworth, CA, USA 

A Regenerative Flow Compressor As A 

Secondary Air Pump For Engine Emission 

ControL 

GT2010-22087 

Abraham Engeda, 2555 Engineering Building, 

East Lansing, MI, USA 

Development of Ultra-Low Emission Diesel 

Fueled Microturbine Engine for Heavy Duty 

Vehicle Applications: Combustion Modifications 

GT2010-23181 

Junhua Chen, Mark Mitchell, John Nourse, 

Capstone Turbine Corporation, Chatsworth, 

CA, USA 

Combustion Characteristics and Hydrogen 

Addition Effects on the Performance of a Can 

Combustor for a Micro Gas Turbine 

GT2010-22231 

Hsin-Yi Shih, Chi-Rong Liu, Chang Gung 

University, Taoyuan, Taiwan 

Structural Dynamic Design of A Rotating 

Hydrogen Co-Fired Multi-Fuel External Combustor 

GT2010-22853 

Hooshang Heshmat, Michael J. 

Tomaszewski, James F. Walton II, Mohawk 

Innovative Technology, Inc., Albany, NY, USA, 

Deon J. Potgieter, Associated Physics of 

America, LLC, Greenwood, MS, USA 

COMMITTEE: Structures & Dynamics: Fatigue, Fracture & Life Prediction • Paper Session Room: Dochart 1 • SECC • MA-20-4 

FATIGUE & FRACTURE MECHANICS LIFE METHODS 

Session Chair: Michael Gorelik, Honeywell Aerospace, Phoenix, AZ, USA 

Session Co-Chair: Swami Swaminathan, TurboMet International, San Antonio, TX, USA, Mauro Filippini, Politecnico di Milano, Milano, MI, Italy 

A Creep Rupture Time Model for Anisotropic 

Creep-Damage of Transversely Isotropic 

Materials 

GT2010-22532 

Calvin M. Stewart, Ali P. Gordon, University 

of Central Florida, Orlando, FL, USA 

An Efficient Method for the Determination of 

Viscoplastic Constitutive Model Constants 

GT2010-23311 

James DeMarco, Ali P. Gordon, University of 

Central Florida, Orlando, FL, USA 

Analytical Approach of TMF prediction for 

complex loading 

GT2010-23440 

FARID AHDAD, Honeywell GARRETT SA, 

THAON LES VOSGES,France, Ragupathy 

Kannusamy, B Damodhran, Honeywell 

Technology Solutions, Bangalore, Karnataka, 

India 

Fracture Mechanics Analysis of a Single 

Crystal Turbine Blade 

GT2010-22355 

Xijia Wu, Institute for Aerospace Research, 

National Research Council Canada, Ottawa, 

ON, Canada, Wieslaw Beres, Zhong Zhang, 

National Research Council Canada, Ottawa, 

ON, Canada, Philippa Reed, University of 

Southampton, Southampton,UK 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Dochart 2 • SECC • MA-22-1 

AIR AND FOIL BEARINGS I 

Session Chair: Robert Bruckner, NASA Glenn Research Center, Cleveland, OH, USA 

Experimental Analyses of A First Generation 

Foil Bearing. Start-up Torque and Dynamic 

Coefficients 

GT2010-22966 

Laurent Rudloff, Mihai Arghir, Olivier 

Bonneau, Université de Poitiers, Poitiers, 

France, Pierre Matta, Université de Poitiers, 

Futuroscope, France 

A New Analysis Tool Assessment for 

Rotordynamic Modeling of Gas Foil Bearings 

GT2010-22508 

Samuel Howard, NASA Glenn Research 

Center, Cleveland, OH,USA, Luis San Andres, 

Texas A&M University, College Station, 

TX,USA 

Thermal Management and Rotordynamic 

Performance of a Hot Rotor-Gas Foil 

Bearings System. Part 1: Measurements 

GT2010-22981 

Luis San Andrés, Keun Ryu, Texas A&M 

University, College Station, TX, USA, Tae Ho 

Kim, Korea Institute of Science and 

Technology, Seoul, 136-791, Korea (Republic) 

Thermal Management and Rotordynamic 

Performance of a Hot Rotor-Gas Foil Bearings 

System. Part 2: Predictions Versus Test Data 

GT2010-22983 

Luis San Andrés, Keun Ryu,Texas A&M 

University, College Station, TX,USA, Tae Ho 

Kim, Korea Institute of Science and 

Technology, Seoul, 136-791, Korea (Republic) 

COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session 

DESIGN, ANALYSIS AND TEST I 

Room: Forth • SECC • MA-26-1 

Session Chair: Kwang-Yong Kim, Inha University, Incheon, Korea (Republic) Session Co-Chair: Chuangang Gu, Shanghai Jiaotong University, Shanghai, Shanghai, China 

Hotwire measurements in a high speed Comparative Studies of Alternative HPC Multidisciplinary 3D-Optimization of a Fan 

Counter Rotating Turbo Fan rig 

Configurations for the NEWAC IRA Engine Stage Performance Map with Consideration 

GT2010-22569 

GT2010-22052 

of the Static and Dynamic Rotor Mechanics 

Robert K.J. Meyer, Johannes Linden, Karsten W John Calvert, Ed Swain, Ian Woods, Mark GT2010-22792 

Knobloch, German Aerospace Center, (DLR), Dempsey, PCA Engineers Limited, Lincoln,UK, Ulrich Siller, Marcel Aulich, German 

Berlin, Berlin, Germany 

Uwe Schmidt, MTU Consultant, Munich, Germany Aerospace Center, Cologne, Germany



8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Hall 1 • SECC • MA-27-3 

LOW PRESSURE TURBINES I 

Session Chair: Raul Vazquez, Industria de Turbopropulsores (ITP), San Fernando de Henares, Madrid, Spain 

Effects of Blade Loading Distribution on 

Aerodynamic Performance of Ultra-High Lift 

LP Turbine Airfoils under the Influences of 

Wake Passing and Freestream Turbulence 

GT2010-22134 

Ken-ichi Funazaki, Iwate University, Morioka, 

Japan 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Castle 1 • Crowne Plaza • MA-29-1 

GENERAL INTEREST 

Session Chair: Jochen Gier, MTU Aero Engines, Muenchen, Germany Session Co-Chair: Prashant Tiwari, GE Global Research Center, Niskayuna, NY, USA 

Towards Cooled Turbine Life Prediction Via 

Concurrent Aerodynamic, Thermal & Material 

Stress Simulations On Conjugate Meshes 

GT2010-22482 

Bill Dawes, University of Cambridge, 

Cambridge,UK, W.P. Kellar, S.A. Harvey, 

Cambridge Flow Solutions Ltd, Cambridge,UK 

Numerical Simulation of a Highly Loaded 

LPT Cascade With Strong Suction Side 

Separation Under Periodically Unsteady 

Inflow Conditions 

GT2010-22363 

Marco Schwarze, Reinhard Niehuis, Institute 

of Jet Propulsion, University of the Federal 

Armed Forces Munich, Neubiberg, Germany 

An Assessment of Non-Intrusive Probabilistic 

Methods for Turbomachinery Problems 

GT2010-22730 

Sriram Shankaran, General Electric, 

Niskayuna, NY, USA, Brian Barr, Ramakrishna 

Mallina, Ravikanth Avancha, Alexander Stein, 

General Electric Global Research Center, 

Niskayuna, NY, USA 

Effect of Surface Roughness on Loss Behaviour, 

Aerodynamic Loading and Boundary Layer 

Development of a Low-Pressure Gas Turbine Airfoil 

GT2010-23317 

Marco Montis, Reinhard Niehuis, University of 

the German Federal Armed Forces, Neubiberg, 

Germany, Andreas Fiala, MTU Aero Engines 

GmbH, Munich, Freistaat Bayern, Germany 

Uncertainty Analysis for Large-scale 

Industrial Radial Compressors 

GT2010-22918 

Dirk Büche, Beat Ribi, MAN Turbo AG 

Switzerland, Zurich, Switzerland, Michael 

Beetz, University of Stuttgart, Stuttgart, 

Germany 

Highly Loaded Low-Pressure Turbine: Design, 

Numerical, And Experimental Analysis 

GT2010-23591 

John Schmitz, Scott Morris, Ruolong Ma, 

Thomas C. Corke, University of Notre Dame, 

Notre Dame, IN, USA, John Clark, Steven 

Puterbaugh, AFRL/RZTT, WPAFB, OH, USA, 

Peter Koch, USAF, WPAFB, OH, USA 

COMMITTEE: Turbomachinery: Radial Turbomachinery Aerodynamics • Paper Session 

CENTRIFUGAL COMPRESSORS I 

Room: Castle 2 • Crowne Plaza • MA-31-4 

Session Chair: Chris Robinson, PCA Engineers Limited, Lincoln, UK Session Co-Chair: Adrian Alford, Corac Group plc., Uxbridge, Berkshire, UK 

Development Of A Rotating Centrifugal 

Separator Technology For Centrifugal 

Compressors 

GT2010-22222 

William Maier, Yuri Biba, Dresser-Rand, 

Olean, NY, USA, Gocha Chochua, 

Schlumberger, Sugar Land, TX,USA 

Steady and Transient Computations of 

Interaction in a Centrifugal Compressor with 

Different Types of Diffusers 

GT2010-22913 

Anish S, Indian Institute of Space Science and 

Technology, Thiruvananthapuram, Kerala, 

India, Sitaram N, Indian Institute of Technology, 

Madras, Chennai, Tamil Nadu, India 

Experimental Study of Vaned Diffusers in 

Centrifugal Compressor 

GT2010-22883 

Ahti Jaatinen, Teemu Turunen-Saaresti, Aki 

Grönman, Jari Backman, Lappeenranta 

University of Technology, Lappeenranta, 

Finland 

Compressor Design for Multi-point Operating 

Conditions of Turbocharged Gasoline 

Engines 

GT2010-22283 

Tao Chen, Yangjun Zhang, Xinqian Zheng, 

Zhuge Weilin, Tsinghua University, 

Beijing,China



8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room: Leven • SECC • MA-32-4 

LEAKAGE FLOWS AND DESIGN OPTIMIZATION IN STEAM TURBINES 

Session Chair: Ralf Greim, Alstom Power, Baden 5401, Switzerland Session Co-Chair: John Shields, Naval Surface Warfare Center, Philadelphia, USA 

Reduction of Pressure Forces in Turbine 

Labyrinth Seals 

GT2010-22391 

Krzysztof Kosowski, Robert Stepien, Gdansk 

University of Technology, Gdansk, Poland 

COMMITTEE: Turbomachinery: Unsteady Flows In Turbomachinery • Paper Session Room: Morar/Ness • SECC • MA-33-3 

TRANSITION AND SEPARATION 

Session Chair: Steve Gorrell, Brigham Young University, Provo, UT, USA Session Co-Chair: Fu-Lin Tsung, GE Aviation, Cincinnati, OH, USA 

Effect of Unsteady Wakes on Boundary Layer 

Separation on a Very High Lift Low Pressure 

Turbine Airfoil 

GT2010-23573 

Ralph Volino, USA Naval Academy, 

Annapolis, MD, USA 

A CFD And Experimental Investigation Of 

Unsteady Wake Effects On A Highly Loaded 

Low Pressure Turbine Blade At Low 

Reynolds Number 

GT2010-22977 

Darius D Sanders, Chase Nessler, US Air 

Force Research Labs Propulsion Directorate, 

WPAFB, OH,USA, Rolf Sondergaard, US Air 

Force Research Labs, WPAFB, OH,USA, Marc 

Polanka, Christopher Marks, Mich Wolff, US Air 

Force Research Labs, WPAFB, OH,USA, Walter 

O’Brien, Virginia Tech, Blacksburg, VA, USA 

Investigation of Unsteady Flow Effects in an 

Axial Compressor Based on Whole Annulus 

Computations 

GT2010-23522 

Thomas Röber, Anton Weber, Edmund 

Kuegeler, DLR German Aerospace Center, 

Köln, NW, Germany 

COMMITTEE: Honors & Awards • Lecture Session Room: Lomond Auditorium • SECC • MA-35-1 

INDUSTRIAL GAS TURBINE AND AIRCRAFT ENGINE TECHNOLOGY AWARDS LECTURES 

Session Chair: Ruben Del Rosario, National Aeronautics and Space Administration, Cleveland, OH, USA 

Session Co-Chair: Richard Tuthill, Pratt & Whitney Power Systems, East Hartford, CT, USA 

Post Nubes Lux: Aircraft Propulsion 

Riti Singh, Cranfield University, Bedford, UK 

Aerodynamic Optimization of an Impulse 

Turbine Cascade Including Laminar/ 

Turbulent transition Prediction 

GT2010-22026 

Ernesto Benini, Claudio Comis da Ronco, 

Rita Ponza, University of Padova, Padova, 

Italy 

Numerical Study of Internal Flow Fields in 

Steam Turbine Stages with Balance Holes 

GT2010-23704 

Chang Luo, Liming Song, Jun Li, Zhenping 

Feng, Xi’an Jiaotong University, Xi’an, 

Shaanxi Province, China, Shouhong CAO, 

Zhihua WU, Qilin Wu, Dongfang Turbine Co., 

Ltd., Deyang, Sichuan Province, China 

Energy Trends and Gas Turbine Challenges 

Hans-Juergen Kiesow, Siemens Energy Inc., Orlando, FL, USA 

Effects of design variations of rotor entry 

cavity geometry on shrouded steam turbine 

performance 

GT2010-22279 

Konstantinos G. Barmpalias, Reza S. Abhari, 

ETH Zürich, Zürich, Switzerland, Anestis I. 

Kalfas, Laboratory for Energy Conversion, 

ETH Zürich, Zürich, Switzerland, Toshio 

Hirano, Naoki Shibukawa, Toshiba 

Corporation, Yokohama, Japan


MONDAY, JUNE 14: 2:30 p.m. – 5:30 p.m. 

2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Aircraft Engine • Paper Session Room: Castle 3 • Crowne Plaza • MB-1-12 

SECONDARY FLOWS AND ACCESSORIES 

Session Chair: Andrew Nix, West Virginia University, Morgantown, WV, USA Session Co-Chair: Tariq Maksoud, Bombardier Aerospace, Toronto, ON, Canada 

Computational Investigations 

into Draining Flows pertinent 

to Aero-Engine Bearing 

Chamber Scavenge Systems 

GT2010-22626 

Adam ROBINSON, Carol 

Eastwick, Herve MORVAN, 

University of Nottingham, 

Nottingham, Notts.,UK 

Factors Affecting Oil Removal 

From An Aeroengine Bearing 

Chamber 

GT2010-22631 

Budi Chandra, Stephen 

Pickering Kathy Simmons, 


Nottingham,UK, Marc Tittel, 

Rolls-Royce plc, Derby,UK 

CFD Modelling of Gear 

Windage Losses: The Impact 

of Gear and Shroud Properties 

on the Power Losses 

GT2010-22632 

Thomas Webb, Carol 

Eastwick, Herve Morvan, 


Nottingham, Notts.,UK 

A Simple Thermal Model of 

Bearings with Transient 

Effects 

GT2010-23537 

Karleine M. Justice, Ian 

Halliwell, Jeffrey S. Dalton, 

Avetec Inc., Springfield, OH, 

USA 

An Assessment of Gas Foil 

Bearing Scalability and the 

Potential Benefits to Civilian 

Turbofan Engines 

GT2010-22118 

Robert Bruckner, NASA 

Glenn Research Center, 

Cleveland, OH, USA 

COMMITTEE: Coal, Biomass & Alternative Fuels • Paper Session 

GASIFICATION, PYROLYSIS AND SYNGAS IN GAS TURBINE 

Room: Gala 2 • SECC • MB-3-2 

Session Chair: Umberto Desideri, University of Perugia, Perugia, Italy Session Co-Chair: Balu Sekar, AFRL/RZTC WPAFB, WPAFB, OH, USA 

Chemical Kinetic 

Modeling in Coal 

Gasification. Overview 

GT2010-23362 

Nadja Slavinskaya, 

German Aerospace 

Center ( DLR ), Stuttgart, 

Germany 

Comparative Evaluation of 

Catalytic and Non-Catalytic 

Pyrolysis Processes for 

Production of Bio-Fuels 

from Soy Seeds 

Presentation without 

Publication 

Kalyan Annamalai, Oh 

Hyukjin, Ben Lawrence, 

Siva Thanapal, Joseph 

King, Texas A&M 

University, College 

Station, TX, USA 

Researches Concerning 

Kerosene-to-Landfill Gas 

Conversion for an Aeroderivative 

Gas Turbine 

GT2010-23436 

Jeni Alina Popescu, 

Valeriu Alexandru Vilag, 

Romulus Petcu, Valentin 

Silivestru, Virgil Stanciu, 

COMOTI Romanian 

Research and Development 

Institute for Gas Turbines, 

Bucharest, Romania 

Assessment of the 

Energy Conversion of 

Whole Oil Fruits with a 

Pyrolysis and Gas 

Turbine Process (IPRP) 

GT2010-23584 

Francesco Fantozzi, 

Bruno D’Alessandro, 

Umberto Desideri, Gianni 

Bidini, University of 

Perugia, Perugia, Italy, 

Pietro Bartocci, Centro 

Ricerca Biomasse, 

Perugia, Perugia, Italy 

Biomass pyrolysis syngas 

vs. natural gas in a 

microturbine annular 

combustor: CFD simulation 

by means of different 

chemical mechanisms 

and preliminary experimental 

verification 

GT2010-23473 

Paolo Laranci, 

Francesco Fantozzi, 

Gianni Bidini, Università 

di Perugia, Perugia, Italy 

Numerical Simulation 

Of Biomass Derived 

Syngas Combustion In A 

Swirl Flame Combustor 

GT2010-22791 

Andrea De Pascale, 

Marco Fussi, Antonio 

Peretto, Università di 

Bologna, Bologna, Italy 

Simulated Syngas Ash 

Deposits on a Flat Plate 

Using Teflon and PVC 

Particles 

GT2010-22445 

Eric Wood, Virginia 

Tech, Oak Hill, VA, USA, 

W.F. Ng, Uri 

Vandsburger, Steve 

LePera, Virginia Tech, 

Blacksburg, VA, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session 

COMBUSTION INSTABILITIES EXPERIMENTAL II 

Room: Staffa/Shuna • Crowne Plaza • MB-4-8 

Session Chair: Ramu Bandaru, Solar Turbines Inc., San Diego, CA, USA Session Co-Chair: Vince McDonell, UCI Combustion Laboratory, Irvine, CA, USA 

Methodology to Identify the 

Unsteady Flow Field 

Associated with the Loss of 

Acoustic Energy in the 

Vicinity of Circular Holes 

GT2010-22178 

Jochen Rupp, Jonathan F. 

Carrotte, Loughborough 

University, Loughborough, 

Leicestershire, UK, Adrian 

Spencer, Loughborough 

University, Leicestershire, UK 

Effect of Combustor Inlet 

Geometry on Acoustic 

Signature and Flow Field 

Behavior of the Low Swirl 

Injector 

GT2010-23498 

Peter Therkelsen, David 

Littlejohn, Robert Cheng, 

Lawrence Berkeley National 

Laboratory, Berkeley, CA, 

USA, Enrique E. Portillo, 

Scott M. Martin, Siemens 

Power Generation, Inc., 

Orlando, FL, USA 

Thermoacoustic Instabilities 

in an Annular Rijke Tube 

GT2010-23577 

Jonas P. Moeck, Markus 

Paul, TU Berlin, Berlin, 

Germany, Christian Oliver 

Paschereit, Technische 

Universitaet Berlin, Berlin, 

Germany 

Combustion Dynamics in a 

Gas Turbine Single Annular 

Combustor Sector 

GT2010-23587 

Fumitaka Ichihashi, Jun Cai, 

Y. Kao, Asif Syed, University 

of Cincinnati, Cincinnati, OH, 

USA, San-Mou Jeng, 

Univeristy of Cincinnati, 

Cincinnati, OH, USA 

Acoustic Perturbation 

Effects On The Fluid 

Dynamics And Swirling 

Flame Response In A Non- 

Premixed Co-Flow Burner 

GT2010-23735 

Uyi Idahosa, Abishek Saha, 

Navid Khatami, University of 

Central Florida, MMAE Dept., 

Orlando, FL, USA, Chengying 

“Cheryl” Xu, Saptarshi Basu, 

University of Central Florida, 

MMAE Dept., Orlando, FL, 

USA 

Flow-Field and Flame Dynamics 

of a Gas Turbine Model 

Combustor During Transition 

Between Thermo-Acoustically 

Stable and Unstable States 

GT2010-22830 

Christoph M. Arndt, Adam M. 

Steinberg, Isaac G. Boxx, 

Molfgang Meier, Deutsches 

Zentrum für Luft- und 

Raumfahrt (DLR), Stuttgart, 

Germany, Campbell D. Carter, 

Air Force Research Laboratory, 

WPAFB, OH, USA, Manfred 

Aigner, German Aerospace 

Centre, Stuttgart, Germany



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • MB-4-21 

COMBUSTOR OPERABILITY & INTERACTIONS WITH COMPRESSOR AND TURBINE 

Session Chair: Jamey Condevaux, Williams International, Walled Lake, MI, USA Session Co-Chair: Randal McKinney, Pratt & Whitney, East Hartford, CT, USA 

Low Load Operational 

Flexibility for Siemens F- & 

G-Class Gas Turbines 

GT2010-22055 

Pratyush Nag, David Little, 

Adam Plant, Douglas R Roth, 

Siemens Energy Inc., 


CFD Prediction of Partload 

CO Emissions using a Two- 

Timescale Combustion 

Model 

GT2010-22241 

Bernhard Wegner, Werner 

Krebs, SIEMENS, Muelheim, 

NRW, Germany, Hendrik 

Forkel, ANSYS Germany 

GmbH, Otterfing, Germany 

Extended Turndown, Fuel 

Flexible Gas Turbine 

Combustion System 

GT2010-22585 

Peter Stuttaford, Hany 

Rizkalla,Yan Chen, Power 

Systems Mfg, LLC (PSM) - 

An Alstom Group Company, 

Jupiter, FL,USA, Thomas 

Faucett, Brian Copley, Shell 

Exploration and Production 

Company, Houston, TX,USA 

Effects of Fuel Nozzle 

Condition on Gas Turbine 

Combustion Chamber Exit 

Temperature Profiles 

GT2010-23441 

Kristen Bishop, William 

Allan, Royal Military College 

of Canada, Kingston, ON, 

Canada 

Effects of Combustion 

Chamber Geometry Upon 

Exit Temperature Profiles for 

Populations With Varied 

Service Limitations 

GT2010-23449 

Clayton Kotzer, Marc 

LaViolette, William Allan, 

Asad Asghar, Royal Military 

College of Canada, Kingston, 

ON, Canada 

Experimental Analysis of 

Altitude Relight under Realistic 

Conditions using Laser and 

High-Speed Video Techniques 

GT2010-22625 

Thomas Mosbach, German 

Aerospace Center, Stuttgart, 

BW, Germany, Rajesh 

Sadanandan, Wolfgang Meier, 

Deutsches Zentrum f. Luft- u. 

Raumfahrt, Stuttgart, Germany, 

Ruud L.G.M. Eggels, Rolls-Royce 

Deutschland, Blankenfelde- 

Mahlow, Germany 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room: Carron 1 • SECC • MB-5-2 

GAS PATH ANALYSIS I 

Session Chair: Dave Doel, GE Aviation, Evendale, OH, USA 

Laplace Correction of 

Confusion Matrices to 

Produce Statistically 

Representative Confidence 

Intervals 

GT2010-22213 

Craig Davison, National 

Research Council Canada, 


A study on engine health 

monitoring in the frequency 

domain 

GT2010-22635 

Sebastien Borguet, 

University of Liege, Liege, 

Belgium, Mattias 

Henriksson, Volvo Aero 

Corporation AB, Trollhättan, 

Sweden, Tomas McKelvey, 

Signals and Systems, 

Göteborg, Sweden, Olivier 

Leonard, University of Liege, 

Liege, Belgium 

Use of Multiple Variable 

Mathematical Method for 

Effective Condition 

Monitoring of Gas Turbines 

GT2010-22568 

Ezenwa A. Ogbonnaya, 

Department of Marine 

Engineering Rivers State 

University of Science and 

Technology, Port Harcourt, 

Nigeria, Kombo Theophilus- 

Johnson, River State University 

of Science and Technology, 

Port Harcourt, Nigeria 

Performance Model 

“Zooming” for In-Depth 

Component Fault Diagnosis 

GT2010-23262 

Nikos Aretakis, Konstantinos 

Mathioudakis, National 

Technical University of 

Athens, Athens, Greece, 

Ioannis Roumeliotis, Hellenic 

Naval Academy, Piraeus, 

Greece 

A Mixed Data-Driven and 

Model Based Fault 

Classification for Gas 

Turbine Diagnosis 

GT2010-23075 

Igor Loboda, Instituto 

Politecnico Nacional, ESIME 

Culhuacan, Mexico, Mexico, 

Distrito Federal, Mexico, 

Sergiy Yepifanov, National 

Aerospace University, 

Kharkov, Kharkov Region, 

Ukraine 

A Data Filter for Identifying 

Steady-State Operating 

Points in Engine Flight Data 

for Condition Monitoring 

Applications 

GT2010-22818 

Donald L. Simon, Jonathan 

S. Litt, NASA Glenn 

Research Center, Cleveland, 

OH, USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • MB-6-2 

CYCLE OPTIMISATION I 

Session Chair: João Roberto Barbosa, Instituto Tecnologico de Aeronautica, Sao Jose dos Campos, Sao Paulo, Brazil 

Session Co-Chair: Yi-Guang Li, Cranfield University, Bedford, UK 

Hybrid Neural System For 

Gas Turbine Diagnostics: An 

Optimization Strategy 

GT2010-22132 

Gustavo Matuck, João 

Roberto Barbosa, Cleverson 

Bringhenti, Instituto 

Tecnologico de Aeronautica, 

Sao Jose dos Campos, Sao 

Paulo, Brazil, Isaias Lima, 

Universidade Federal de 

Itajubá, UNIFEI, Itajubá, 

Minas Gerais, Brazil 

Short And Long Range 

Mission Analysis For A 

Geared Turbofan With Active 

Core Technologies 

GT2010-22701 

Alexios Alexiou, Nikos 

Aretakis, Konstantinos 

Mathioudakis, National 

Technical University of Athens, 

Athens, Greece, Ioannis 

Roumeliotis, Hellenic Naval 

Academy, Piraeus, Greece, 

Inverse Generation of Gas 

Turbine Component 

Performance Maps from 

Experimental Test Data 

GT2010-22102 

Changduk KONG, Semyeong 

Lim, Chosun University, 

Gwangju,Korea (Republic), 

Seonghwan Oh, Jihyun Kim, 

Agency for Defense 

Development, Daejeon,Korea 

(Republic) 

Simulation Framework 

Development for Helicopter 

Mission Analysis 

GT2010-23389 

Ioannis Goulos, Cranfield 

University, Bedford, 

Bedfordshire, UK, Martina 

Mohseni, Vassilios Pachidis, 

Cranfield University, Cranfield, 

UK, Roberto D’Ippolito, LMS 

International, Leuven, Belgium, 

Jos Stevens, National 

Aerospace Laboratory NLR, 

Amsterdam, Netherlands 

Optimization Of 

Turbofan Propulsion Cycle 

Using A Genetic Algorithm 

GT2010-22420 

Adel Ghenaiet, Polytechnic 

School, Algiers, Algeria 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Alsh 1 • SECC • MB-9-13 

VANE-BLADE HT INTERACTIONS I 

Session Chair: Mike Dunn, The Ohio State University, Columbus, OH, USA Session Co-Chair: Ken-ichi Funazaki, Iwate University, Morioka, Japan 

Transonic Turbine Blade Tip 

Aero-thermal Performance 

with Different Tip Gaps: Part 

ITip Heat Transfer 

GT2010-22779 

Qiang Zhang, Devin O’Dowd, 

Li He, Martin Oldfield, 

University of Oxford, Oxford, 

UK, Phillip Ligrani, Siemens 

Energy Inc., Orlando, FL, USA 

Transonic Turbine Blade Tip 

Aero-thermal Performance 

with Different Tip Gaps: Part 

IITip Aerodynamic Loss 

GT2010-22780 

Devin O’Dowd, Qiang Zhang, 

University of Oxford, 

Oxford,UK, Ines Usandizaga, 

University of Karlsruhe, 

Karlsruhe, Germany, Li He, 


Oxford, UK, Phillip Ligrani, 

Siemens Energy Inc., 


Heat Transfer Investigation 

of an Aggressive 

Intermediate Turbine Duct 

Part 1. Experimental 

Investigation 

GT2010-23653 

Carlos Arroyo Osso, Fredrik 

Wallin, Volvo Aero 

Corporation, Trollhattan, 

Sweden, T. Gunnar 

Johansson, Chalmers 

University of Technology, 

Göteborg, Sweden 

Heat Transfer Investigation 

of an Aggressive 

Intermediate Turbine Duct: 

Part 2 - Numerical Analysis 

GT2010-22252 

Fredrik Wallin, Carlos 

Arroyo Osso, Volvo Aero 

Corporation, Trollhattan, 

Sweden 

Effect of Temperature 

Nonuniformity on Heat 

Transfer in an Unshrouded 

Transonic HP Turbine: An 

Experimental and 

Computational Investigation 

GT2010-22700 

Imran Qureshi, Thomas 

Povey, University of Oxford, 

Oxford, UK, A. D., Smith, 

Rolls-Royce PLC, Derby,UK, 

Kam Chana, QinetiQ, 

Farnborough, Hampshire, UK 

Analysis Of Unsteady Tip 

And Endwall Heat Transfer 

In A Highly Loaded 

Transonic Turbine Stage 

GT2010-23694 

Vikram Shyam, NASA Glenn 


OH, USA, Ali Ameri, Jen 

Ping Chen, The Ohio State 

University, Columbus, OH, 

USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Alsh 2 • SECC • MB-10-2 

ENDWALL FILM COOLING 

Session Chair: Ardy Riahi, Honeywell Int., Phoenix, AZ, USA Session Co-Chair: James Heidmann, NASA Glenn Research Center, Cleveland, OH, USA 

Effects of an Axisymmetric 

Contoured Endwall on a 

Nozzle Guide Vane: Adibatic 

Effectiveness Measurements 

GT2010-22968 

Alan Thrift, Karen A. Thole, 

The Pennsylvania State 

University, University Park, 

PA, USA, Satoshi Hada, 

Mitsubishi Heavy Industries, 

LTD, Takasago, Hyogo, Japan 

Effects of an Axisymmetric 

Contoured Endwall on a 

Nozzle Guide Vane: Heat 

Transfer Measurements 

GT2010-22970 

Alan Thrift, Karen A. Thole, 



PA, USA, Satoshi Hada, 


LTD, Takasago, Hyogo, Japan 

Computational Predictions of 

Heat Transfer and Film- 

Cooling for a Turbine Blade 

with Non-Axisymmetric 

Endwall Contouring 

GT2010-22984 

Stephen Lynch, Virginia 

Tech, Blacksburg, VA,USA, 

Karen A. Thole, The 

Pennsylvania State University, 

University Park, PA, USA, Atul 

Kohli, Pratt & Whitney, East 

Hartford, CT, USA, Christopher 

Lehane, United Technologies– 

Pratt & Whitney, East 

Hartford, CT, USA 

The Role of Density Ratio 

and Blowing Ratio on Film 

Cooling in a Vane Passage 

GT2010-23680 

James Post, Sumanta 

Acharya, Louisiana State 

University, Baton Rouge, LA, 

USA 

Endwall Effusion Cooling 

System Behaviour Within a 

High-Pressure Turbine 

Cascade. Part 1: 

Aerodynamic Measurements 

GT2010-22931 

Daniele Simoni, Università 

degli Studi di Genova, 

Genova, Italy, Marina Ubaldi, 

Pietro Zunino, Marco 

Sacchi, Università di 

Genova, Genova, Italy, 

Stefano Zecchi, AVIO S.P.A., 

Torino, Italy 

Endwall Effusion Cooling 

System Behaviour Within a 

High-Pressure Turbine 

Cascade. Part 2: Heat 

Transfer and Effectiveness 

Measurements 

GT2010-22932 

Lorenzo Tarchi, University of 

Florence, Firenze,Italy, Bruno 

Facchini, Dipartimento di 

Energetica S.Stecco - 

University of Florence, 

Florence, Italy, Stefano 

Zecchi, AVIO S.P.A., Torino, 

Italy, Lorenzo Toni, University 

of Florence, Firenze, Italy 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery Committee) • Paper Session Room: Boisdale 1 • SECC • MB-11-3 

RIM SEALING 

Session Chair: Axel Glahn, Pratt & Whitney, East Hartford, CT, USA Session Co-Chair: John Chew, University of Surrey, Guildford, Surrey, UK 

Aerothermal Impact of the 

Interaction between Hub 

Leakage and Mainstream 

Flows in Highly-Loaded HP 

Turbine Blades 

GT2010-22311 

Ivan Popovic, Howard 

Hodson, University of 

Cambridge, Cambridge,UK 

Theoretical Prediction of 

Ingress through Turbine Rim 

Seals. Part 1: Externally- 

Induced Ingress 

GT2010-23346 

Mike Owen, Oliver 

Pountney, Gary Lock, Mike 

Wilson, Kunyuan ZHOU, 

University of Bath, Bath,UK 

Theoretical Prediction of 

Ingress through Turbine Rim 

Seals. Part 2: Combined 

Ingress 

GT2010-23349 

Mike Owen, Oliver 

Pountney, Gary Lock, 

University of Bath, Bath,UK 

Parametric Single Gap 

Turbine Rim Seal Model 

With Boundary Generation 

For Asymmetric External 

Flow 

GT2010-22434 

Marcus Huening, Private 

Author, Blankenfelde- 

Mahlow,Germany 

Large-Eddy Simulation of 

Turbine Rim Seal Ingestion 

GT2010-22962 

Thomas S. D. O’Mahoney, 

Nicholas J. Hills, John 

Chew, University of Surrey, 

Guildford,UK, Timothy 

Scanlon, Rolls-Royce plc, 

Derby,UK 

Investigation of Augmented 

Angel Wing Sealing Through 

the Use of Surface Concavity 

Arrays 

GT2010-22775 

Ronald Bunker, Nuo Sheng, 

GE Global Research, 

Niskayuna, NY,USA 

COMMITTEE: Manufacturing Materials & Metallurgy • Panel Session Room: Hall 1 • SECC • MB-15-6 

DESIGN, MANUFACTURING AND REPAIR OF COMBUSTION COMPONENTS 

Session Chair: Douglas R Nagy, Liburdi Turbine Services, Dundas, Canada 

Design and operating experience 

with fuel flexible syngas 

burners 

Federico Bonzani, Ansaldo 

Energia, Genova,Italy 

The Design, Evaluation, and 

Lifing of Combustor System 

Materials from a Honeywell 

Aerospace Perspective 

Benjamin Peterson, PhD, 

Honeywell Aerospace, 

Phoenix, AZ,USA 

Advanced Repair Processes 

for Gas Turbine Combustion 

Hardware 

John Bottoms, Liburdi 

Turbine Services, 

Mooresville,USA 

✲



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Dochart 1 • SECC • MB-17-1 

HEAT EXCHANGERS DESIGN & OPTIMIZATION 

Session Chair: Wendy J. Matthews, Capstone Turbine Corporation, Chatsworth, CA, USA 

Recent advances in High 

Temperature Ceramic 

Regenerators for Externally 

Fired Gas Turbines. 

Theoretical and experimental 

results 

GT2010-23806 

Jon Huete, Alfonso Acuñas, 

Ibon Amallobieta, Pigmaly, 

Zamudio, Spain 

A high-efficiency heat 

exchanger for closed cycle 

and heat recovery gas 

turbines 

GT2010-22509 

Luciano Andrea Catalano, 

Fabio De Bellis, Riccardo 

Amirante, Matteo Rignanese, 

Polytechnic of Bari, Bari, 

Italy 

Experimental Investigation 

of the Dynamic Performance 

of a Micro Gas Turbine 

Recuperator Including 

Innovative Cycle 

Configurations 

GT2010-22299 

Mario Ferrari, Alessandro 

Sorce, Matteo Pascenti, 

Aristide F. Massardo, 

University of Genoa, Genova, 

Italy 

Modeling an installation of 

recuperative heat exchangers 

for an aero engine 

GT2010-22263 

Dimitrios Missirlis, Kyros 

Yakinthos, Apostolos Goulas, 

Laboratory of Fluid Mechanics 

and Turbomachinery, Aristotle 

University of Thessaloniki, 

Thessaloniki, Greece, Olivier 

Seite, MTU Aero Engines 

GmbH, Munchen, Germany 

Numerical Study of 

Internally Finned Bayonet 

Tubes in a High Temperature 

Bayonet Tube Heat 

Exchanger with Inner and 

Outer fins 

GT2010-22360 

Ting Ma, Mei Lin, Min Zeng, 

Yanpeng Ji, Qiuwang Wang, 

Xi’an Jiaotong University, 

Xi’an, Shaanxi, China 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Dochart 2 • SECC • MB-17-2 

ROTATING COMPONENTS I: BEARINGS & ROTORDYNAMICS 

Session Chair: Dan Lubell, Capstone Turbine Corp., Chatsworth, CA, USA 

Remaining Technical 

Challenges and Future Plans 

For Oil-Free Turbomachinery 

GT2010-22086 

Christopher DellaCorte, 

Robert Bruckner, NASA 

Glenn Research Center, 


Evolutionary Optimization of 

Micro- Thrust Bearings with 

Periodic Partial Trapezoidal 

Surface Texturing 

GT2010-22495 

Christos I. Papadopoulos, 

Lambros Kaiktsis, National 

Technical University of Athens, 

Dept. of Naval Architecture & 

Marine Engineering, Zografou, 

Greece, Pantelis, G 

Nikolakopoulos, Department 

of Mechanical Engineering & 

Aeronautics, University of 

Patras, Patras, Greece 

On the Development of An 

Oil-Free, High-Speed and 

High-Temperature 

Turboalternator 

GT2010-22852 

Hooshang Heshmat, James F. 

Walton II, Mohawk 

Innovative Technology, Inc., 

Albany, NY, USA 

Development of a High 

Speed Gas Bearing Test Rig 

to Measure Rotordynamic 

Force Coefficients 

GT2010-23217 

Jeffrey Moore, Andrew 

Lerche, David Ransom, 

Timothy C. Allison, 


Institute, San Antonio, TX, 

USA, Dan Lubell, Capstone 

Turbine Corp., Chatsworth, 

CA,USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Structures & Dynamics: Non-Deterministic Methods & Applications • Paper Session Room: Boisdale 2 • SECC • MB-21-1 

PROBABILISTIC FATIGUE AND FRACTURE 

Session Chair: Michael Gorelik, Honeywell Aerospace, Phoenix, AZ, USA 

Session Co-Chair: Phillip Gravett, Siemens Energy Inc., Orlando, FL, USA, Swami Swaminathan, TurboMet International, San Antonio, TX, USA 

Toward Developing a 

Probabilistic Methodology for 

Predicting High-Cycle Fretting 

Fatigue in Aero-engines 

GT2010-23007 

Kwai S. Chan, Michael P 

Enright, Harold R. Simmons, 

Southwest Research Institute, 

San Antonio, TX, USA, Patrick 

J. Golden, Air Force Research 

Laboratory, Dayton, OH, USA, 

Ramesh Chandra, Alan C. 

Pentz, NAVAIR, Patuxent River, 

MD, USA 

A Probabilistic Framework 

for Gas Turbine Engine 

Materials with Multiple 

Types of Anomalies 

GT2010-23618 

Michael P. Enright, R. Craig 

McClung, Southwest 

Research Institute, San 

Antonio, TX, USA 

Bayesian Approach for 

Fatigue Life Prediction from 

Field Inspection 

GT2010-23780 

Nam Ho Kim, Sriram 

Pattabhiraman, University of 

Florida, Gainesville, FL,USA, 

Lonnie Houck III, Alstom 

Turbine Technologies, Palm 

Beach, FL, USA 

Probabilistic Creep Life 

Prediction of Turbine Discs 

GT2010-22169 

Ashok Koul, Life Prediction 

Technologies Inc., Ottawa, 

ON, Canada 

Probabilistic Property 

Prediction Of Aero-Engine 

Components For Fatigue. 

GT2010-22708 

Hector Basoalto, Jeffery W. 

Brooks, University of 

Strathclyde, Glasgow, UK, Paul 

Tranter, Randeep S. Sahota, 

QinetiQ, Farnborough, UK 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Leven • SECC • MB-22-4 

ROTORDYNAMICS I 

Session Chair: Yong-Bok Lee, Korea Institute of Science and Technology, Seoul, Korea (Republic) 

Session Co-Chair: Robert Bruckner 

Non-Linear Maneuver- 

Acceleration Analysis for 

Airborne Gas Turbine 

Engines 

GT2010-22435 

Theodore Brockett, 

Honeywell International, Inc, 

Phoenix, AZ, USA 

Approximation of Critical 

Speeds for Shafts with 

Thermal Gradients using a 

Rotating Heat Rig 

GT2010-22522 

Michael Mixa, Ali P. Gordon, 

University of Central Florida, 


Multiple Smart Material 

Applications using SMA and 

MR Fluid Damper for Rotor 

Vibration Control 

GT2010-23084 

T.S. Aravindhan, MSC 

Software, Bangalore, India, 

Kshitij Gupta, Indian Institute 

of Technology, Delhi, New 

Delhi, Delhi, India 

Study on Rubbing Failure 

between Fan Vanes and 

Spacer Ring of a Turbo-Fan 

Engine 

GT2010-23152 

Zhang Dayi, Chen Meng, Hong 

Jie, Beijing University of Aero. 

and Astro., Beijing, China, Dou 

Miansheng, BUAA & AVIC 

Harbin Dongan Engine (Group) 

Corporation LTD., Harbin, 

China 

Improving the Design of a 

Compressor Casing With the 

Help of Finite Element 

Analysis to Ensure the Rotor 

Dynamic Stability of High 

Pressure Centrifugal 

Compressor Equipped With a 

Hole Pattern Seal 

GT2010-22185 

Yves Bidaut, Urs Baumann, 

MAN TURBO AG Schweiz, 

Zürich, CH, Switzerland 

Lateral Rotordynamic 

Analysis Of A Large 

Alternator/Flywheel/Motor 

Train 

GT2010-23585 

Jawad Chaudhry, Timothy 

Dimond, Amir Younan, Paul 

Allaire, University of Virginia, 

Charlottesville, VA, USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Morar/Ness • SECC • MB-23-1 

MISTUNING OF BLADED DISKS 

Session Chair: Harald Schoenenborn, MTU Aero Engines GmbH, Munich, Germany Session Co-Chair: Holger Hennings, DLR - German Aerospace Center, Goettingen, Germany 

Reduced Order Model of a 

Multistage Bladed Rotor 

with Geometric Mistuning 

via Modal Analyses of Finite 

Element Sectors 

GT2010-22725 

Yasharth Bhartiya, Alok 

Sinha, The Pennsylvania 

State University, University 

Park, PA, USA 

Forced Response Analysis of 

Mistuned Steam Turbine 

Bladings 

GT2010-23782 

Christian Siewert, heinrich 

stueer, Siemens AG - Energy 

Sector, Muelheim an der 

Ruhr, Germany 

Quantitative Validation of 

the Asymptotic Mistuning 

Model (AMM) Using a High 

Fidelity Bladed Disk Model 

GT2010-22498 

Oualid Khemiri, Carlos 

Martel, Polytechnic University 

of Madrid, Madrid, Madrid, 

Spain, Roque Corral, Industria 

de Turbopropulsores S.A., San 

Fernando de Henares, 

Madrid, Spain 

Non-Linear Forced Response 

Analysis of Mistuned Bladed 

Disk Assemblies 

GT2010-22128 

M. Ersin Yümer, Defense 

Industries Research and 

Development Institute, 

Tübitak-Sage, Ankara,Turkey, 

Ender Cigeroglu, H. Nevzat 

Özgüven, Mechanical 

Engineering Department, 

Middle East Technical 

University, Ankara, Turkey 

Reduction of forced 

response levels for bladed 

discs by mistuning: 

overview of the phenomenon 

GT2010-23299 

Evgeny Petrov, Imperial 

College London, London, 

London, UK 

Mistuning identification for 

integrally bladed disks 

based on the SNM technique 

GT2010-22105 

Shuai Wang, Jianyao Yao, 

Jianjun Wang, Beijing 

University of Aeronautics 

and Astronautics, Beijing, 

China 

COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session Room: Castle 1 • Crowne Plaza • MB-26-5 

FLOW CONTROL 

Session Chair: Alessandro Corsini, Dipartimento di Meccanica e Aeronautica, ‘Sapienza’ Università di Roma, Roma, Italy 

Session Co-Chair: Stefano Bianchi, Sapienza University of Rome, Rome, Italy 

Study of Flow Control Using 

a Slotted Blade for a 

Compressor Airfoil at Low 

Reynolds Numbers 

GT2010-22660 

Min Zhou, Junqiang Zhu, 

Xingen Lu,Institute of 

Engineering Thermophysics, 

Chinese Academy of 

Science, Beijing, China, 

Zhihui Ge, Kexue Yan, Rong 

Huang, Beijing Aeronautical 

Technology Research Center, 

Beijing,China 

Control of Tip-Clearance 

Flow in a Low Speed Axial 

Compressor Rotor with 

Plasma Actuation 

GT2010-22345 

Giridhar Jothiprasad,, Robert 

C Murray, Katherine 

Essenhigh, Grover A Bennett, 

Seyed G Saddoughi, GE Global 

Research, Niskayuna, NY, 

USA, Aspi Wadia, GE Aviation, 

Cincinnati, OH, USA, Andy 

Breeze-Stringfellow, GE 

Global Research, Cincinnati, 

OH, USA 

Unsteady RANS simulations of 

a highly loaded low aspect 

ratio compressor stator cascade 

with active flow control 

GT2010-22516 

Christoph Gmelin, Mathias 

Steger, Berlin University of 

Technology, Berlin,Germany, 

Andre Huppertz, Marius 

Swoboda, Rolls-Royce 


Mahlow, Germany, Prof. 

Frank Thiele, Technische 

Universität Berlin, Berlin, 

Germany 

On The Efficiency Of 

Secondary Flow Suction In A 

Compressor Cascade 

GT2010-22336 

Karsten Liesner, Robert K.J. 

Meyer,German Aerospace 

Center (DLR) e.V., Berlin, 

Germany Matthias Lemke, 

Prof. Frank Thiele, 

Technische Universität 

Berlin, Berlin, Germany, 

Christoph Gmelin, Berlin 


Berlin, Germany 


of Endwall and Suction Side 

Blowing in a Highly Loaded 

Stator Cascade 

GT2010-22578 

Dr.-Ing. Daniel Nerger, TU 

Braunschweig, Braunschweig, 

Germany, PD Dr.-Ing. Horst 

Saathoff, Prof. Dr.-Ing. Rolf 

Radespiel, Institut für 

Strömungsmechanik, 



Germany, Dr.-Ing. Volker 

Gümmer, Dr.-Ing. Carsten 

Clemen, OE-1 Compressors and 

Fans, Rolls-Royce Deutschland 

Ltd. & Co. KG, Blankenfelde- 


Numerical Investigations of 

the Efficiency of Circulation 

Control in a Compressor 

Stator 

GT2010-22721 

Arne Vorreiter, Institute of 

Turbomachinery and Fluid 

Dynamics / Leibniz Universitaet 

Hannover, Hannover, Germany, 

S. Fischer, R. Radespiel, 

Institute of Fluid Mechanics, 

Technische Universitaet 


Germany, Horst Saathoff, 

Siemens AG - Energy Sector, 

Mülheim an der Ruhr, Germany, 

Joerg Seume, Leibniz 

Universitaet Hannover, 

Hannover, Germany



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Castle 2 • Crowne Plaza • MB-27-2 

3D FLOWS 

Session Chair: Thomas Povey, University of Oxford, Oxford, UK Session Co-Chair: Friedrich Kost, DLR, Goettingen, Germany 

Effects of an Upstream 

Cavity on the Secondary 

Flow in a Transonic Turbine 

Cascade 

GT2010-22843 

Hamza Abo El Ella, Steen 

Sjolander, Carleton 

University, Ottawa, ON, 

Canada, Thomas Praisner, 

Pratt and Whitney, East 

Hartford, CT,USA 

The Interaction between 

Horseshoe Vortex and 

Longitudinal Vortices from 

the Vortex Generators 

GT2010-23222 

Shinji Honami, Tokyo 

University of Science, Tokyo, 

Japan, Masaharu Andoh, 

Masahiro Motosuke, Tokyo 

University of Science, 

Chiyodaku, Tokyo, Japan 

Part-Span Application Of 

Sweep And Lean At Turbine 

Blade Tips - A Low Speed 

Experimental Cascade Study 

GT2010-22971 

Bhaskar Roy, Anoop 

Prajapati, Indian Institute of 

Technology, Bombay, 

Mumbai, Maharashtra, India 

A simplified method with 

local correlations for the 

analysis of multistage axial 

turbines 

GT2010-23491 

Luca Ratto, Antonio Satta, 

University of Genova, 

Genova, GE, Italy 

Experimental and Numerical 

Investigations of 

Aerodyanmic Behavior of a 

Three-Stage HP-Turbine at 

Different Operating 

Conditions 

GT2010-23564 

Sherif Abdelfattah, 

Meinhard, T. Schobeiri, 

Texas A&M University, 

College Station, TX, USA 

COMMITTEE: Turbomachinery: Radial Turbomachinery Aerodynamics • Paper Session 

RADIAL TURBINES 

Room: Forth • SECC • MB-31-11 

Session Chair: Srithar Rajoo, Universiti Teknologi Malaysia, Johor Bahru, Johor, Malaysia Session Co-Chair: Ricardo Martinez-Botas, Imperial College London, London, UK 

Simulation Of Particle 

Trajectories And Erosion 

Through A Centrifugal 

Compressor 

GT2010-22417 



Prediction Of Erosion 

In Radial Turbine 

Components 

GT2010-22419 



Unsteady Rotor-Stator 

Interaction Of A Radial- 

Inflow Turbine With Variable 

Nozzle Vanes 

GT2010-23677 

Tomoki Kawakubo, IHI 

Corporation, Yokohama, Japan 

Validation And Development Of 

Loss Models For Small Size 

Radial Turbines 

GT2010-22666 

Jan F. Suhrmann, Dieter 

Peitsch, TU-Berlin, Berlin, 

Germany, Marc Gugau, Tom 

Heuer, Uwe Tomm, 

BorgWarner Turbosystems 

Engineering GmbH, 

Kirchheimbolanden, Germany 

Unequal Admission In A 

Double-Entry Turbo Charger 

Turbine 

GT2010-22212 

Colin Copeland, Peter 

Newton, Ricardo Martinez- 

Botas, Imperial College 

London, London, UK, Martin 

Seiler, ABB Turbo Systems 

Ltd, Baden, Switzerland 

A Numerical Study Of The Flow 

Fields In A Highly Off-Design 

Variable Geometry Turbine 

GT2010-22669 

Jason Walkingshaw, David 

Thornhill, Queen’s University 

Belfast, Belfast, Antrim, UK, 

Stephen Spence, Queens 

University Belfast, Belfast, 

Northern Ireland, UK, Jan 

Ehrhard, IHI Charging 

Systems International GmbH, 

Heidelberg, Germany 

COMMITTEE: Turbomachinery: Unsteady Flows In Turbomachinery • Paper Session Room: Lomond Auditorium • SECC • MB-33-4 

BLADE-ROW INTERACTIONS 

Session Chair: Matthew Montgomery, Siemens AG, Jupiter, FL, USA Session Co-Chair: Randall Mathison, The Ohio State University, Columbus, OH, USA 

Predictions of Unsteady 

Interactions within Closely 

Coupled HP and LP Turbines 

with Co- and Counter- 

Rotation 

GT2010-23681 

Thomas Praisner, Roxana 

Mocanu, Eric Grover, Renee 

Jurek, Richard Gacek, Pratt 

and Whitney, East Hartford, 

CT, USA 

PIV Analysis on the Effect of 

Stator Loading on Transonic 

Blade-Row Interactions 

GT2010-22576 

Scott Reynolds, Steve 

Gorrell, Brigham Young 

University, Provo, UT, USA, 

Jordi Estevadeordal, 

Innovative Scientific 

Solutions, Inc, Dayton, OH, 

USA 

Effect of Hot Streak 

Migration on Unsteady 

Blade Row Interaction in an 

Axial Turbine 

GT2010-23034 

Philipp Jenny, Reza S. 

Abhari, ETH Zurich, Zurich, 

Switzerland, Christian 

Lenherr, Anestis I. Kalfas, 

Laboratory for Energy 

Conversion, ETH Zürich, 

Zürich, Switzerland 

Numerical Investigation of 

The Unsteady Flow Fields in 


Diffusers 

GT2010-22489 

Ahmed Abdelwahab, Praxair 

Inc., Tonawanda, NY,USA 

Experimental Study of Acoustic 

Resonances in the Sidecavities 

of a High Pressure Centrifugal 

Compressor Excited by 

Rotor/Stator Interaction 

GT2010-22054 

Nico Petry, Friedrich-Karl 

Benra, University of Duisburg- 

Essen, Duisburg, Germany, Sven 

König, Siemens Energy Sector, 

Oil & Gas Division, Duisburg, 

Germany


TUESDAY, JUNE 15: 8:00 a.m. – 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft Engine • Paper Session Room: Castle 3 • Crowne Plaza • TA-1-14 

NEW ENGINE CONCEPTS II 

Session Chair: Syed Khalid, Rolls Royce, Indianapolis, IN, IN, USA 

Performance Evaluation of the Potential of 

the CVC and Open Rotor Engine Technologies 

for Subsonic Aircraft. 

GT2010-22468 

Nqobile Khani, Cranfield University, 

Doncaster, South Yorkshire,UK, Georgios 

Doulgeris, Cranfield University, Cranfield,UK, 

Riti Singh, Cranfield University, Bedford,UK 

Numerical Analysis of the Wave-Rotor 

Topping for Small Turbojets 

GT2010-23064 

Janusz Piechna, Staniszewski Marcin, 

Warsaw University of Technology, Warsaw, 

Poland, Pezhman Akbari, Columbia University, 

New York, NY, USA, Rafael Cerpa, Universidad 

de San Buenaventura, Bogota, Colombia, 

Norbert Mueller, Michigan State University, 


The Challenges of High Altitude Gas Turbine 

Engine Cycles 

GT2010-23490 

Kenneth Van Treuren, Stephen T. McClain, 

Baylor University, Waco, TX,USA 

Technical Challenges for Commercial 

Supersonic Propulsion 

GT2010-23720 

Lou Povinelli, NASA Glenn Research center, 

Cleveland, OH,USA 

COMMITTEE: Coal, Biomass & Alternative Fuels • Paper Session Room: Carron 2 • SECC • TA-3-7 

LIQUID BIOFUEL SPRAY AND MIXING 

Session Chair: Donald Ferguson, National Energy Technology Laboratory - US DOE, Morgantown, WV, USA 

Session Co-Chair: Shiva Srinivasan, GE Energy, Greenville, SC, USA 

Characteristics Of Preheated Bio-Oil Sprays 

Produced By An Air-Blast Injector 

GT2010-23397 

Heena Panchasara, Ajay Aagrawal, University 

of Alabama, Tuscaloosa, AL, USA 

Comparison of Gas-Oil and Bio-Oil Spray 

Performance For Use in a Gas Turbine 

GT2010-23485 

Andrew P. Crayford, Peter J. Kay, Phil 

Bowen, Cardiff University, Cardiff, South 

Wales, UK, Hannes Laget, Laborelec, 

Linkebeek, Belgium 

Fuel Emulsification Plants on Board of Gas 

Turbines 

GT2010-22044 

Giovanni Cerri, Laila Chennaoui, Ambra 

Giovannelli, Mauro Miglioli, Coriolano 

Salvini, Roma Tre University, Roma, Italy 

Dynamics of a Prescribed Mixing Ratio 

Variable Fuel Flow Valve 

GT2010-22045 

Giovanni Cerri, Carmine Basilicata, Laila 

Chennaoui, Ambra Giovannelli, Mauro 

Miglioli, Roma Tre University, Rome,Italy 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • TA-4-12 

COMBUSTION INSTABILITIES ANALYTICAL/NUMERICAL II 

Session Chair: Keith McManus, GE Global Research Center, Niskayuna, NY, USA Session Co-Chair: Suresh Menon, Georgia Institute of Technology, Atlanta, GA, USA 

An Analysis of Unstable Flow Dynamics and 

Flashback Mechanism Inside a Swirl- 

Stabilised Lean Burn Combustor 

GT2010-22253 

Moresh J. Wankhede, Neil W. Bressloff, Andy 

J. Keane, University of Southampton, 

Southampton, Hampshire, UK, Luca Caracciolo, 

Marco Zedda, Rolls-Royce Plc, Derby, UK 

Swirling Flame Instability Analysis Based On 

The Flame Describing Function Methodology 

GT2010-22294 

Paul Palies, ECP - EM2C Laboratory, 

Chatenay-Malabry, France, Daniel Durox, 

Thierry Schuller, Sébastien Candel, 

Laboratory EM2C, Chatenay-Malabry, France 

Describing Function analysis of limit cycles 

in a multiple flame combustor 

GT2010-22372 

Frédéric Boudy, Daniel Durox, Thierry 

Schuller, Sébastien Candel, Ecole Centrale 

Paris, Châtenay-Malabry, France, Grunde 

Jomaas, Technical University of Denmark, 

Copenhagen, Denmark



8:00 8:30 9:00 9:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • TA-4-27 

HIGH HYDROGEN COMBUSTION 

Session Chair: Federico Bonzani, Ansaldo Energia, Genova, Italy Session Co-Chair: Peter Stuttaford, Power Systems Mfg, LLC (PSM) - An Alstom Group Company, Jupiter, FL, USA 

Experimental Investigation Of a Generic, 

Fuel Flexible Reheat Combustor At Gas 

Turbine Relevant Operating Conditions 

GT2010-22722 

Julia M. Fleck, Peter Griebel, Michael Stöhr, 

Manfred Aigner, German Aerospace Center 

(DLR), Stuttgart, Germany, Adam M. Steinberg, 

Deutsches Zentrum für Luft- und Raumfahrt 

(DLR), Stuttgart, Germany, Andrea Ciani, Dr., 

Alstom, Baden, Switzerland 

Numerical and experimental analysis of the 

temperature distribution in a hydrogen 

fuelled combustor for a 10 MW gas turbine 

GT2010-23272 

Massimo Masi, Paolo Gobbato, Andrea 

Toffolo, Andrea Lazzaretto, University of 

Padova, Padova,Italy, Stefano Cocchi, GE Oil 

& Gas - Nuovo Pignone SpA, Firenze,Italy 

Development of a Low-NOx Hydrogen 

Fuelled Combustor for 10 MW Class Gas 

Turbines 

GT2010-23348 

Stefano Cocchi, GE Oil & Gas - Nuovo 

Pignone SpA, Firenze,Italy, Stefano Sigali, 

ENEL SpA, Pisa,Italy 

Experimental And Computational Analyses 

Of Methane And Hydrogen Mixing In A 

Model Premixer 

GT2010-23049 

Amin Akbari, Scott Hill, Vince McDonell, 

Scott Samuelsen, UCI Combustion 

Laboratory, Irvine, CA,USA 

COMMITTEE: Combustion, Fuels & Emissions • Panel Session 

LOW EMISSIONS AVIATION TECHNOLOGY TO MEET FUTURE REGULATORY REQUIREMENTS 

Room: Argyll 3 • Crowne Plaza • TA-4-30 

Session Chair: Tim Snyder, Pratt & Whitney, East Hartford, USA Session Co-Chair: Dilip R Ballal, University of Dayton, Dayton, OH, USA 

Low Emissions Combustor Development - A 

Honeywell Perspective 

Rudy Dudebout, Honeywell, Phoenix, USA 

GE Aviation Low Emissions Technologies 

Michael Foust, GE Aviation, Cincinnati, USA 

Low Emission Combustion Technology for 

Civil Aviation - A Rolls-Royce View 

John Moran, Rolls Royce, UK 

Pratt & Whitney Low Emissions Aviation 

Technologies 

Tim Snyder, Pratt & Whitney, East Hartford, USA 

COMMITTEE: Cycle Innovations • Paper Session 

CYCLE PERFORMANCE II 

Room: Gala 1 • SECC • TA-6-7 

Session Chair: Takanori Shibata, Hitachi, Ltd., Hitachi-shi,, Ibaraki-ken, Japan Session Co-Chair: Alexander White, Cambridge University, Cambridge, UK 

Performance Study of a 1 MW Gas Turbine 

Using Variable Geometry Compressor and 

Turbine Blade Cooling 

GT2010-22867 

Cleverson Bringhenti, Jesuino Takachi 

Tomita, João Roberto Barbosa, Instituto 

Tecnologico de Aeronautica, Sao Jose dos 

Campos, Sao Paulo,Brazil 

A physically enhanced method for sub-idle 

compressor map generation and representation 

GT2010-23562 

Ioanna Aslanidou, Pavlos K. Zachos, 

Cranfield University, Bedford,UK, Vassilios 

Pachidis, Cranfield University, Cranfield,UK, 

Riti Singh, Cranfield University, Bedford,UK 

Study on a GUI Type Fault Diagnostic 

Program for a Turboshaft Engine Using Fuzzy 

and Neural Networks 

GT2010-22537 

Changduk Kong, Youngju Koo, Seonghee 

Kho, Chosun University, Kwangju, Korea 

(Republic), Hyeok Ryu, Korea Aerospace 

Research Institute, Daejeon, Korea (Republic) 

COMMITTEE: Electric Power • Paper Session Room: Hall 1 • Crowne Plaza • TA-8-1 

GAS TURBINE TECHNOLOGY 

Session Chair: Daniel Barpal, Barpal Services, LLC, Littleton, CO, USA Session Co-Chair: Ron Natole, Turbine Energy Solutions LLC, Houston, TX, USA 

Development of Key Technologies for the 

Next Generation Gas Turbine 

GT2010-23233 

Eisaku Ito, Keizo Tsukagoshi, Akimasa 

Muyama, MHI, Takasago, Hyogo Pref., Japan, 

Junichiro Masada, Mitsubishi Heavy 

Industries, Ltd., Takasago, Hyogo, Japan, 

Ikuo Okada, MHI, Takasago, Hyogo Pref., 

Japan 

The development and operational experience 

of the latest Siemens SGT6-5000F gas 

turbine at the Elk River Peaking Plant 

GT2010-22091 

Gerard McQuiggan, Siemens, Orlando, FL, 

USA, Vince Herda, William Gallagher, Great 

River Energy, Elk River, MN, USA 

Operating Experience with the Latest 

Upgrade of Alstom’s Sequential Combustion 

GT26 Gas Turbine 

GT2010-23571 

Matthias Hiddemann, Alstom, Baden, 

Switzerland, Peter Marx, Andy Birrell, Alstom 

(Switzerland) Ltd, Baden, Switzerland 

✲ 

SynGas Fuel Hybrid 45 MWe GTCC/ORC 

Power Plant Using 500 TPD Coal/Biomass 

Modular Pyrolytic Gasification Process 

GT2010-22225 

Septimus van der Linden, Brulin Associates 

LLC., Chesterfield, VA, USA, Mark Wiley, 

Wiley Consulting LLC, Denver, CO, USA, Gary 

Williams, Earth Fuels Corporation, Sandton, 

South Africa, Roel Swart, Ansaldo 

Thomassen B.V, Rheden, Netherlands



8:00 8:30 9:00 9:30 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Castle 2 • Crowne Plaza • TA-9-12 

DEPOSITION AND ROUGHNESS EFFECTS II 

Session Chair: Forrest Ames, University of North Dakota, Grand Forks, ND, USA Session Co-Chair: Paul Giel, ASRC / NASA Glenn, Cleveland, OH, USA 

Investigation of Sand Particle Deposition 

and Erosion Characteristics within a Short 

Pin Fin Array 

GT2010-22362 

Jonathan Cowan, Danesh K. Tafti, Virginia 

Tech, Blacksburg, VA,USA, Atul Kohli, Pratt & 

Whitney, East Hartford, CT, USA 

Composition Dependent Model For The 

Prediction Of Syngas Ash Deposition With 

Application to a Leading Edge Turbine Vane 

GT2010-23655 

Sai Shrinivas Sreedharan, Danesh K. Tafti, 

Virginia Tech, Blacksburg, VA, USA 

Effects Of Thermal Radiation On Air Plasma 

Spray(Aps) Coated Gas Turbine Blades 

GT2010-23660 

Stephen Akwaboa, Patrick Mensah, 

Southern University and A&M College, Baton 

Rouge, LA, USA, Ravinder Diwan, Southern 

University, Baton Rouge, LA, USA 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session 

AIRFOIL FILM COOLING 

Room: Castle 1 • Crowne Plaza • TA-10-9 

Session Chair: Michael Gritsch, Alstom, Birr, Switzerland Session Co-Chair: William Colban, ALSTOM, Birr, Switzerland, Birr, Aargau, Switzerland 

Comparison and Validation of RANS, URANS 

and SAS Simulations of Flat Plate Filmcooling 

GT2010-22475 

Stefan Voigt, German Aerospace Center, 

Institute of Combustion Technology, Stuttgart, 

Germany, Berthold Noll, DLR Stuttgart, 

Stuttgart,Germany, Manfred Aigner, German 

Aerospace Centre, Stuttgart, Germany 

The Experimental and Numerical Research 

for Linear Cascade Filming Cooling with 

Different Hole Shapes 

GT2010-23030 

Yi Lu, Zhirong Lin, Tsinghua Univ., Beijing, 

Beijing,China, Xin Yuan, Yinyi Hong, Tsinghua 


CFD Predictions of Single Row Film Cooling 

with Inclined Holes with Applications to 

Complex Hole Outlet Configurations 

GT2010-22308 

Habeeb I. Oguntade, Gordon E. Andrews, 

Derek B. Ingham, Mohammed 

Pourkashanian, University of Leeds, Leeds, 

UK, Alan Burns, University of Leeds and 

Ansys, Leeds, UK 

Influence of Coolant Density on Turbine 

Blade Film-Cooling Using Pressure Sensitive 

Paint Technique 

GT2010-22781 

Diganta Narzary, Kuo-Chun Liu, Akhilesh 

Rallabandi, Je-Chin Han, Texas A&M 

University, College Station, TX, USA 

COMMITTEE: Manufacturing Materials & Metallurgy • Paper Session 

THERMAL BARRIER AND OXIDATION RESISTANT COATINGS 

Room: Dochart 1 • SECC • TA-15-1 

Session Chair: Jeff Smith, Material Processing Technology, LLC, Norton Shores, MI, USA Session Co-Chair: Subhash Naik, Rolls-Royce Corporation, Indianapolis, IN, USA 

Oxidation Behavior of Sputtered 

Nanocrystalline and Conventional Plasma 

Sprayed MCrAl(Y) Coatings 

GT2010-22645 

Sasrty Cheruvu, Ronghua Wei, Southwest 

Research Institute, San Antonio, TX, USA, 

David Gandy, Electric Power Research 

Industry, Charlotte, NC, USA 

Field Validation of a TBC Life-Prediction 

Model for Land-based Gas Turbines 

GT2010-22226 

Kwai S. Chan, N. Stastry Cheruvu, Southwest 

Research Institute, San Antonio, TX, USA 

TGO Evolution and Coating Property Changes 

for EB-PVD Coatings Under Cyclic Oxidation 

Condition 

GT2010-22100 

Mauricio Buschinelli, Xiao Huang, Carleton 

University, Ottawa, ON, Canada, Weijie Chen, 

National Research Council Canada, IAR-NRC, 


Influence of Titanium in Nickel-Base 

Superalloys on the Performance of Thermal 

Barrier Coatings 

GT2010-22030 

Hani Tawancy, Research Institute/King Fahd 

University of Petroleum and Minerals, Dhahran, 

Saudi Arabia, Luai M. Al-Hadhrami, Center for 

Engineering Research and Center for 

Excellence in Corrosion, Dhahran, Saudi Arabia 

COMMITTEE: Marine • Panel Session 

REPAIR AND MODERNIZATION OF STEAM TURBINE EQUIPMENT USED IN MARINE APPLICATIONS 

Room: Lomond Auditorium • SECC • TA-16-6 

Session Chair: Eric Kolb, NSWCCD-SSES, Philadelphia, PA, USA Session Co-Chair: John Shields, Naval Surface Warfare Center, Philadelphia, USA 

Investigation and Repair in-place of Steam 

Turbine Casing welded inconel plug failures 

John Shields, Naval Surface Warfare Center, 

Philadelphia,USA, Eric Kolb, NSWCCD-SSES, 


Turbine Blade Path Investigation 

Kirk Malhiot, Northrop Grumman Marine 

Systems, Sunnayvale, USA 

Modernization of Existing Navy Steam 

Condenser and Air Ejector Equipment 

Ken Salphine, Graham Manufacturing, 

Batavia, USA 

Title: Modernization of Existing US Navy 

Steam Turbines (Efficency, Reliability and 

Maintainability) 

Samuel Golinkin, Siemens Demag Delaval 

Turbomachinery, Inc., Hamilton, USA



8:00 8:30 9:00 9:30 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Gala 2 • SECC • TA-17-4 

PORTABLE MICROTURBINES I 

Session Chair: Vishwas Iyengar, Southwest Research Institute, San Antonio, TX, USA Session Co-Chair: Matthew Blieske, Southwest Research Institute, San Antonio, TX, USA 

A New Micro Turbo-Machinery Test Facility 

GT2010-23257 

Chen Xia, Guoping Huang, Jie Chen, Nanjing 

University of Aeronautics and Astronautics, 

Nanjing, Jiangsu Province, China 

Development Of A 3KW Micro Turbine For 

Micro Chip Applications 

GT2010-22007 

Wilfried Visser, MTT, Nuenen,Netherlands, 

Savad Shakariyants, MTT, ‘s Hertogenbosch, 

Netherlands, Mark Oostveen, MTT, Veghel, 

Netherlands 

Improved µ-Scale Turbine Expander For 

Energy Recovery 

GT2010-22296 

Marcus Keding, Piotr Dudzinski, Alexander 

Reissner, Stephan Hummel, Martin Tajmar, 

AIT Austrian Institute of Technology GmbH, 

Seibersdorf, Austria 

COMMITTEE: Oil & Gas Applications • Paper Session Room: Alsh 1 • SECC • TA-18-1 

OPERATION AND MANAGEMENT 

Session Chair: Thom Eldridge, Shell Oil, Houston, TX, USA 

Operating Experience On The First MS5002E 

Unit Exceeding 16000 Running Hours At Yara 

Sluiskil, Netherlands 

GT2010-22113 

Alessandro Russo, Annalisa Forte, Michele 

D’Ercole, Mariateresa Paci, Marco Rossi, 

Maurizio Ciofini, Tommaso Olivieri, GE 

Infrastructure, Oil & Gas, Firenze, Italy, 

Marco Van Graefschepe, Yara International 

ASA, Sluskil, Netherlands 

Risk Analysis Of Gas Turbines For Natural 

Gas Liquefaction 

GT2010-23261 

Raja Khan, Maria Chiara Lagana, Cranfield 

University, Bedfordshire, UK, S.O.T. Ogaji, 

Pericles Pilidis, Cranfield University, 

Bedford,UK, Ian Bennett, Shell Global 

Solutions, The Hague, Netherlands 

COMMITTEE: Oil & Gas Applications • Tutorial Session Room: Alsh 2 • SECC • TA-18-10 

ASSET MANAGEMENT 

Session Chair: George J. Orme, Operational Risk Management Engineers, Inc., Gladstone, OR, USA 

Asset Management Through Prediction of 

Power Plant Exposure to Economic Losses 

George J. Orme, Operational Risk Management 

Engineers, Inc., Gladstone, OR, USA 

COMMITTEE: Structures & Dynamics: Fatigue, Fracture & Life Prediction • Paper Session Room: Boisdale 1 • SECC • TA-20-3 

FATIGUE LIFE PREDICTION METHODS 

Session Chair: Bernard Fedelich, BAM, Federal Intitute Research Testing Materials, Berlin, Germany Session Co-Chair: Alonso Peralta, Honeywell Aerospace, Phoenix, AZ, USA 

Validation of a Multi-Axial Fatigue Life Prediction 

using Maximum Shear Experimental Results 

GT2010-22547 

Onome Scott-Emuakpor, Tommy George, 

Charles Cross, Air Force Research 

Laboratory, WPAFB, OH, USA, John Wertz, 

M.-H. Herman Shen, The Ohio State 


An Energy-Based Experimental-Analytical 

Torsional Fatigue Life-Prediction Method 

GT2010-22647 

John Wertz, M.-H. Herman Shen, The Ohio State 

University, Columbus, OH, USA, Onome Scott- 

Emuakpor, Air Force Research Laboratory, Dayton, 

OH, USA, Tommy George, Charles Cross, Air Force 

Research Laboratory, WPAFB, OH, USA 

A New Finite Element Approach To Biaxial 

Fatigue Life Prediction In Gas Turbine Engine 

GT2010-23095 

Wasim Tarar, National University of Sciences 

and Technology, Rawalpindi,Pakistan, M.-H. 

Herman Shen, The Ohio State University, 


✲ 

✲



8:00 8:30 9:00 9:30 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Boisdale 2 • SECC • TA-23-4 

BLADE RUB PHENOMENA 

Session Chair: Evgeny Petrov, Imperial College London, London, UK Session Co-Chair: Richard Coghlan, Rolls-Royce plc, Derby, UK 

A Moving Load Finite Element-Based 

Approach To Determination Of Case Load In 

A Blade-On-Casing Incursion 

GT2010-22048 

Jeremy Ferguson, Steve Manwaring, GE 

Aviation, Cincinnati, OH, USA, Mike Dunn, 

Corso Padova, Alan Turner, The Ohio State 


COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session Room: Leven • SECC • TA-26-7 

FUNDAMENTAL AERODYNAMICS 

Session Chair: Nicole Key, Purdue University, West Lafayette, IN, USA 

Aerodynamic Research on the MCA - type 

Compressor Blade Cascade 

GT2010-22153 

David Simurda, Martin Luxa, Institute of 

Thermomechanics v.v.i., AS, CR, Praha 8, 

Czech Republic, Pavel Safarik, Czech 

Technical University in Prague, Faculty of 

Mechanical Engineering, Dept. of Fluid 

Mechanics, Praha 6, Czech Republic 

Effect of Surface Roughness Location and 

Reynolds Number on Compressor Cascade 

Performance 

GT2010-22208 

Seung Chul Back, Seung Jin Song, Seoul 

National University, Seoul,Korea (Republic), 

Garth Hobson, Knox T. Millsaps, Naval 

Postgraduate School, Monterey, CA, USA 

On Reliable Performance Prediction of Axial Fans 

with Respect to Relative Roughness, Reynolds 

Number and Operating Point - a Generalized 

Scale-Up Method Validated by Experiments 

GT2010-22290 

Michael Heß, Technische Universität Darmstadt, 

Chair of Fluid Systems Technology, Darmstadt, 

Germany, Peter F. Pelz, Technische Universität 

Darmstadt, Germany, Darmstadt, Germany 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Morar/Ness • SECC • TA-27-6 

ROTOR TIP FLOWS 

Session Chair: Tony Arts, von Karman Institute for Fluid Dynamics, Rhode-Saint-Genese, Belgium Session Co-Chair: Luca Porreca, MAN Turbo AG, Zurich, Switzerland 

The Effect of Clearance on Shrouded and 

Unshrouded Turbines at Two Levels of 

Reaction 

GT2010-22541 

Sungho Yoon, Eric Curtis, John Longley, Whittle 

Laboratory, Cambridge University, Cambridge, 

Cambs., UK, John Denton, Cambridge University 

Engineering Dept., Cambridge, UK 

Characteristics of Tip Leakage Flow of the 

Turbine Blades with Cutback Squealer and 

Coolant Injection 

GT2010-22566 

JianHua Wang, Yalin LIU, University of 

Science and Technology of China, Hefei, 

China 

Parametrical Investigation Of Flow Structure 

In Turbine Stages With Open Tip Clearance 

For the Purpose of Stage Efficiency Increase 

GT2010-22876 

Andrey Granovskiy, Mikhail Kostege, 

Nikolay Lomakin, ALSTOM Power Uniturbo, 

Moscow, Russia 

Aeromechanical Optimisation of a Winglet- 

Squealer Tip for an Axial Turbine 

GT2010-23542 

Zbigniew Schabowski, Howard Hodson, 

Davide Giacche, Bronwyn Power, University 

of Cambridge, Cambridge, UK, Mark Stokes, 

Rolls Royce plc, Derby, UK



8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Carron 1 • SECC • TA-29-2 

LOWER DIMENSIONAL FIDELITY MODELS 

Session Chair: Greg Heitland, Honeywell Aerospace, Phoenix, AZ, USA Session Co-Chair: Mani Subramanian, QuEST ASE, Inc., Cincinnati, OH, USA 

Towards a High Order Throughflow. Part I : 

Investigating The Effectiveness of a 

Harmonic Reconstruction for 3D Flows 

GT2010-22841 

Jean-Philippe Thomas, Olivier Leonard, 

University of Liege, Liege, Belgium 

Towards a High Order Throughflow. Part II : 

Investigation of the Nonlinear Harmonic 

Method Coupled with an Immersed Boundary 

Method for the Modeling of the 

Circumferential Stresses 

GT2010-22842 

Jean-Philippe Thomas, Olivier Leonard, 

University of Liege, Liege, Belgium 

A Novel Quasi Three Dimensional Design 

Method for Centrifugal Compressor 

Meridional Plane 

GT2010-23341 

Mahdi Nili-Ahmadabadi, Isfahan University 

of Technology, Tehran, Iran, Ali Hajilouy, 

Mohammad Durali, Sharif University of 

Technology, Tehran, Iran 

Framework for Multidisciplinary 

Optimization of Turbomachinery 

GT2010-22228 

Mark Turner, Kevin Park, David Gutzwiller, 

Kiran Siddappaji, Soumitr Dey, University of 

Cincinnati, Cincinnati, OH, USA, Ali Merchant, 

CADNexus, Arlington, MA, USA, Dario Bruna, 

NASA Glenn Research Center, Cleveland, OH, USA 

COMMITTEE: Turbomachinery: Radial Turbomachinery Aerodynamics • Paper Session Room: Dochart 2 • SECC • TA-31-5 

CENTRIFUGAL COMPRESSORS II 

Session Chair: Hans-Peter Dickmann, ABB Turbo Systems Ltd, Baden, Switzerland Session Co-Chair: Jan Ehrhard, IHI Charging Systems International GmbH, Heidelberg, Germany 

An investigation of compressor map width 

enhancement and the inducer flow field using 

various configurations of shroud bleed slot 

GT2010-22154 

Subenuka Sivagnanasundaram, Stephen 

Spence, Juliana Early, Queens University 

Belfast, Belfast, Northern Ireland, UK, Bahram 

Nikpour, Cummins Turbo Technologies, 

Huddersfield, UK 

Effect of Recirculation Device on 

Performance of High Pressure Ratio 


GT2010-22570 

Hideaki Tamaki, IHI Corporation, Yokohama, 

Kanagawa-ken, Japan 

A New Self-Adaptive Casing Treatment for a 


GT2010-23457 

Tong Wang, Wei Xu, Chuangang Gu, 

Shanghai Jiaotong University, Shanghai, 

Shanghai, China, Jun Xiao, School of 

Mechanical Engineering, Shanghai Jiaotong 

University, Shanghai, Shanghai, China 

Numerical Characterization of the Inlet Flow 

for Eleven Turbomachines 

GT2010-22366 

Nathan Packard, Brigham Young University, 

Columbus, OH,USA, Daniel Maynes, Steve 

Gorrell, Brigham Young University, Provo, UT, 

USA, Dave Japikse, Concepts NREC, White 

River Junction, VT, USA 

COMMITTEE: Turbomachinery: Unsteady Flows In Turbomachinery • Paper Session Room: Forth • SECC • TA-33-1 

DESIGN CONSIDERATIONS I 

Session Chair: Rudolf Selmeier, MTU AeroEngines, Munich, Germany Session Co-Chair: Yuan Dong 

A New Test Rig For Time-Resolved Pressure 

Measurements In Rotating Cavities With 

Pulsed Inflow 

GT2010-22596 

Gunar Schroeder, Wieland Uffrecht, TU 


Unsteady CFD Methods In a Committee:ercial 

Solver For Turbomachinery Applications 

GT2010-22762 

Gregor Schmid, Technische Universität 

Darmstadt, Darmstadt, Germany, Thomas 

Biesinger, Christian Cornelius, Siemens 

Energy, Muelheim an der Ruhr, Germany, 

Andre Braune, ANSYS Germany, Otterfing, 

Germany, Christoph Rube, Siemens AG, 

Muelheim, Germany, Laith Zori, ANSYS Inc, 

Lebanon, NH,USA, Rubens Campregher, 

Philippe G. Godin, ANSYS Canada Ltd., 

Waterloo, ON, Canada 

Hybrid LES/RANS Study of Turbulent Flow in 

a Linear Compressor Cascade with Moving 

Casing 

GT2010-23755 

Domenico Borello, Giovanni Delibra, Kemal 

Hanjalic, Franco Rispoli, Dipartimento di 

Meccanica e Aeronautica, ‘Sapienza’ 

Università di Roma, Roma, Italy 

Effects of Bowed Stator on A Fan 

Characteristic with Distorted Inlet 

GT2010-23105 

Peng Sun, Dalian Maritime University, Dalian, 

Liaoning,China, Jingjun Zhong, Marine 

Engineering College, Dalian Maritime 

University, Dalian, Liaoning Province, China, 

Muxiao Yang, Graduate School of Dalian 

Maritime University, Dalian, Liaoning, China, 

Shaobing Han, Marine Engineering College 

Dalian Maritime University, Dalian, Liaoning, 

China


TUESDAY, JUNE 15: 10:15 a.m. – 12:45 p.m. 

10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Aircraft Engine • Tutorial Session Room: Castle 3 • Crowne Plaza • TB-1-5 

GAS TURBINE ENGINE MODELLING TUTORIAL 

Session Chair: Joachim Kurzke, GasTurb, Dachau, Germany 

Gas Turbine Modelling with GSP 11 

Oscar Kogenhop, National 

Aerospace Laboratory, Amsterdam, 

Netherlands 

Introduction to gas turbine 

simulation with PROOSIS: a 

propulsion object oriented 

simulation software 

Almudena Rueda, EA Internacional, 

Madrid, Spain 

Building a Performance Model of 

the LM2500 with GasTurb 

Joachim Kurzke, GasTurb, Dachau, 

Germany 

Basic NPSS Gas Turbine Engine 

Modeling 

Edward Butzin, Wolverine 

Ventures, Inc., Jupiter, USA 

Advanced NPSS Gas Turbine 

Engine Modeling 

Paul Johnson, Wolverine Ventures, 

Inc., Fort Wayne, USA 

COMMITTEE: Coal, Biomass & Alternative Fuels • Paper Session Room: Gala 2 • SECC • TB-3-4 

CLEAN COAL, CO2 ABATEMENT AND IGCC 

Session Chair: Robert Steele, Electric Power Research Institute, Charlotte, NC, USA Session Co-Chair: Francesco Fantozzi, University of Perugia, perugia, Italy 

Battle Between CO2 Capture 

Technologies 

GT2010-22921 

Ram Narula, Harvey Wen, Bechtel 

Power Corporation, Frederick, MD, 

USA 

Conceptual Studies of a Fuel- 

Flexible Low-Swirl Combustion 

System for the Gas Turbine in 

Clean Coal Power Plants 

GT2010-23506 

Ken O. Smith, Peter Therkelsen, 

David Littlejohn, Robert Cheng, 

Lawrence Berkeley National 

Laboratory, Berkeley, CA, USA, Sy 

Ali, Clean Energy Consulting, 

Plainfield, IN, USA 

The Impact of CO2 Compressor 

Characteristics and Integration in 

Post Combustion Carbon 

Sequestration Comparative 

Economic Anlysis 

GT2010-22974 

Aaron Koopman, Ramgen Power 

Systems, Bellevue, WA, USA, David 

Bahr, Sargent & Lundy LLC, 

Chicago, IL, USA 

Technical And Economic Analysis 

Of Biomass Integrated Gasification 

Combined Cycle 

GT2010-23407 

Sebastian Lepszy, Tadeusz 

Chmielniak, Silesian University of 

Technology, Gliwice, Poland 

Shell Gasifier-Based Coal IGCC with 

CO2 Capture and Storage: Partial 

Water Quench vs. Novel Water-Gas 

Shift 

GT2010-22859 

Thomas Kreutz, Princeton University, 

Princeton, NJ, USA, Emanuele Martelli, 

Stefano Consonni, Politecnico di 

Milano, Milano,Italy, Michiel Carbo, 

Daniel Jansen, Energy Research 

Centre of the Netherlands (ECN), 

Petten, Netherlands 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session 

POLLUTANT EMISSIONS FORMATION & CONTROL 

Room: Jura/Barra • Crowne Plaza • TB-4-24 

Session Chair: Jenny Larfeldt, Siemens Industrial Turbomachinery AB, Finspång, Sweden Session Co-Chair: Peter Jansohn, Paul Scherrer Institut, Villigen PSI, Switzerland 

A Quantitative Link Between Cold- 

Flow Scalar Unmixedness And Nox 

Emissions In A Conical Premixed 

Burner 

GT2010-23132 

Arnaud Lacarelle, Sebastian Göke, 

Christian Oliver Paschereit, 

Technische Universitaet Berlin, 


Fluid Dynamics and Detailed Kinetic 

Modeling of Pollutant Emissions From 

Lean Combustion Systems 

GT2010-22551 

Alessio Frassoldati, Alberto Cuoci, 

Tiziano Faravelli, Eliseo Ranzi, 

Politecnico di Milano, Milano,Italy, 

Salvatore Colantuoni, Pasquale Di 

Martino, Giuseppe Cinque, AVIO SpA, 

Pomigliano d’Arco (Na), Italy, Matthias 

Kern, Svetoslav Marinov, Universität 

Karlsruhe, Karlsruhe, Baden- 

Württemberg, Germany, Prof. Dr. 

Nikolaos Zarzalis, Engler-Bunte- 

Institut, University of Karlsruhe, 

Karlsruhe, Germany, Isabel Da Costa, 

Christian Guin, DEFA, ONERA, 

Palaiseau, France 

CFD Predictions of CO Emissions In 

An Industrial Gas Turbine 

Combustor 

GT2010-23196 

Sandeep Jella, Pierre Gauthier, 

Rolls-Royce Canada, Dorval, QC, 

Canada, Marius Paraschivoiu, 

Concordia University, Montreal, QC, 

Canada 

Reverse Engineering Gas Turbine 

Emission Performance: Applied To 

An Aircraft Auxiliary Power Unit 

GT2010-22478 

Christopher Leong, Lucas Rye, 

University of Sheffield, Sheffield, 

South Yorkshire, UK, Simon Blakey, 

Chris Wilson, The University of 

Sheffield, Sheffield, UK 

Predictive Emissions Monitoring 

Using A Continuously Updating 

Neural Network 

GT2010-22899 

Evert Vanderhaegen, Hannes Laget, 

Jan Mertens, Michael Deneve, 

Nathalie Faniel, Laborelec, 

Linkebeek, Belgium



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • TB-4-26 

PREMIXED FLAMES 

Session Chair: Rudy Dudebout, Honeywell, Phoenix, USA Session Co-Chair: Leiyong Jiang, NRCC, Ottawa, ON, Canada 


Investigation on the Laminar Flame 

Speed of CH4/O2 Mixtures Diluted 

with CO2 and H2O 

GT2010-22512 

Antoine N. Mazas, Laboratoire 

EM2C - Ecole Centrale Paris, 

Châtenay-Malabry, France, Deanna 

Lacoste, Thierry Schuller, Ecole 

Centrale Paris, Châtenay-Malabry, 

France 

Laminar Flame Speed Measurements 

and Modeling of Pure Alkanes and 

Alkane Blends at Elevated Pressures 

GT2010-23050 

William Lowry, Jaap de Vries, Michael 

C. Krejci, Eric Petersen, Texas A&M 

University, College Station, TX, USA, 

Zeynep Serinyel, Wayne K. Metcalfe, 

Henry Curran, National University of 

Ireland, Galway,Ireland, Gilles Bourque, 

Rolls-Royce Canada, Montreal, QC, 

Canada 

Lean Premixed Turbulent Flame 

Front Structure and Implications 

for Modeling 

GT2010-23214 

Frank Yuen, Omer Gulder, 

University of Toronto, Toronto, ON, 

Canada 

Computational and Experimental 

Study of Premixed Combustion at 

Ultra Wet Conditions 

GT2010-23417 

Sebastian Göke, Christian Oliver 

Paschereit, Katharina Göckeler, 

Oliver Krüger, Technische 

Universität Berlin, Berlin, Germany 

Role of Hydrogen Addition on 

Flame and Combustion Properties 

GT2010-23686 

Sheng-Rong Zhu, Sumanta 

Acharya, Louisiana State 

University, Baton Rouge, LA,USA 

COMMITTEE: Controls, Diagnostics & Instrumentation • Tutorial Session Room: Carron 1 • SECC • TB-5-7 

ACTIVE CONTROL OF COMBUSTION: PAST, PRESENT AND FUTURE 

Session Chair: Richard Meisner, Pratt & Whitney, East Hartford, CT, USA 

Session Co-Chair: Dr. Tim C. Lieuwen, Georgia Institute of Technology, Atlanta, GA, USA, Manuj Dhingra, Georgia Institute of Technology, Atlanta, GA, USA 

Active Control of Combustion: Past, 

Present and Future 

Ben T. Zinn, Georgia Institute of 

Technology, Atlanta, GA, USA 

Active Control of Combustion: Past, 

Present and Future 




COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • TB-6-5 

CYCLE PERFORMANCE I 

Session Chair: Sogkyun Kim, Rolls-Royce plc., Derby, UK Session Co-Chair: Ioannis Roumeliotis, Hellenic Naval Academy, Piraeus, Greece 

Measurement Selections for Multi- 

Component Gas Path Diagnostics 

Using Analytical Approach and 

Measurement Subset Concept 

GT2010-22402 

Mohd Shahrizal Jasmani, 

Zaharudin Ariffin, Petronas Carigali 

Sdn Bhd, Kerteh, Terengganu, 

Malaysia, Yi-Guang Li, Cranfield 


Assessment of Future Aero Engine 

Designs with Intercooled and 

Intercooled Recuperated Cores 

GT2010-23621 

Konstantinos G. Kyprianidis, S.O.T. 

Ogaji, Pericles Pilidis, Riti Singh, 

Cranfield University, Bedford, UK, 

Tomas Grönstedt, Chalmers 

University of Technology, Göteborg, 

Sweden 

Characterisation of the Uncertainties 

of the Operating Conditions in 

Turbomachinery Design 

GT2010-23253 

Timoleon Kipouros, Vassilios 

Pachidis, Cranfield University, 

Cranfield, UK, Tiziano Ghisu, 

Cambridge University, Cambridge, 

UK, Ioannis Templalexis, Hellenic 

Air Force Academy, Athens, Greece 

Optimizing The Operation Of The 

Intercooled Turbofan Engine 

GT2010-22519 

Tomas Grönstedt, Chalmers 


Göteborg,Sweden, Konstantinos G. 

Kyprianidis, Cranfield University, 

Bedford, UK 

NonLinear Multiple Points Gas Turbine 

Off-Design Performance Adaptation 

Using A Genetic Algorithm 

GT2010-22285 

Yi-Guang Li, Mohammad Fahmi 

Abdul Ghafir, Lihui Wang, Riti 

Singh, Cranfield University, 

Bedford,UK, Kaiming Huang, Xing 

Feng, China Aviation Powerplant 

Research Institute, Zhuzhou,China



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Argyll 3 • Crowne Plaza • TB-9-11 

DEPOSITION AND ROUGHNESS EFFECTS I 

Session Chair: Paul Giel, ASRC / NASA Glenn, Cleveland, OH, USA Session Co-Chair: Atul Kohli, Pratt & Whitney, East Hartford, CT, USA 

Effects Of A Realistically Rough 

Surface On Vane Heat Transfer 

Including The Influence Of 

Turbulence Condition And 


GT2010-22174 

Ethan Erickson, Forrest Ames, 

University of North Dakota, Grand 

Forks, ND, USA, Jeff Bons, The 

Ohio State University, Columbus, 

OH, USA 

Effects Of A Realistically Rough 

Surface On Vane Aerodynamic 

Losses Including The Influence Of 

Turbulence Condition And 


GT2010-22173 

Ethan Erickson, Forrest Ames, 

University of North Dakota, Grand 

Forks, ND, USA, Jeff Bons, The 

Ohio State University, Columbus, 

OH, USA 

Simulations of Multi-Phase 

Particle Deposition on Endwall 

Film-Cooling 

GT2010-22376 

Seth A. Lawson, Karen A. Thole, 

The Pennsylvania State University, 

University Park, PA, USA 

Experimental Study of Surface 

Roughness Effects on a Turbine 

Airfoil in a Linear Cascade - Part I: 

External Heat Transfer 

GT2010-23800 

Marco Lorenz, Achmed Schulz, 

Institut fuer Thermische 

Stroemungsmaschinen, 

Universitaet Karlsruhe (TH), 

Karlsruhe, Baden-Wuerttemberg, 

Germany, Hans-Jörg Bauer, 

Universität Karlsruhe, Karlsruhe, 

Baden-Württemberg, Germany 

Experimental Study of Surface 

Roughness Effects on a Turbine 

Airfoil in a Linear Cascade - Part II: 

Aerodynamic Losses 

GT2010-23801 

Marco Lorenz, Achmed Schulz, 

Institut fuer Thermische 






Baden-Württemberg, Germany 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session 

SHAPED HOLE FILM COOLING 

Room: Castle 1 • Crowne Plaza • TB-10-11 

Session Chair: Okey Kwon, Rolls-Royce North American Technologies, Inc., Indianapolis, IN, USA Session Co-Chair: Veera Rajendran, Rolls-Royce Indianapolis, Indianapolis, IN, USA 

Heat transfer performance of fanshaped 

film cooling holes. Part I 

Experimental analysis. 

GT2010-22808 

Lorenzo Tarchi, Leonardo Bonanni, 

University of Florence, Firenze,Italy, 

Bruno Facchini, Dipartimento di 

Energetica S.Stecco - University of 

Florence, Florence, Italy, 

Massimiliano Maritano, Stefano 

Traverso, Ansaldo Energia S.p.a., 

Genova, Italy 

Heat transfer performance of fanshaped 

film cooling holes. Part II 

Numerical analysis 

GT2010-22809 

Cosimo Bianchini, University of 

Florence, Florence,Italy, Luca 

Mangani, CFD-Engineering, Florence, 

Italy, Massimiliano Maritano, 

Ansaldo Energia, Genova,Italy, Bruno 

Facchini, Dipartimento di Energetica 

S.Stecco - University of Florence, 

Florence, Italy 

Effect of Density Ratio on Flat Plate 

Film Cooling with Shaped Holes 

using PSP 

GT2010-23053 

Lesley Wright, Stephen T. McClain, 

Michael Clemenson, Baylor 

University, Waco, TX, USA 

Film Cooling Performance Of 

Sharp-Edged Diffusor Holes With 

Lateral Inclination 

GT2010-23090 

Christian Heneka, University of 

Karlsruhe, Karlsruhe, Baden 

Württemberg, Germany, Hans-Jörg 

Bauer, Universität Karlsruhe, Karlsruhe, 

Baden-Württemberg, Germany, Andreas 

Heselhaus, Siemens Power Generation, 

Mülheim, Germany, Michael Crawford, 

Siemens Energy, Orlando, FL, USA 

Fan Shaped and Cylindrical Holes 

Studied in Vane Film Cooling Test Rig 

GT2010-23308 

Mats Kinell, Esa Utriainen, Jonas 

Hylen, Siemens Industrial 

Turbomachinery AB, Finspong, 

Sweden, Jonas Gustavsson, Florida 

State University, College of 

Engineering, Tallahassee, FL,USA, 

Andreas Bradley, Matts Karlsson, 

Joakim Wren, Linkoping University, 

Linkoping, Sweden 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery Committee) • Paper Session 

OIL SYSTEMS AND SEALS 

Room: Castle 2 • Crowne Plaza • TB-11-6 

Session Chair: Ray Chupp, GE Energy, Greenville, SC, USA Session Co-Chair: Mahmut Aksit, Sabanci University, Istanbul, Turkey, Eric Ruggiero, GE Global Research, Niskayuna, NY, USA 

CFD Methods For Shear Driven 

Liquid Wall Films 

GT2010-23532 

Amir Hashmi, Klaus Dullenkopf, Rainer 

Koch, Institute für Thermische 

Strömungsmaschinen, Karlsruhe 

Institute of Technology (KIT), Karlsruhe, 

Bade Württemberg, Germany, Hans- 

Joerg Bauer, Universitaet Karlsruhe, 

Karlsruhe, Germany 

CFD Modelling and LDA 

Measurements for the Airflow in an 

Aero-engine Front Bearing Chamber 

GT2010-23294 

John Aidarinis, Dimitrios Missirlis, 

Kyros Yakinthos, Apostolos Goulas, 

Laboratory of Fluid Mechanics and 

Turbomachinery, Aristotle 

University of Thessaloniki, 

Thessaloniki, Greece 

Direct Outer Ring Cooling of a High 

Speed Jet Engine Mainshaft Ball 

Bearing - Experimental 

Investigation Results 

GT2010-23312 

Peter Gloeckner, FAG Aerospace 

GmbH & Co.KG, Schweinfurt, Germany, 

Klaus Dullenkopf, Karlsruher Institut for 

Technology KIT, Karlsruhe, Germany, 

Michael Flouros, MTU Aeroengines 

GmbH, Munich, Germany 

Film Riding Leaf Seals for Improved 

Shaft Sealing 

GT2010-23629 

Clayton Grondahl, CMG Tech, LLC, 

Rexford, NY,USA, James Dudley, 

Aircraft Engine Design Consultant, 


Study on the Leakage and 

Deformation Characteristics of the 

Finger Seals by Using Numerical 

Simulation 

GT2010-23194 

Hai Zhang, Qun Zheng, Guoqiang 

Yue, Harbin Engineering University, 

Harbin, Heilongjiang, China



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Industrial & Cogeneration • Tutorial Session Room: Carron 2 • SECC • TB-14-7 

COGENERATION TECHNOLOGIES 

Session Chair: Manfred Klein, National Research Council of Canada, Ottawa, Canada 

Session Co-Chair: Rakesh Bhargava, Foster Wheeler USA Corp, Houston, TX, USA 

Thermodynamic Analysis of Gas 

Turbine based Cogeneration Cycles 

Cyrus Meher-Homji, Bechtel 

Corporation, Houston, TX, USA 

Environmental Issues 

Manfred Klein, National Research 

Council of Canada, Ottawa, Canada 

Evolution of Combined Heat & 

Power (CHP) in the USA 

Rakesh Bhargava, Foster Wheeler 

USA Corp, Houston, TX, USA 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Dochart 1 • SECC • TB-17-5 

TURBOCHARGERS & COMPONENTS I 

Session Chair: Tom Heuer, BorgWarner Turbo Systems Engineering GmbH, Kirchheimbolanden, Germany 

Session Co-Chair: Richard Aymanns, FEV Motorentechnik GmbH, aachen, Germany 

DESIGN AND ENGINE 

PERFORMANCE SIMULATION OF A 

TURBO-COOLING SYSTEM 

GT2010-22868 

Chaochen Ma, Beijing Institue of 

Technology(BIT), Beijing,China, Xin 

Shi, School of Mechanical 

Engineering, Beijing, China, Mingxu 

Qi, Beijing Institute of Technology, 

Beijing,China, Wei Chen, School of 

Mechanical Engineering, Beijing, 

China, Wenxiang Li, First Automobile 

Work of China, Jilin, China 

Comparative Study on Electric 

Turbo-compounding Systems for 

Gasoline Engine Exhaust Energy 

Recovery 

GT2010-23204 

Wei Wei, Zhuge Weilin, Yangjun 

Zhang, Tsinghua University, 

Beijing,China, Yongsheng He, GM 

R&D Center, Warren, MI, USA 

Experimental Evaluation of the 

Active Control Turbocharger 

Prototype under Simulated Engine 

Conditions 

GT2010-23151 

Apostolos Pesiridis, Ricardo 

Martinez-Botas, Imperial College 

London, London, UK 

The Mixed Flow Forward Swept 

Turbine for Next Generation 

Turbocharged Downsized 

Automotive Engines 

GT2010-23366 

Carl Fredriksson, Concepts NREC, 

Kinna,Sweden, Nick Baines, 

Concepts NREC, Oxford, UK 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Dochart 2 • SECC • TB-17-7 

PORTABLE MICROTURBINES II 

Session Chair: Keun Ryu, Texas A&M University, College Station, TX, USA 

Demonstration of a Palm-Sized 30 

Watt Air-to-Power Turbine 

Generator 

GT2010-22925 

Sho Sato, Stevan Jovanovic, MIT 

Gas Turbine Laboratory, Cambridge, 

MA,USA, Jeff Lang, MIT EECS, 

Cambridge, MA,USA, Zolti 

Spakovszky, MIT Gas Turbine 

Laboratory, Cambridge, MA,USA 

A Thermal Mixing Scheme for 

Portable Gas Turbines 

GT2010-22530 

Shinji Tanaka, Zolti Spakovszky, 

MIT Gas Turbine Laboratory, 

Cambridge, MA,USA 

Design and Characterization of a 

Liquid-Fueled Micro-Combustor 

GT2010-23388 

Jay Peck, Aerodyne Research, Inc., 

Biillerica, MA,USA, Stuart A. 

Jacobson, Joule Biotechnologies, 

Inc., Cambridge, MA,USA, Ian A. 

Waitz, Massachusetts Institute of 

Technology, Cambridge, MA,USA 

Design and Testing of a micromix 

Combustor with recuperative Wall 

Cooling for a hydrogen fuelled µscale 

Gas Turbine 

GT2010-23453 

Alexander Robinson, Rolls-Royce 

Deutschland, Oberursel,Germany, 

Harald Funke, Aachen University of 

Applied Sciences, Aachen, 

Germany, Patrick Hendrick, 

Université Libre de Bruxelles, 

Brussels, Belgium, Rolf 

Wagemakers, Royal Military 

Academy, Brussels, Belgium



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Oil & Gas Applications • Paper Session Room: Alsh 1 • SECC • TB-18-2 

GAS TURBINE DIAGNOSTICS, MAINTENANCE AND PERFORMANCE 

Session Chair: Mauro Venturini, University of Ferrara, Ferrara, Italy Session Co-Chair: George J. Orme, Operational Risk Management Engineers, Inc., Gladstone, OR, USA 

Component Based Maintenance 

Optimization for Parallel Gas 

Turbine Installations 

GT2010-23398 

Markus Bohlin, Swedish Institute of 

Computer Science, Kista, Sweden, 

Mathias Wärja, Siemens Industrial 

Turbomachinery AB, Finspong, Sweden 

Evaluation of Operating Range and 

Performance of Supersonic Ejector 

Using Mean-Line Approach 

GT2010-22768 

Yuri Biba, Dresser-Rand, Olean, NY, 

USA 

Dynamic Simulation Of Gas Turbine 

Fuel Gas Supply System During 

Transient Operations 

GT2010-23097 

Babak Afzali, Hassan Karimi, 

Ehsan Tahmasebi, Khajeh Nasir 

University of Technology, Tehran, 

Tehran, Iran 

COMMITTEE: Structures & Dynamics: General • Paper Session Room: Boisdale 1 • SECC • TB-19-1 

SYSTEM ANALYSES, EXPERIMENTS AND INSPECTIONS 

Session Chairs: Andrew L. Gyekenyesi, Ohio Aerospace Institute, Cleveland, OH, USA, Thomas Weiss, Rolls-Royce Deutschland Ltd & Co KG, Blankenfelde-Mahlow, Germany 

Session Co-Chair: Arrigo Beretta, Rolls-Royce PLC, Derby, UK 

Experimental And Numerical 

Investigation Of Fretting Wear On 

Aeronautical High Temperature 

Alloys 

GT2010-23356 

Daniele Botto, Alberto Campagna, 

Mario Lavella, Muzio Maria Gola, 

Politecnico di Torino, Torino, Italy 

Exploration of NDE Properties of 

AMB Supported Rotors for 

Structural Damage Detection 

GT2010-23772 

Jerzy Sawicki, Dmitry Storozhev, 

Cleveland State University, 

Cleveland, OH, USA, John Lekki, 

NASA Glenn Research Center, 

Brook Park, OH, USA 

Dental Air Turbine Performance 

Study Using CFD and Experimental 

Approach 

GT2010-23039 

Hsiao-Wei D. Chiang, Chih-Neng 

Hsu, Ya-Yi Chang, Shun-Yao 

Chuang, National Tsing Hua 

University, Hsinchu 30013, Taiwan 

Shaft Shape Multi Objective 

Optimization Based On Bacterial 

Chemotaxis 

Gt2010-23359 

Maria A. G. Pardo, National 

University Of Colombia, Bogota, 

D.C., Colombia, Rodrigo Nicoletti, 

Jonas Carvalho, University Of Sao 

Paulo, Sao Carlos, Sp, Brazil 

✲ 

Investigation Of Impeller Strength 

For A Cryogenic Liquid Turbine 

GT2010-23125 

Yan Ren, Jinju Sun, Rongye Zheng, 

Peng Song, Ke Wang, School of 

Energy and Power Engineering, Xi’an 

Jaiotong Univ., Xi’an, Shaan’xi 

Province, China 

COMMITTEE: Structures & Dynamics: Non-Deterministic Methods & Applications • Paper Session Room: Forth • SECC • TB-21-2 

PROBABILISTIC ASSESSMENT OF BLADES AND BLADED DISKS 

Session Chair: Jeff Brown, Air Force Research Laboratory, WPAFB, OH, USA Session Co-Chair: Michael Gorelik, Honeywell Aerospace, Phoenix, AZ, USA 

The Impact Of Geometric Scatter 

On High-Cycle-Fatigue Of 

Compressor Blades 

GT2010-22083 

Kay Heinze, Konrad Vogeler, 

Technische Universität Dresden, 

Dresden,Germany, Winfried-Hagen 

Friedl, Rolls-Royce, Blankenfelde- 


Response Statistics and Reliability 

Analysis of A Mistuned and 

Frictionally Damped Bladed Disk 

Assembly Subjected to White 

Noise Excitation 

GT2010-22736 

Pankaj Kumar, Bharat Heavy 

Electrical Limited, Hyderabad, India, 

S Narayanan, Indian Institute of 

Technology Madras, Chennai, India 

Probabilistic CFD Simulation Of A 

High-Pressure Compressor Stage 

Taking Manufacturing Variability 

Into Account 

GT2010-22484 

Alexander Lange, Matthias Voigt, 

Konrad Vogeler, Technische 

Universität Dresden, Dresden, 

Germany, Henner Schrapp, Erik 

Johann, Volker Gümmer, Rolls- 

Royce Deutschland Ltd & Co KG, 

Blankenfelde-Mahlow, Germany 

Forced Vibrations Of Bladings With 

The Random Technological 

Mistuning 

GT2010-23099 

Oleksiy Larin, National Technical 

University, Kharkiv, Ukraine 

Mistuning Identification of Bladed 

Disks Utilizing Neural Networks 

GT2010-22129 

M. Ersin Yümer, Defense Industries 


Institute, Tübitak-Sage, Ankara, 

Turkey, Ender Cigeroglu, H. Nevzat 

Özgüven, Mechanical Engineering 

Department, Middle East Technical 

University, Ankara, Turkey



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Alsh 2 • SECC • TB-22-2 

SEALS, IMPELERS AND DAMPERS I 

Session Chair: David Ransom, Southwest Research Institute, San Antonio, TX, USA 

Impact of Frequency Dependence 

of Gas Labyrinth Seal Coefficients 

on Centrifugal Compressor Stability 

GT2010-22039 

Giuseppe Vannini, GE Infra, Oil & 

Gas, Florence,Italy, Manish Thorat, 

Dara Childs, Turbomachinery 

Laboratory, Texas A&M University, 

College Station, TX, USA, Mirko 

Libraschi, QUEST Engineering, 

Florence, Italy 

Analysis of the Experimental and 

CFD-Based Theoretical Methods 

for Studying Rotordynamic 

Characteristics of Labyrinth Gas 

Seals 

GT2010-22058 

Alexander O. Pugachev, 

Technische Universität München, 

Garching, Germany, Martin 

Deckner, eta Energieberatung GbR, 

Pfaffenhofen a.d. Ilm, Germany 

Friction-Factor Behavior For 

Smooth And Hole-Pattern 

Roughened Surfaces From A Flat- 

Plate Tester With Supply Pressures 

To 84 Bars 

GT2010-22227 

Dara Childs, Stephen Phillips, 

Turbomachinery Laboratory, 

College Station, TX, USA, Bassem 

Kheir Eddin, Texas A&M University, 


A Nonlinear Model of Rotor- 

Bearing-Seal System Associated 

With Leakage Through the 

Labyrinth Seal 

GT2010-22315 

Wang Weizhe, Liu Yingzheng, 

Meng Guang, Shanghai Jiao Tong 

University, Shanghai, China 

Prediction of Fluid Instabilities in 

Hole-Pattern Stator Seals 

GT2010-23218 

Paul Cizmas, David Liliedahl, 

Forrest Carpenter, Texas A&M 

University, College Station, TX, USA 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Boisdale 2 • SECC • TB-23-2 

VIBRATION OF BLADED DISKS I 

Session Chair: Sanghum Baik, GE Global Research, Niskayuna, NY, USA Session Co-Chair: Sergio Filippi, GE Aviation, Cincinnati, OH, USA 

Maximum Amplification Of Blade 

Response In Mistuned Multi Stage 

Assemblies 

GT2010-23062 

Javier Avalos, Marc Mignolet, 

Arizona State University, Tempe, 

AZ, USA 

A High-Accuracy Model Reduction 

For Analysis Of Nonlinear 

Vibrations In Structures With 

Contact Interfaces 

GT2010-23295 

Evgeny Petrov, Imperial College 

London, London, UK 

Dynamic Analysis of Fretting-Wear 

in Joint Interface by a Multiscale 

Harmonic Balance Method coupled 

with Explicit or Implicit Integration 

Schemes 

GT2010-23264 

Loic Salles, Fabrice Thouverez, 

Laurent Blanc, Ecole Centrale de Lyon, 

Ecully, France, Alexander M. Gouskov, 

Bauman Moscow State Technical 

University, Moscow, Russia, Pierrick 

JEAN, Snecma - Safran Group, 

Moissy-Cramayel France 

Vibration Response Characteristics 

of Bladed Disk with Continuous 

Ring Type Structure Losing Shroud 

and Stab 

GT2010-22202 

Yasutomo Kaneko, Ryukoku 

University, Seta, Siga, Japan, 

Kazushi Mori, Hiroharu Ooyama, 


Takasago, Japan 

Calibrated Non Linear Dissipative 

Model Of Fan Bladed Disk 

GT2010-22046 

Jean-Pierre Lombard, Pierrick 

Jean, Snecma - Safran Group, 

Moissy-Cramayel, France, Pascal 

Lubrina, Onera, Chatillon, France



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Structures & Dynamics: Unsteady Aerodynamics (with Turbomachinery Committee) • Paper Session Room: Hall 1 • SECC • TB-24-1 

AERODYNAMIC INTERACTION AND FORCED RESPONSE PHENOMENA 

Session Chair: Jean-Pierre LOMBARD, Snecma - SAFRAN Group, MOISSY-CRAMAYEL, France Session Co-Chair: Xiaofeng Sun 

Aerodynamic Analysis of an 

Innovative Low Pressure Vane 

Placed in a S-Shape Duct 

GT2010-22546 

Sergio Lavagnoli, Tolga Yasa, Dr. 

Guillermo Paniagua, Simone Duni, 

von Karman Institute for Fluid 

Dynamics, Rhode St Genese, 

Belgium, Lionel Castillon, Onera, 

Meudon, France 

Influence of the Blade Count Ratio 

on Aerodynamic Forcing Part I: 

Highly Loaded Transonic 

Compressor 

GT2010-22756 

Florian Fruth, Damian Vogt, Maria 

Mayorca, Torsten Fransson, Royal 

Institute of Technology, Stockholm, 

Sweden, Hans Maartensson, Volvo 

Aero Corporation, Trollhättan, 

Sweden 

Experimental Investigation of the 

Forcing Function and Blade’s 

Forced Pitching Oscillations of an 

Annular Compressor Cascade in 

Transonic Flow 

GT2010-23590 

Joachim Belz, Holger Hennings, 

DLR - German Aerospace Center, 

Goettingen, Germany, Gerhard 

Kahl, MTU Aero Engines GmbH, 

Munich, Germany 

Unsteady Acoustic Forcing On An 

Impeller Due To Coupled Blade 

Row Interactions 

GT2010-23771 

Simon Richards, Kishore 

Ramakrishnan, Chingwei Shieh, 

General Electric, Niskayuna, NY, USA, 

Francois Moyroud, General Electric, 

Le Creusot, France, Alain Picavet, GE 

Oil and Gas, Le Creusot, France, 

Valeria Ballarini, GE Oil and Gas, 

Florence, Italy, Vittorio Michelassi, 

Ge Infra, Oil & Gas, Florence, Italy 

Numerical Modelling Of Fluid- 

Structure Interaction For The Turbine 

Stage In 3D Viscous Flow On 

Nominal And Off-Design Regimes 

GT2010-23779 

Rzadkowski Romuald, Polish Academy 

of Sciences, Institute of Fluid-Flow 

Machinery, Gdansk, Poland, Vitaly 

Gnesin, National Academy of Sciences 

of Ukraine, Institute of Mechanical 

Engineering Problems, Kharkov, 

Ukraine, Luba Kolodyzahnaya, 

Ukrainian National Academy of 

Sciences, Kharkov, Ukraine 

COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session 

TIP LEAKAGE FLOWS I 

Room: Lomond Auditorium • SECC • TB-26-10 

Session Chair: Aspi Wadia, GE Aviation, Cincinnati, OH, USA Session Co-Chair: Yuan Dong 

Rotor Tip Flow-Field near Inception 

Point of Modal Disturbance in an 

Axial-Flow Fan 

GT2010-22187 

Takahiro Nishioka, Hitachi, Ltd., 

Ibaraki, Japan, Toshio Kanno, 

Hitachi Plant Technologies, Ibaraki, 

Japan, Hiroshi Hayami, Kyushu 

University (Retired), Fukuoka, Japan 

Characteristics Of Tip Clearance 

Flow Instability In A Trnasonic 

Compressor 

GT2010-22101 

Chunill Hah, NASA/Glenn, 

Cleveland, OH,USA, Melanie Voges, 

DLR, Cologne, Germany, Martin W. 

Müller, Heinz-Peter Schiffer, 

Technische Universität Darmstadt, 

Darmstadt, Germany 

A CFD Study of Circumferential 

Groove Casing Treatments in a 

Transonic Axial Compressor 

GT2010-23606 

Haixin Chen, Xudong Huang, Ke Shi, 

Song Fu, Tsinghua University, Beijing, 

China, Matthew Bennington, Scott 

Morris, Mark Ross, University of 

Notre Dame, Notre Dame, IN, USA, 

Scott McNulty, Aspi Wadia, GE 

Aviation, Cincinnati, OH, USA 

Explore the Mechanism of Stall Margin 

Enhancement due to the Manipulation 

of the Tip Clearance Flows 

Unsteadiness via Circumferential 

Grooves Casing Treatment 

GT2010-22652 

Shengfeng Zhao, Xingen Lu, 

Junqiang Zhu, Hongwu Zhang, 

Institute of Engineering 

Thermophysics, Chinese Academy of 

Sciences, Beijing, China 

Numerical Study of Discrete Tip 

Injection in a Transonic Axial 

Compressor 

GT2010-23608 

Hossein Khaleghi, Shiraz 

University, Shiraz, Iran, Joao A. 

Teixeira, Cranfield University, 

Cranfield, UK 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session 

SECONDARY FLOW LOSSES 

Room: Morar/Ness • SECC • TB-27-8 

Session Chair: Graham Pullan, University of Cambridge, Cambridge, UK Session Co-Chair: John Northall, Rolls-Royce plc, Derby, UK 

Influence Of Chord Length And 

Inlet Boundary Layer On The 

Secondary Losses Of Turbine 

Blades 

GT2010-22065 

Helmut Sauer, Robin Schmidt, 

Konrad Vogeler, Technische 

Universität Dresden, Dresden, 

Germany 

Complex Secondary Flow and 

Associated Loss Generation in 

Ultra-Highly Loaded Turbine 

Cascade 

GT2010-22594 

Hoshio Tsujita, Hosei University, 

Koganei, Japan, Atsumasa 

Yamamoto, Chinese Academy of 

Sciences, Institute of Engineering 

Thermophysics, Beijing, China 

Measurements Of Losses And 

Reynolds Stresses In The Secondary 

Flow Downstream Of A Low-Speed 

Linear Turbine Cascade 

GT2010-22727 

Gordon MacIsaac, Carleton 

University, Nepean, ON, Canada, 

Steen Sjolander, Carleton University, 

Ottawa, ON, Canada, Thomas 

Praisner, Pratt and Whitney, East 


Optical Investigation of Profile 

Losses in a Linear Turbine Cascade 

GT2010-23166 

Olga Alhaj, Institut for 

Turbomachinary and Fluid- 

Dynamics Uni-Hannover, Hannover, 

Germany, Joerg Seume, Leibniz 

Universitaet Hannover, Hannover, 

Germany



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Leven • SECC • TB-29-4 

3D CFD METHODS - COMPRESSOR AND TURBINE 

Session Chair: Fu-Lin Tsung, GE Aviation, Cincinnati, OH, USA 

Session Co-Chair: Paul G. Tucker, University of Cambridge, Cambridge, Cambridgeshire, UK 

Numerical Benchmark of 

Turbulence modelling in Gas 

Turbine Rotor-Stator System 

GT2010-22627 

Riccardo Da Soghe, University of 

Florence Dipartimento di Energetica 

S.Stecco, Florence, Italy, Sebastien 

Poncet, Laboratoire M2P2, 

Technopôle Château-Gombert, 

Marseille, France, Antonio Andreini, 

Dipartimento di Energetica S.Stecco 

- University of Florence, Florence, 

Italy, Luca Innocenti, Università degli 

Studi di Firenze - Dipartimento di 

Energetica “Sergio Stecco”, Firenze, 

Firenze, Italy 

An Analysis of the Merits of CFD 

for the Performance Prediction of a 

Low Pressure Steam Turbine 

Radial Diffuser 

GT2010-22107 

Adam Beevers, Francesco Congiu, 

Fabio Pengue, Thomas Mokulys, 

Alstom Power (Switzerland) Ltd, 

Baden, Switzerland 

Numerical Simulation of Sand 

Erosion in a Transonic Compressor 

Rotor 

GT2010-23593 

Masaya Suzuki, Makoto Yamamoto, 

Tokyo University of Science, Tokyo, 

Japan 

Benchmarking CD-ADAPCOs Star- 

CCM+ in a Production Design 

Environment 

GT2010-23627 

Mikhail Grigoriev, Chet Swiatek, 

Jim Hitt, Cameron, Buffalo, NY, USA


TUESDAY, JUNE 15: 2:30 p.m. – 5:30 p.m. 

2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Aircraft Engine • Paper Session Room: Alsh 2 • SECC • TC-1-16 

JET NOISE II — EXPERIMENTAL 

Session Chair: John Spyropoulos, Naval Air Systems Committee:and, Patuxent River, MD, USA 

Session Co-Chair: Clifford Brown, NASA Glenn Research Center, Cleveland, OH, USA, Gary Podboy, NASA Glenn Research Center, Cleveland, OH, USA 

Phased Array Noise Source 

Localization Measurements 

of an F404 Nozzle Plume at 

Both Full and Model Scale 

GT2010-22601 

Gary Podboy, James 

Bridges, Brenda Henderson, 

NASA Glenn Research 

Center, Cleveland, OH, USA 

Practical Jet Noise 

Reduction for Tactical 

Aircraft 

GT2010-23699 

Steve Martens, GE Global 

Research, Niskayuna, NY, 

USA, John Spyropoulos, 

Naval Air Systems 

Committee:and, Patuxent 

River, MD, USA 

Data Quality Assurance for 

Supersonic Jet Noise 

Measurements 

GT2010-22545 

Clifford Brown, Brenda 

Henderson, James Bridges, 

NASA Glenn Research 


Measurement of Near-Field 

and Far-Field Noise from Full 

Scale High Performance Jet 

Engines 

GT2010-22531 

Richard McKinley, Robert 

McKinley, Frank Mobley, 

Mitchell Gillespie, Air Force 

Research Laboratory, Wright- 

Patterson Air Force Base, OH, 

USA, Kent Gee, Brigham 

Young University, Provo, UT, 

USA, Tony Pilon, Lockheed 

Martin Aeronautics Company, 

Palmdale, CA, USA, Micah 

Downing, Blue Ridge 

Research and Consulting, 

Asheville, NC, USA 

Investigation of Microjet 

Injection for Reduction of 

Supersonic Jet Noise 

GT2010-23036 

Ryuichi Okada, School of 

Engineering, University of 

Tokyo, Tokyo, Tokyo, Japan, 

Toshinori Watanabe, Seiji 

Uzawa, Takehiro Himeno, 

Department of Aeronautics 

and Astronautics, University 

of Tokyo, Tokyo, Japan, 

Tsutomu Oishi, IHI 

Corporation, Tokyo, Japan 

Far-Field Noise Control In 

Supersonic Jets From 

Conical And Contoured 

Nozzles 

GT2010-22377 

Jin-Hwa Kim, Martin 

Kearney-Fischer, Mo 

Samimy, The Ohio State 


USA, Sivaram Gogineni, 

Spectral Energies, Dayton, 

OH, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Castle 2 • Crowne Plaza • TC-4-7 

COMBUSTION INSTABILITIES EXPERIMENTAL I 

Session Chair: Ju Hyeong Cho, Korea Institute of Machinery and Materials, Daejeon, Korea (Republic) Session Co-Chair: Michael Foust, GE Aviation, Cincinnati, USA 

Disturbance Field 

Characteristics of a 

Transversely Excited 

Annular Jet 

GT2010-22133 

Jacqueline O’Connor, 

Shweta Natarajan, Michael 

Malanoski, Dr. Tim C. 

Lieuwen, Georgia Institute of 

Technology, Atlanta, GA, 

USA 

Analysis of thermo-acoustic 

properties of combustors 

and afterburners 

GT2010-22339 

Guillaume Jourdain, Lars- 

Erik Eriksson, Chalmers 


Gothenburg, Sweden 

A Methodology For On The Fly 

Acoustic Characterizations Of 

The Feeding Lines In A 

Turbulent Swirled Combustor 

GT2010-23403 

Ammar Lamraoui, Franck 

Richecoeur, Sebastien 

Ducruix, Laboratoire EM2C, 

CNRS, Ecole Centrale Paris, 

Châtenay-Malabry, France, 

Thierry Schuller, Ecole 

Centrale Paris, Châtenay- 

Malabry, France 

Reconstruction of the Heat 

Release Response of 

Partially Premixed Flames 

GT2010-22245 

Kyu Tae Kim, University of 

Cambridge, Cambridge, UK, 

Jonguen Lee, Bryan Quay, 

Domenic Santavicca, The 



PA, USA 

Influence of Exhaust Gas 

Recirculation on Combustion 

Instabilities in CH4 and 

H2/CH4 Fuel Mixtures 

GT2010-23642 

Donald Ferguson, Joseph 

Ranalli, Peter Strakey, 

National Energy Technology 

Laboratory - US DOE, 

Morgantown, WV, USA 

Active Control Of 

Combustion Instabilities In 

A Matrix Burner Using 

Primary And Secondary Fuel 

And Acoustic Forcing 

GT2010-23751 

Dieter Bohn, Nils Ohlendorf, 

Frank Weidner, James F. 

Willie, Institute of Steam and 

Gas Turbines, RWTH Aachen 

University, Aachen, Germany



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Castle 3 • Crowne Plaza • TC-4-25 

POLLUTANT EMISSIONS TESTING & REGULATIONS 

Session Chair: Balu Sekar, AFRL/RZTC WPAFB, WPAFB, OH, USA Session Co-Chair: Sunil James, Honeywell Aerospace, Phoenix, AZ, USA 

Development and 

Application of A Membrane- 

Based Thermodenuder for 

Measurement of Volatile 

Particles Emitted by A Jet 

Turbine Engine 

GT2010-22175 

Meng-Dawn Cheng, Oak 

Ridge National Laboratory, 

Oak Ridge, TN, USA 

Airport Pm10 Emissions: 

Development Of A First 

Order Approximation (Foa) 

Methodolgy For Aircraft 

GT2010-22437 

Gordon E. Andrews, Ian 

Andrews, Darren Dixon- 

Hardy, Stephen Wright, 

Univeristy of Leeds, Leeds, 

UK, Hu Li, Leeds University, 

Leeds, UK 

Alternative Approaches to 

Continuous Compliance 

Monitoring for Gas Turbines 

under 40 CFR Part 60 and 

Part 75 regulations 

GT2010-22686 

Brian Swanson, CMC 

Solutions, West Bloomfield, 

MI, USA 

Evaluation Of A Particulate 

Sampling Methodology From 

A Gas Turbine Exhaust Using 

Real-Time Size And Number 

Analysis At Simulated 

Aircraft Conditions 

GT2010-23415 

Yura A. Sevcenco, Phil 

Bowen, Andrew Crayford, 

Gas Turbine Research Centre, 

Cardiff University, Cardiff, 

Wales, UK, Mark P. Johnson, 

Rolls-Royce plc, Derby, UK, 

Michael N. Miller, QinetiQ, 

Farnborough,UK, Richard 

Marsh, University of Cardiff, 

Cardiff, UK 

Emissions And Noise 

Pollution Diagnosis Of A 

Turbogas Power Plant During 

Commissioning Service 

GT2010-23671 

Norberto Perez Rodriguez, 

Erik Rosado-Tamariz, Rafael 

Garcia Illescas, Instituto de 

Investigaciones Electricas, 

Cuernavaca, Morelos, 

Mexico 

Evolution of Particulates 

from Simulated Gas Turbine 

Combustor Exhaust at 

Tropospheric Conditions 

GT2010-23689 

Kathleen Tacina, Christopher 

Heath, NASA Glenn 


OH, USA 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room: Carron 1 • SECC • TC-5-14 

SENSOR TECHNOLOGY 

Session Chair: Geoff Sheard, Flakt Woods, Colchester, Essex, UK Session Co-Chair: Lorenzo Ferrari, University of Florence, Florence, Italy 

High Temperature Fast 

Response Aerodynamic 

Probe 

GT2010-23010 

Christian Lenherr, Anestis I. 

Kalfas, Reza S. Abhari, 


Conversion, ETH Zurich, 

Zurich, Switzerland 

An Axial Position Sensor for 

Active Magnetic Bearings 

GT2010-22524 

Alexei V. Filatov, Lawrence 

A. Hawkins, Calnetix, 

Cerritos, CA, USA 

Minimizing Sampling Loss in 

Trace Gas Emission 

Measurements for Aircraft 

Engines by Using a Chemical 

Quick-Quench Probe 

GT2010-22195 

Elena de La Rosa Blanco, 

Massachusetts Institute of 

Technology, Cambridge, MA, 

USA, Jay Peck, Richard C. 

Miake-Lye, Frank B. Hills, 

Ezra C. Wood, Scott C. 

Herndon, Kurt D. Annen, 

Aerodyne Research, Inc., 

Billerica, MA, USA, Paul E. 

Yelvington, Mainstream 

Engineering Corporation, 

Rockledge, FL, USA, Timothy 

T. Leach, Johns Hopkins 

University Applied Physics 

Lab, Laurel, MD, USA 

Sensor and Actuator Needs 

for More Intelligent Gas 

Turbine Engines 

GT2010-22685 

Sanjay Garg, NASA Glenn 


OH, USA, Klaus Schadow, 

Schadow Technology, San 

Diego, CA, USA, Ion Stiharu, 

Concordia University, 

Montreal, QC, Canada, Hugo 

Pfoertner, Wolfgang Horn, 

MTU Aero Engines, Munich, 

Germany 

Static And Dynamic 

Pressure Measurements 

With Temperature Correction 

Using High Temperature 

Optical Pressure Sensors. 

GT2010-22904 

Arnold Harpin, Oxsensis Ltd, 

Didcot, Oxfordshire, UK



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • TC-6-9 

HUMID CYCLES 

Session Chair: Ioannis Templalexis, Hellenic Air Force Academy, Athens, Greece Session Co-Chair: Francesco Caratozzolo, University of Genoa, Genova, GE, Italy 

An Axial-Flow Compressor 

for Operation with Humid Air 

and Water Injection 

GT2010-22996 

Jesuino Takachi Tomita, 

Luciano P. Bontempo, João 

Roberto Barbosa, Instituto 

Tecnologico de Aeronautica, 

Sao Jose dos Campos, Sao 

Paulo,Brazil 

The Effects of Wet 

Compression With Fuel 

Injection at the Geometry 

and the Design Point 

Performance of an Axial 

Flow Compressor 

GT2010-23492 

Emmanouil Antonogiannakis, 

Hellenic Air Force, Iraklion 

Crete, Greece, Ioannis 

Templalexis, Hellenic Air 

Force Academy, Athens, 

Greece 

Development and 

Experimental Validation of a 

Modelling Tool for Humid Air 

Turbine Saturators 

GT2010-23338 

Francesco Caratozzolo, 

Alberto Traverso, Aristide F. 

Massardo, University of 

Genoa, Genova, GE ,Italy 

Wet Compression Analysis 

Including Velocity Slip 

Effects 

GT2010-23793 

Alexander White, Cambridge 

University, Cambridge, UK, 

Andrew J. Meacock, 

Haseltine Lake LLP, London, 

UK 

Effects of the Swirl Velocity 

of Jets in Crossflow from 

Fan Assemblies Mounted on 

Lifting Surfaces 

GT2010-23357 

Alexandros Terzis, Cranfield 

University, Bedfordshire, UK, 

Charilaos Kazakos, Nikolaos 

Papadopoulos, Anestis 

Kalfas, Aristotle University of 

Thessaloniki, Thessaloniki, 

Greece, Pavlos K. Zachos, 

Pericles Pilidis, Cranfield 


COMMITTEE: Electric Power • Panel Session Room: Hall 1 • SECC • TC-8-5 

POLICY OBJECTIVES OF CCS OR CAP & TRADE FOR FOSSIL POWER PLANTS 

Session Chair: Sy Ali, Clean Energy Consulting, Plainfield, IN, USA Session Co-Chair: Richard Dennis, US DOE NETL, Morgantown, WV, USA 

Options Evaluation By US 

Government on Carbon 

Capture and Storage 

Darren Mollot, US 

Department of Energy, Fossil 

Energy, Washington, USA 

“Round Holes and Square 

Pegs:The Mismach of 

Government CCS Policy and 

Investor Needs.” 

Jim Fitzgerald, Ernst & 

Young, London, UK 

Commercial Readiness of 

Carbon Capture 

Technologies - An EPC 

Contractor Perspective 

Ram Narula, Bechtel 

Corporation, Frederick, USA 

Actions and Advice by the 

International Energy Agency 

Tom Kerr, International 

Energy Agency, Paris, France 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Leven • SECC • TC-9-14 

VANE-BLADE HT INTERACTIONS II 

Session Chair: Richard Anthony, AFRL\RZTT, WPAFB, OH, USA Session Co-Chair: Paul Giel, ASRC / NASA Glenn, Cleveland, OH, USA 

A Transient Infrared Technique 

for Measuring Surface and 

Endwall Heat Transfer in a 

Transonic Turbine Cascade 

GT2010-22975 

C. Reagle, A. Newman, W.F. Ng, 

Srinath Ekkad, S. Xue, Virginia 

Polytechnic Institute and State 

University, Blacksburg, VA, Hee- 

Koo Moon, Luzeng Zhang, Solar 

Turbines, Inc., San Diego, CA,USA 

Aerodynamics And Heat 

Transfer For A Cooled One And 

One-Half Stage High-Pressure 

Turbine: Part I: Vane Inlet 

Temperature Profile 

Generation And Migration 

GT2010-22716 

Randall Mathison, Charles 

Haldeman, Mike Dunn, The 

Ohio State University, 





Turbine—Part II: Influence Of 

Inlet Temperature Profile On 

Blade Row And Shroud 

GT2010-22718 








Turbine—Part III: Impact Of 

Hot Streak Characteristics On 

Blade Row Heat Flux 

GT2010-23855 

Mike Dunn, Randall Mathison, 

Charles Haldeman, The Ohio 

State University, Columbus, 

OH, USA 

Heat Transfer for the Blade 

of a Cooled Stage and One- 

Half High-Pressure Turbine: 

Part I - Influence of Cooling 

Variation 

GT2010-22713 





Heat Transfer for the Blade 

of a Cooled Stage and One- 

Half High-Pressure Turbine: 

Part II - Independent 

Influences of Vane Trailing 

Edge and Purge Cooling 

GT2010-22715 




Columbus, OH, USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery Committee) • Paper Session Room: Morar/Ness • SECC • TC-11-4 

ROTOR-STATOR CAVITIES I 

Session Chair: Gary Lock, University of Bath, Bath, UK Session Co-Chair: Oliver Scheider, Siemens AG, Muelheim a.d. Ruhr, Germany 

Calculation of Disk 

Temperatures in Gas Turbine 

Rotor-Stator Cavities Using 

Conjugate Heat Transfer 

GT2010-22838 

Aneesh Vadvadgi, The 

Pennsylvania State University, 

Department of Mechanical 

and Nuclear Engineering, 

State College, PA, USA, Savas 

Yavuzkurt, The Pennsylvania 

State University, University 

Park, PA, USA 

CFD-FE Automation And 

Thermo-Fluid Characterisation 

Of An IP Turbine Cavity 

GT2010-22710 

David Bagshaw, Christophe 

Mabilat, Sohail Alizadeh, 

Atkins (Fluid Mechanics 

Department), Epsom, Surrey, 

UK, Leo Lewis, Rolls-Royce 

plc, Derby, UK 

Coupled Aero-Thermo- 

Mechanical Simulation For 

A Turbine Disc Through A 

Full Transient Cycle 

GT2010-22673 

Zixiang Sun, John Chew, 

Nicholas J. Hills, University 

of Surrey, Guildford, Surrey, 

UK, Leo Lewis, Rolls-Royce 

plc, Derby, UK, Christophe 

Mabilat, Atkins (Fluid 

Mechanics), Epsom, UK 

Heat Transfer in Turbine Hub 

Cavities Adjacent to the 

Main Gas Path 

GT2010-22130 

Jeff Dixon, Rolls-Royce plc, 

Derby, Derbyshire,UK, Antonio 

Guijarro Valencia, Rolls- 

Royce.com, Derby, Derbyshire, 

UK, Daniel Coren, University of 

Sussex, Brighton, UK, Andreas 

Bauknecht, Rolls-Royce Intern, 

Derby, UK, Nick Atkins, 

Thermo-Fluid Mechanics 

Research Centre, Brighton, UK 

An Extension of FEA/CFD 

Coupling to Include Thermo- 

Mechanical Distortion 

GT2010-22684 

Dario Amirante, Nicholas J. 

Hills, University of Surrey, 

Guildford,UK, Chris Barnes, 

Rolls Royce, Derby, UK 

An Advanced Multi- 

Configuration Turbine Stator 

Well Cooling Test Facility 

GT2010-23450 

Daniel Coren, James Turner, 

Daniel Eastwood, Simon 

Davies, University of Sussex, 

Brighton, Sussex, UK, Nick 

Atkins, Thermo-Fluid 

Mechanics Research Centre, 

Brighton, UK, Peter R N Childs, 

Imperial College London, 

London, UK, Jeff Dixon, 

Timothy Scanlon, Rolls-Royce 

plc, Derby, Derbyshire, UK 

COMMITTEE: Industrial & Cogeneration • Paper Session Room: Gala 2 • SECC • TC-14-4 

THERMODYNAMIC ANALYSIS OF COGENERATION SYSTEMS WITH REFRIGERATION 

Session Chair: Michele Bianchi, Alma Mater Studiorum - Università di Bologna, Bologna, Italy 

Session Co-Chair: Lisa Branchini, Alma Mater Studiorum - Università di Bologna, Bologna, Italy 

Parametric Analysis of a 

New CCHP System Utilizing 

Liquefied Natural Gas (LNG) 

GT2010-22319 

Jiangfeng Wang, Yiping Dai, 

Zhixin Sun, Xi’an Jiaotong 

University, Xi’an, China, 

Shaolin Ma, Dongfang 

Steam Turbine Works, 

Deyang, Sichuan, China 

Optimal Planning of a Micro 

Gas Turbine District Heating 

and Cooling Distributed 

Trigeneration Systems 

GT2010-23416 

Dario Buoro, Melchiorre 

Sasisi, Piero Pinamonti, 

Univeristy of Udine, Udine, 

Italy, Mauro Reini, University 

of Trieste, Pordenone, Italy 

Techno-Economic Evaluation 

Of A Tri-Generation Energy 

Supply System For A Non- 

Interconnected Island, Using 

Single-Shaft Gas-Turbine 

GT2010-23647 

Apostolos Polyzakis, 

Technological Educational 

Institute of Western 

Macedonia, Kozani, Greece, 

Areti Malkogianni, 

University of Western 

Macedonia, Kozani, Greece 

Cogeneration Based High 

Efficiency LNG Liquefaction 

Plants 

GT2010-22020 

Cyrus Meher-Homji, David 

Messersmith, Ram 

Tekumulla, Neeraj Bhatia, 

Bechtel Corporation, 

Houston, TX, USA, Karl 

Masani, Hans Weyermann, 

ConocoPhillips Company, 

Houston, TX, USA 

Variable Regimes Operation 

Of Cogenerative Gas-Turbine 

Engines With Overexpansion 

Turbine. 

GT2010-22029 

Valerii Matviienko,Volodimir 

Ocheretianyi, Sevastopol 

National Technical 

UniverSity, Sevastopol, 

Ukraine 

✲ 

Development And Validation 

Of A Model For Axial 

Compressor Fouling 

Simulation 

GT2010-22947 

Francesco Melino, Antonio 

Peretto, Università di 

Bologna, Bologna, Italy, Pier 

Ruggero Spina, University of 

Ferrara, Ferrara, Italy



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Manufacturing Materials & Metallurgy • Paper Session Room: Dochart 1 • SECC • TC-15-3 

MATERIAL AND COMPONENT PERFORMANCE ASSESSMENT 

Session Chair: Jorge Fernandes, European Technology Development, Leatherhead, UK 

Session Co-Chair: Chang Yong Jo, Korea Institute of Materials Science, Changwon, Korea (Republic), Xiao Huang, Carleton University, Ottawa, ON, Canada 

Investigation of Stress Assisted 

Grain Boundary Oxidization 

(SAGBO) Cracking in Mar-M002 

High Pressure Turbine Blades 

GT2010-22145 

Austin Selvig, Xiao Huang, 

Carleton University, Ottawa, ON, 

Canada, Mike Hildebrand, 

David Stek, Union Gas Limited, 

Dresden, ON, Canada 

An Experimental System For 

Assessing Combustor 

Durability 

GT2010-22150 

Nagaraja Rudrapatna, 

Benjamin Peterson, PhD, 

Daniel Greving, Honeywell 

Aerospace, Phoenix, AZ, 

USA 

Metallurgical Evaluation and 

Condition Assessment of 

FSX 414 Nozzle Segments in 

Gas Turbines by 

Metallographic Method 

GT2010-22542 

Girish Shejale, Masaood 

John Brown, Dubai, United 

Arab Emir. 

Derivation of temperatureestimation 

equation based 

on microstructural changes 

in coatings of in-service 

blades of gas turbines 

GT2010-22400 

Mitsutoshi Okada, Tohru 

Hisamatsu, Terutaka Fujioka, 

Central Research Institute of 

Electric Power Industry 

High Temperature 

Performance of Cast CF8C- 

Plus Austenitic Stainless 

Steel 

GT2010-23006 

Philip Maziasz, Bruce Pint, 

Oak Ridge National 

Laboratory, Oak Ridge, TN, 

USA 

COMMITTEE: Marine • Paper Session Room: Carron 2 • SECC • TC-16-3 

APPLICATIONS & IN SERVICE EXPERIENCE 

Session Chair: Michael Osborne, Naval Sea Systems Committee:and, Washington DC, DC, USA 

Session Co-Chair: Andrea Vigliotti, Naval Surface Warfare Center Carderock - Philadelphia, Philadelphia, PA, USA 

From the JEFF(B) to the SSC 

and Beyond, TF Marine Gas 

Turbines a Development Study 

GT2010-23659 

Hermann Scheugenpflug, 

Tony Wilcoxson, Michael 

Luz, Vericor Power Systems, 

Alpharetta, GA, USA 

REFINED OPERATING PRO- 

FILE GENERATION FOR AIR 

CUSHION VEHICLES 

GT2010-23488 

Benjamin Canilang, James 

Hampshire, US Navy, 


Gas Turbine Online Water 

Wash for DDG-51 Class U.S. 

Navy Ships 

GT2010-22767 

Daniel Caguiat, Naval 

Surface Warfare Center, 


Case Study: CODAG Power 

Plant for a Pleasure Boat. 

Theory - Project - Results 

GT2010-23155 

Marco Venturini, Giovanni 

Venturini, Private, Roma, 

Italy 

Hybrid Electric Design Enters 

Navy Service: A Report On 

The Early Service Experience 

From LHD 8- Makin Island 

GT2010-22122 

Abe Boughner, NAVSEA 

Philadelphia Code 935, 

Philadelphia, PA, USA, C. David 

Mako, NAVSEA Philadelphia, 

Code 937, Philadelphia, PA, 

USA, Shane Mccullough, R&P 

Technologies, Hurley, MS, USA 

✲ 

✲ 

Littoral Combat Ship, Gas 

Turbine Reliability 

Engineering Implementation 

GT2010-23795 

Brian Finley, Robert Rodgers, 

US Navy, Philadelphia, PA, 

USA, Marton Dundics, The DEI 

Group, Millersville, MD, USA, 

Ken Krooner, ESRG, Virginia 

Beach, VA, USA, Thomas 

Roche, Naval Surface Warfare 

Center, Mullica Hill, NJ, USA 

COMMITTEE: Oil & Gas Applications • Paper Session Room: Alsh 1 • SECC • TC-18-3 

THEORETICAL AND EXPERIMENTAL ANALYSIS OF COMPRESSION SYSTEMS 

Session Chair: Marybeth Nored, SwRI, San Antonio, TX, USA 

Analyses Of The Compressor 

Performance Impacts Of 

Scroll Shape 

GT2010-22015 

Ryo Amano, Cheng Xu, 

University of Wisconsin- 

Milwaukee, Milwaukee, WI, 

USA 

Compressors in High 

Pressure Pipeline 

Applications 

GT2010-22018 

Rainer Kurz, Solar Turbines 

Incorporated, San Diego, CA, 

USA, Klaus Brun, Southwest 

Research Institute, San Antonio, 

TX, USA, Sebouh Ohanian, 

Consultant, San Diego, CA, USA 

Centrifugal Compressors 

During Fast Transients 

GT2010-22023 

Matt Blieske, SwRI, San 

Antonio, TX, USA, Rainer Kurz, 

Solar Turbines Incorporated, 

San Diego, CA, USA, Augusto 

Garcia-Hernandez, Klaus 

Brun, Southwest Research 

Institute, San Antonio, TX, USA 

WET GAS IMPELLER TEST 

FACILITY 

GT2010-22618 

Trond Grüner, Lars E. 

Bakken, Norewegian 


Technology, Trondheim, 

Norway 

Upgrading the Performance 

of a Centrifugal Barrel 

Compressor Family 

GT2010-23767 

Jonathan Bygrave, Alfonso 

Villanueva, Ronald Enos, 

Anthony Saladino, David 

Serrino, William Prosser, 

Rolls-Royce Energy Systems, 

Inc., Mount Vernon, OH, USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Oil & Gas Applications • Paper Session Room: Dochart 2 • SECC • TC-18-4 

VIBRATION AND NOISE 

Session Chair: Jeffrey Moore, Southwest Research Institute, San Antonio, TX, USA 

Aero-thermodynamic 

Investigation of Sub- 

Synchronous Vibrations in a 


GT2010-22422 

Tarun Dhall, Dorin Scheianu, 

Wood Group Light Industrial 

Turbines (USA) Inc., Houston, 

TX,USA 

Impulse Testing and Blade 

Load Simulation Tools to 

Estimate Cyclic Stress Life 

in Blades and Impellers 

GT2010-23745 

Harold R. Simmons, Timothy 

C. Allison, Southwest 


Antonio, TX,USA 

Transient Pressure Losses 

Due to Fluid-Structure 

Interactions in Compression 

Plants 

GT2010-22017 

Klaus Brun, Marybeth Nored, 

Dennis Tweten, Southwest 


Antonio, TX,USA, Rainer 

Kurz, Solar Turbines, San 

Diego, CA,USA 

COMMITTEE: Structures & Dynamics: Non-Deterministic Methods & Applications • Panel Session Room: Forth • SECC • TC-21-4 

PRACTICAL APPLICATIONS OF PROBABILISTIC METHODS 

Session Chair: Jeff Brown, Air Force Research Laboratory, WPAFB, OH, USA 

Session Co-Chair: Alan C. Pentz, NAVAIR, Patuxent River, MD, USA 

Robust Design Optimization 

Meinhard Paffrath, Siemens, 

Muenchen, Germany 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Boisdale 1 • SECC • TC-22-9 

ROTORDYNAMICS II 

Session Chair: Georges Jacquet 

Train Torsional Vibrations: 

Monitoring System Based 

On Model Result 

GT2010-22908 

Mateusz Golebiowski, 

General Electric Oil & Gas 

EDC Polska, Warsaw, Poland, 

Lorenzo Naldi, Valerio Rossi, 

General Electric Oil & Gas 

Nuovo Pignone, Florence, 

Italy, Stefano P. Ponticelli, 

S.E. Soft Engineering S.n.c, 

Pistoia, Pistoia, Italy 

Probabilistic Design Margins 

Vinay Ramanath, GE 

Aviation, Bangalore, 

Karnataka, India 

Torsional vibrations caused 

by geared coupling in a 

shaft train driven by a steam 

turbine 

GT2010-22941 

Paolo Pennacchi, Andrea 

Vania, Politecnico di Milano, 

Milan, MI,Italy, Franco 

Frattaroli, Franco Tosi 

Meccanica S.p.A., Legnano, 

MI, Italy 

Probabilistic Optimal Design 

Liping Wang, GE Global 

Research Center, Niskayuna, 

NY, USA 

Practical Uses Of Advanced 

Rotor Dynamics Tools To 

Ensure Trouble Free 

Operation Of An Overhung 

Turbo-Expander Rotor 

GT2010-22147 

Manuel Marin, Dresser-Rand 

Co, Olean, NY, USA 

Design For Variation Enabled 

Processes 

Andrew Milliken, Pratt & 

Whitney, East Hartford, USA 

Rotordynamic Analysis 

Method of Small Turbo-Fan 

Engine Based on Finite 

Element Models 

GT2010-22565 

Hong Jie, Chen Meng, Ma 

Yanhong, BUAA, 

Beijing,China, Zhang Liming, 

AVIC Harbin Dongan Engine 

(Group) Corporation LTD., 

Harbin, China 

Probabilistic Engine Fleet 

Assessment 

Alonso Peralta, Honeywell 

Aerospace, Phoenix, AZ, USA 

Model based shaft crack 

identification in rotating 

machinery 

GT2010-23812 

A.S. Sekhar, IIT-Madras, 

Chennai,India, Sudhakar G N 

D S, Indian Institute of 

Technology Madras, 

Chennai, India 

Vibration Diagnosis 

Featuring Blade-Shaft 

Coupling Effect of Turbine 

Model Rotors 

GT2010-23091 

Norihisa Anegawa, Hiroyuki 

Fujiwara, Osami Matsushita, 

National Defense Academy, 

Yokosuka, Kanagawa, Japan



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Boisdale 2 • SECC • TC-23-5 

EXPERIMENTAL AND NUMERICAL DYNAMICS OF CYCLIC STRUCTURES I 

Session Chair: Fred Nitzsche, Carleton University, Ottawa, ON, Canada Session Co-Chair: John Gyekenyesi, NASA-GRC, Cleveland, OH, USA 

Experimental and numerical 

investigations of HPC Blisks 

with a focus on travelling 

waves 

GT2010-22463 

Ulrik Strehlau, Arnold 

Kühhorn, BTU Cottbus, 

Cottbus, Brandenburg, 

Germany 

Experimental and Analytical 

Investigations of a Low 

Pressure Model Turbine during 

Forced Response 

Excitation 

GT2010-22146 

Ch. Heinz, ITSM / University 

of Stuttgart, Stuttgart, 

Germany, M. Schatz, 

ITSM/University of Stuttgart, 

Stuttgart, Germany, Michael 

Casey, ITSM / University of 

Stuttgart, Stuttgart, Germany, 

Heinrich Stueer, Siemens AG 

- Energy Sector, Muelheim 

an der Ruhr, Germany 

Vibration analysis of a nonlinear 

system with cyclic 

symmetry 

GT2010-22681 

Aurelien GROLET, Ecole 

Centrale Lyon, Ecully, France, 

Fabrice Thouverez, Ecole 

Centrale de Lyon, Ecully, 

France 

A Methodology for 

Predicting the Response of 

Airfoils with Non-linear 

Coatings 

GT2010-22090 

Sergio Filippi, GE Aviation, 

Cincinnati, OH, USA, Peter 

Torvik, Universal Technology 

Corporation, Xenia, OH, USA 

A Test Rig For Non-Contact 

Travelling Wave Excitation 

Of A Bladed Disk With 

Underplatform Dampers 

GT2010-22879 

Teresa Berruti, Christian 

Firrone, Muzio Maria Gola, 

Politecnico di Torino, Torino, 

Italy 

Aeromechanic Validation of 

a New Steam Turbine LP 

Section: Test Major 

Outcomes 

GT2010-22353 

francesco piraccini, lorenzo 

cosi, roberto biondi, General 

Electric Oil&Gas, Firenze, 

Firenze, Italy 

COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session Room: Argyll 3 • Crowne Plaza • TC-26-6 

FOULING AND RAIN INGESTION 

Session Chair: Jixian Yao, GE Global Research, Niskayuna, NY, USA Session Co-Chair: Dale Van Zante, NASA Glenn Research Center, Cleveland, OH, USA 


of the Aerodynamic 

Performance of a Linear 

Axial Compressor Cascade 

with Water Droplet Loading 

GT2010-22831 

Tjark Eisfeld, Franz Joos, 

Helmut-Schmidt-University, 

Hamburg, Germany 

Numerical Simulation for the 

Impact of Wet Compression 

using Methanol on the 

Performance Axial 

Compressor 

GT2010-22079 

Hafez El-Salmawy, Zagazig 

University, Giza, Egypt 

Study Of Sand Particle 

Trajectories And Erosion 

Into The First Fan Stage Of A 

Turbofan 

GT2010-22415 


School, ALGIERS, Algeria 

CFD analysis of an aeroengine 

fan damaged by a 

bird strike 

GT2010-22365 

Baizura Bohari, Abdulnaser 

SAYMA, University of 

Sussex, Brighton, UK



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Staffa/Shuna • Crowne Plaza • TC-27-11 

ENDWALL FLOWS 

Session Chair: Eisaku Ito, MHI, Takasago, Hyogo Pref., Japan 

The Performance of a 

Generic Non-Axisymmetric 

Endwall in a Single Stage, 

Rotating Turbine at On and 

Off-Design Conditions 

GT2010-22006 

Glen Snedden, Dwain Dunn, 

CSIR, Pretoria, South Africa, 

Grant Ingram, David 

Gregory-Smith, Durham 

University, Durham, UK 

Numerical and Experimental 

Analysis of the Effects of 

Non-Axisymmetric 

Contoured Stator Endwalls 

in an Axial Turbine 

GT2010-23350 

Thorsten Poehler, Peter 

Jeschke, Institute of Jet 

Propulsion and 

Turbomachinery, Aachen, 

Germany, Jochen Gier, MTU 

Aero Engines, Muenchen, 

Germany 

Influence of Rotor Blade 

Fillets on Aerodynamic 

Performance of Turbine 

Stage 

GT2010-23721 

Yan SHI, Jun Li, Zhenping 

Feng, Xi’an Jiaotong 

University, Xi’an, Shaanxi 

Province, China 

Measurements of Endwall 

Flows in Transonic Linear 

Turbine Cascades: Part I 

Low Flow Turning 

GT2010-22759 

Farzad Taremi, Steen 


University, Ottawa, ON, 

Canada, Thomas Praisner, 

Pratt and Whitney, East 


Measurements of Endwall 

Flows in Transonic Linear 

Turbine Cascades: Part II 

High Flow Turning 

GT2010-22760 

Farzad Taremi, Steen 


University, Ottawa, 

ON,Canada, Thomas 

Praisner, Pratt and Whitney, 


On the Development of Short 

Axial Length Turbine Stator 

with Outlet Mach Number 2 

GT2010-22490 

Martin Nemec, Petr Straka, 

Tomas Jelinek,Vyzkumny a 

Zkusebni Letecky Ustav, 

Prague, Czech Republic, 

Martin Babak, Prvni 

Brnenska Strojirna, Velka 

Bites, Czech Republic 

COMMITTEE: Turbomachinery: Radial Turbomachinery Aerodynamics • Paper Session Room: Jurra/Barra • Crowne Plaza • TC-31-2 

CENTRIFUGAL COMPRESSORS III 

Session Chair: Beat Ribi, MAN Turbo AG Switzerland, Zurich, Switzerland Session Co-Chair: Mike Cave, Solar Turbines Inc., San Diego, CA, USA 

Optimizing a Suction 

Channel to Improve 

Performance of a Centrifugal 

Compressor Stage 

GT2010-23019 

Manabu Yagi, Takanori 

Shibata, Hitachi, Ltd., 

Hitachi-shi,, Ibaraki-ken, 

Japan, Hideo Nishida, 

Hiromi Kobayashi, Masanori 

Tanaka, Kazuyuki Sugimura, 

Hitachi Plant Technologies, 

Ltd., Tsuchiura-shi, Ibarakiken, 

Japan 

Novel IGV Designs for 

Centrifugal Compressors and 

Their Interaction with the 

Impeller 

GT2010-23048 

Arman Mohseni, Joerg 

Seume, Leibniz Universitaet 

Hannover, Hannover, Germany, 

Erik Goldhahn, Voith 

Engineering Services GmbH, 

Bremen, Germany, Rene Van 

dem Braembussche, von 

Kármán Institute for Fluid 

Dynamics, Sint-Genesius- 

Rode, Belgium 

The Effects of Radial Inlet on 

the Performance of Variable 

Inlet Guide Vanes in a 


Stage 

GT2010-22177 

Jiajian Tan, Datong Qi, Xi’an 

Jiaotong University, Xi’an, 

Shaanxi, China, Rui Wang, 

Shenyang Blower Works 

Group Co., Ltd, Shenyang, 

Liaoning, China 

Parker-Type Acoustic 

Resonances In The Return 

Guide Vane Cascade Of A 

Centrifugal Compressor - 

Theoretical Modelling And 

Experimental Verification 

GT2010-22138 

Sven König, Siemens Energy 

Sector, Oil & Gas Division, 

Duisburg, Germany, Nico 

Petry, University of Duisburg- 

Essen, Duisburg, Germany 

COMMITTEE: Turbomachinery: Steam Turbines • Panel Session Room: Lomond Auditorium • SECC • TC-32-1 

PROF. GEORG GYARMATHY MEMORIAL SESSION: LIFETIME ACHIEVEMENTS AND FUTURE PRESPECTIVES IN STEAM TURBINE DEVELOPMENT 

Session Chair: Anestis Kalfas, Aristotle University of Thessaloniki (AUTH), Thessaloniki, Greece 

Session Co-Chair: Reza S. Abhari, ETH Zurich, Zurich, Switzerland, Zolti Spakovszky, MIT Gas Turbine Laboratory, Cambridge, MA, USA 

Prof. G. Gyarmathy And The 

Wet Steam Turbine 

Franz Kreitmeier, Alstom 

Power, Baden, Switzerland 

Prof. Gyarmathy’s Research 

On Centrifugal Compressors 

And Water Models 

Damian Vogt, Royal Institute 

of Technology, Stockholm, 

Sweden 

The Graz Cycle And The 

Inspiring Interactions Prof. 

Gyarmathy With His Peers 

Herbert Jericha, Graz 


Graz, Austria 

Prof. Gyarmathy And The 

Wetness Losses In Steam 

Turbines; A Review 

Michael Sell, Alstom Power, 

Baden, Switzerland



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Turbomachinery: Unsteady Flows In Turbomachinery • Paper Session Room: Castle 1 • Crowne Plaza • TC-33-2 

DESIGN CONSIDERATIONS II 

Session Chair: Guillermo Paniagua, von Karman Institute, Rhode Saint Genèse, Belgium Session Co-Chair: Michel DUMAS, Snecma, Moissy Cramayel, France 

Unsteady Aerodynamics of a 

Low Aspect Ratio Turbine 

Stage: Modeling Issues and 

Flow Physics 

GT2010-22927 

Giacomo Persico, 

Alessandro Mora, Paolo 

Gaetani, Politecnico di 

Milano, Milano,I taly, Marco 

Savini, Università degli Studi 

di Bergamo, Dalmine, Italy 

Transient Numerical 

Investigation of Rotor 

Clocking in 1.5 Stage of An 

Axial Test Turbine With a 

Blade-to-Vane Ratio of 1.5 

GT2010-22902 

Karsten Kusterer, Norbert 

Moritz, B&B-AGEMA, 

Aachen, Germany, Dieter 

Bohn, Institute of Steam and 

Gas Turbines, RWTH Aachen 

University, Aachen, 

Germany, Takao Sugimoto, 

Ryozo Tanaka, Kawasaki 

Heavy Industries, LTD. Gas 

Turbine & Machinery 

Company, Akashi, Japan 

Unsteady Tip Leakage Flow 

Characteristics And Heat 

Transfer On Turbine Blade 

Tip And Casing 

GT2010-22104 

Md Hamidur Rahman, Sung 

In Kim, Ibrahim Hassan, 

Carole El Ayoubi, Concordia 

University, montreal, QC, 

Canada 

Flow Field in a Single-Stage 

Model Air Turbine Rotor- 

Stator Cavity with Pre- 

Swirled Purge Air Flow 

GT2010-22869 

Dennis M. Dunn, Ding-Wei 

Zhou, Kyle D. Squires, 

Ramendra Roy, Kringan 

Saha, Arizona State 

University, Tempe, AZ, USA, 

Yong Kim, Hee-Koo Moon, 


San Diego, CA, USA 

Analysis On The Effect Of A 

Non-Uniform Inlet Profile On 

Heat Transfer And Fluid Flow 

In Turbine Stages 

GT2010-23526 

Simone Salvadori, University 

of Florence, Florence, Italy, 

Francesco Montomoli, 

Whittle lab, University of 


Kam Chana, QinetiQ, 

Farnborough, Hampshire, UK, 

Francesco Martelli, 


Firenze,Italy, Thomas Povey, 

Imran Qureshi, University of 

Oxford, Oxford, UK 

Mean Line Flow Model Of 

Steady And Pulsating Flow 

Of A Mixed-Flow Turbine 

Turbocharger 

GT2010-22441 

Aman M.I Bin Mamat, 

Imperial College, London, 

London, UK, Ricardo 

Martinez-Botas, Imperial 

College London, London, UK


WEDNESDAY, JUNE 16: 8:00 a.m. – 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft Engine • Paper Session Room: Castle 3 • Crowne Plaza • WA-1-1 

INLETS, NOZZLES AND OPERABILITY 

Session Chair: Awatef Hamed, School of Aerospace SAustems, Cincinnati, OH, USA Session Co-Chair: Richard Rivir, Air Force Research Laboratory, WPAFB, OH, USA 

An Investigation into the Effects of Highly 

Transient Flight Maneuvers with Heat and Mass 

Transfer on the T38 Air Force Trainer Inlet 

GT2010-22829 

Alan Hale, Aerospace Testing Alliance (ATA), 

Arnold Air Force Base, TN, USA, Andrew 

Hughes, Tenessee Technology University, 

Cookeville, TN, USA, Jim Sirbaugh, 

Aerospace Testing Alliance, Arnold Air Force 

Base, TN, USA, David Kidman, USAF, 

Palmdale, CA, USA 

A Computational Study on the Effect of 

Angles of Attack on a Double-Cone Type 

Supersonic Inlet with Bleeding System 

GT2010-23221 

KyungJin Ryu, Seol Lim, yeungnam university, 

gyeongsan-si, gyeongsangbuk-do,Korea 

(Republic), SangDug Kim, UNISON Co. Ltd., 

Seocho-Gu, Seoul, Korea (Republic), Dong 

Joo Song, Yeungnam University, Gyungsan, 

Gyungbuk, Korea (Republic) 

Prediction and Analysis of Inlet Pressure 

and Temperature Distortion on Engine 

Operability From a Recent T-38 Flight Test 

Program 

GT2010-22047 

Milt Davis, Aerospace Testing Alliance, ATA, 

Arnold AFB, TN,USA, David Kidman, USAF, 

Palmdale, CA, USA 

Propulsive Efficiency of Plane and 

Axisymmetric Nozzles with Non-Uniform 

Velocity Distributions 

GT2010-22074 

Dragan Kozulovic, Technische Universität 

Braunschweig, Braunschweig, Germany 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • WA-4-10 

COMBUSTION INSTABILITIES EXPERIMENTAL IV 

Session Chair: Christoph Hirsch, Technische Universität München, Garching, Germany Session Co-Chair: Randal McKinney, Pratt & Whitney, East Hartford, CT, USA 

An Experimental Investigation Of The 

Nonlinear Flame Response Of An Atmospheric 

Swirl-Stabilized Premixed Flame 

GT2010-22827 

Sebastian Schimek, TU-Berlin, Berlin, 

Germany, Jonas P. Moeck, TU Berlin, Berlin, 

Germany, Christian Oliver Paschereit, 

Technische Universitaet Berlin, Berlin, 

Germany 

Influence Of Transversal Acoustic Excitation 

Of The Burner Approach Flow On The Flame 

Structure 

GT2010-22965 

Martin Hauser, Lehrstuhl für Thermodynamik, 

Technische Universtität München, Garching, 

Bayern, Germany, Manuel Lorenz, Lehrstuhl 

für Thermodynamik, Technische Universität 

München, Garching, Bavaria, Germany, 

Thomas Sattelmayer, Technische Universität 

München, Garching bei München, Germany 

Dynamics of Non-premixed Bluff Body- 

Stabilized Flames in Heated Air Flow 

GT2010-23059 

Caleb Cross, Aimee Fricker, Dmitriy 

Shcherbik, Eugene Lubarsky, Ben T. Zinn, 

Georgia Institute of Technology, Atlanta, GA, 

USA, Jeffery Lovett, Pratt & Whitney Military 

Engines, East Hartford, CT, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • WA-4-13 

COMBUSTION MODELING I 

Session Chair: Leiyong Jiang, NRCC, Ottawa, ON, Canada Session Co-Chair: Rudy Dudebout, Honeywell, Phoenix, USA 

Numerical Simulation as Design Optimization 

Tool for Gas Turbine Combustion Chambers 

GT2010-22889 

Digvijay Kulshreshtha, Saurabh Dikshit, C. K. 

Pithawalla College of Engineering and 

Technology, Surat, Gujarat,India, S A 

Channiwala, S V National Institute of 

Technology, Surat, Gujarat,India 

Modeling Wall Film Formation and Breakup 

Using an Integrated Interface-Tracking/ 

Discrete-Phase Approach 

GT2010-23381 

Marco Arienti, Marios Soteriou, United 

Technologies Research Center, Hartford, CT, 

USA, Liangyu Wang, May Corn, Xiaoyi Li, 

UTRC, East Hartford, CT, USA, Timothy Shedd, 

U Wisconsin Madison, Madison, WI,USA, 

Marcus Herrmann, Arizona State University, 

Tempe, AZ, USA 

Numerical Simulation Of Pollutant Emissions 

In A Can-Type Low Nox Gas Turbine 

Combustor 

GT2010-23483 

Di Wang, Wenjun Kong, Yuhua Ai, Institute of 

Engineering Thermophysics, Chinese Academy 

of Sciences, Beijing,China, Baorui Wang, 

Institute of Engineering Thermophysics 

Chinese Academy of Sciences, Beijing,China



8:00 8:30 9:00 9:30 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room: Carron 1 • SECC • WA-5-1 

GAS TURBINE DIAGNOSTICS I 

Session Chair: William Rhoden, Hamilton Sundstrand, Windsor Locks, CT, USA 

Novel Joint Time Frequency Vibration 

Diagnostics of Turbine Engine Accessories 

GT2010-23539 

Matthew Watson, Impact Technologies, LLC, 

State College, PA, USA, Jeremy Sheldon, Carl 

Byington, Hyungdae Lee, Impact 

Technologies, LLC, Rochester, NY, USA, 

Alireza Behbahani, PhD, AFRL/RZTF, Dayton, 

OH, USA 

Developing Data Mining-Based Prognostic 

Models For Cf-18 Aircraft 

GT2010-22944 

Marvin Zaluski, Sylvain Létourneau, Jeff 

Bird, Chunsheng Yang, National Research 

Council of Canada, Ottawa, ON, Canada 

Prediction of Gas Turbine Trip Due to Electro 

hydraulic Control Valve System Failures 

GT2010-23228 

Ravi YB, Achalesh Pandey, Vinay Jammu, GE 

India Technology Center, Bangalore, 

Karnataka, India 

A Unified Nonlinear Adaptive Approach for 

Detection and Isolation of Engine Faults 

GT2010-22642 

Liang Tang, Jonathan DeCastro, Impact 

Technologies, LLC., Rochester, NY,USA, 

Xiaodong Zhang, Luis Farfan-Ramos, Wright 

State University, Dayton, OH,USA, Donald L. 

Simon, NASA Glenn Research Center, 


COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • WA-6-10 

ADVANCED IGCC 

Session Chair: Leandro Galanti, University of Genoa, Genova, Italy Session Co-Chair: Motoaki Utamura, Tokyo Institute of Tehnology, Tokyo, Japan 

On The Effects Of Syngas Clean-Up 

Temperature In IGCCs 

GT2010-22752 

Antonio Giuffrida, Matteo C. Romano, 

Politecnico di Milano - Department of Energy, 

Milano,Italy 

A Gas Turbine Performance Simulation 

Program And Its Application To An IGCC Gas 

Turbine 

GT2010-23198 

Jong Jun Lee, Young Sik Kim, Graduate 

school, Inha University, Incheon, 402-751, 

Korea (Republic), Tong Seop Kim, Inha 

University, Incheon,Korea (Republic), Jeong 

L. Sohn, School of Mechanical and 

Aerospace Engineering, Seoul National 

University, Seoul, 151-742, Korea (Republic), 

Yong Jin Joo, IGCC Group, Korea Electric 

Power Research Institute, Daejeon, 305-760, 

Korea (Republic) 

Thermodynamic and Economic Evaluation of 

an IGCC Plant Based on the Graz Cycle for 

CO2 Capture 

GT2010-22189 

Wolfgang Sanz, Matthias Mayr, Herbert 

Jericha, Graz University of Technology, 

Graz,Austria 

COMMITTEE: Electric Power • Paper Session Room: Boisdale 2 • SECC • WA-8-2 

EMISSIONS OF GAS TURBINE BASED POWER PLANTS 

Session Chair: Philip Andrew, GE Energy, Greenville, SC, USA 

Session Co-Chair: Jeffrey Benoit, Power Systems Mfg, LLC (PSM) - An Alstom Company, Jupiter, FL, USA 

VeLoNOx Combustion System Operating 

Experience On Heavy Duty Gas Turbine 

GT2010-22254 

Federico Bonzani, Domenico Zito, Ansaldo 

Energia, Genova,Italy, Carlo Piana, Ansaldo 

Energia, Milano,Italy 

Ultra Low Emission Combustion & Control 

System Installation into Mature Power Plant 

Gas Turbines 

GT2010-22261 

Jeffrey Benoit, Power Systems Mfg, LLC 

(PSM) - An Alstom Group Company, Jupiter, 

FL,USA, Charles Ellis, Power Systems Mfg, 

LLC (PSM), Jupiter, FL,USA, Joseph Cook, NV 

Energy, Las Vegas, NV,USA 

CO2 Sequestration By Conventional And 

Alternative Means 

GT2010-22318 

Justin Zachary, Bechtel Corporation, 

Frederick,USA, Harvey Wen, Bechtel Power 

Corporation, Frederick, MD,USA 

✲ 

✲ 

Status of the U.S. Department of Energys 

Office of Fossil Energy Advanced Turbine 

Program for Coal Based Power Systems with 

Carbon Capture 

Presentation without Publication 

Robin Ames, Walter Shelton, Richard Dennis, 

Heather Quedenfeld, US DOE NETL, 

Morgantown, WV,USA



8:00 8:30 9:00 9:30 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Alsh 1 • SECC • WA-9-5 

TIP REGION COOLING 

Session Chair: Yong Kim, Solar Turbines Inc., San Diego, CA, USA Session Co-Chair: Fred Soechting, Belcan Corporation, Palm Beach Gardens, FL, USA 

Predictions of Enhanced Heat Transfer of an 

Internal Blade Tip-wall with Hemispherical 

Dimples or Protrusions 

GT2010-22265 

Bengt Sunden, Gongnan Xie, Lund University, 

Lund,Sweden, Qiuwang Wang, Xi’an 

Jiaotong University, Xi’an, Shaanxi, China 

Aero-Thermal Performance of a Winglet at 

Engine Representative Mach and Reynolds 

Numbers 

GT2010-22794 

Devin O’Dowd, Qiang Zhang, Li He, Martin 

Oldfield, University of Oxford, Oxford, UK, 

Phillip Ligrani, Siemens Energy Inc., Orlando, 

FL,USA, Brian Cheong, Ian Tibbott, Rolls- 

Royce plc., Bristol, UK 

Geometrical Uncertainty And Film Cooling: 

Fillet Radii 

GT2010-22979 

Francesco Montomoli, Whittle Lab, University 

of Cambridge, Cambridge,UK, Michela 

Massini, Cambridge University, Cambridge, 

UK, Simone Salvadori, University of Florence, 

Florence,Italy, Francesco Martelli, University 

of Florence, Firenze, Italy 

Vane Wake To Stator Heatshield Interaction 

On A High Temperature, Low Emmision Flat 

Temperature Profile 

GT2010-22956 

Dr. Magali Cochet, Alstom (Schweiz) AG, 

Baden,Switzerland, Tanguy Arzel, Alstom, 

Baden,Switzerland, Bruno Stephan, Alstom 

(Schweiz) AG, Baden, AG, Switzerland, 

Michael Gritsch, Alstom, Birr, Switzerland, 

Martin Schnieder, Alstom, Baden,Switzerland 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery Committee) • Paper Session Room: Alsh 2 • SECC • WA-11-5 

ROTOR-STATOR CAVITIES II 

Session Chair: Alex MirzaMoghadam, Honeywell International, Phoenix, AZ, USA Session Co-Chair: Bruce Johnson, Infotech Aerospace Services, Manchester, CT, USA 

CFD Analysis Of Flow And Heat Transfer In A 

Direct Transfer Preswirl System 

GT2010-22964 

Umesh Javiya, John Chew, Nicholas J. Hills, 

University of Surrey, Guildford, Surrey,UK, 

Gary Lock, Mike Wilson, Leisheng Zhou, 

University of Bath, Bath, UK 

CFD Analyses Of HPT Blade Air Delivery 

System With And Without Impellers 

GT2010-22860 

Charles Wu, Boris Vaisman, Kevin 

McCusker, Pratt & Whitney, East Hartford, 

CT, USA 

Experimental Study of Discharge Coefficients 

of Radial Holes in High-Speed Rotating Shafts 

GT2010-22691 

Jan Sousek, Michael Pfitzner, Institute for 

Thermodynamics, University of the Federal 

Armed Forces Munich, Neubiberg, Bavaria, 

Germany, Reinhard Niehuis, Institute of Jet 

Propulsion, University of the Federal Armed 

Forces Munich, Neubiberg, Bavaria, Germany 

Response Of A Disk Cavity Flow To Gas 

Turbine Engine Transients 

GT2010-22824 

David May, Rolls-Royce Canada, Montreal, 

QC,Canada, John Chew, University of Surrey, 

Guildford, Surrey, UK 

COMMITTEE: Industrial & Cogeneration • Tutorial Session Room: Carron 2 • SECC • WA-14-8 

COMBUSTION AND EMISSIONS 

Session Chair: Manfred Klein, National Research Council of Canada, Ottawa, Canada 

Combustion Basics 

Mike Klassen, Combustion Science & 

Engineering, Inc., Columbia,USA 

Emissions Prevention and Control 

Leonard Angello, Electric Power Research 

Institute, Palo Alto,USA 

Emission Standards 

Manfred Klein, National Research Council of 

Canada, Ottawa,Canada 

COMMITTEE: Manufacturing Materials & Metallurgy • Panel Session Room: Argyll 3 • Crowne Plaza • WA-15-7 

PROCESSES FOR GAS TURBINE COMPONENT REPAIR 

Session Chair: Warren Miglietti, Power Systems Mfg, LLC (An Alstom Group Company), Jupiter, FL, USA 

Session Co-Chair: Xiao Huang, Carleton University, Ottawa, ON, Canada 

The Use Of Laser Technology in Turbine 

Component Repair. 

Robb Hudson, Robb Hudson and Associates, 

Itasca, USA 

Microwave Brazing of Gas Turbine 

Components 

Laurent Cretegny, GE, Niskayuna, USA 

Practical Experience With The Development 

Of Superalloy Rejuvenation 

Douglas R Nagy, Liburdi Turbine Services, 

Dundas, Canada 

Adaptive Machining Applications In Gas 

Turbine Component Repairs. 

Paul Walton, TTL, Haddenham, Bucks, UK 

✲



8:00 8:30 9:00 9:30 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Dochart 1 • SECC • WA-17-6 

MATERIALS SELECTION, PROPERTIES & DEGRADATION 

Session Chair: Jeffrey Hawk, U.S. Department of Energy, Albany, OR, USA Session Co-Chair: Bruce Pint, Oak Ridge National Laboratory, Oak Ridge, TN, USA 

Primary Surface Recuperator Alloy 

Oxidation: A Comparison of Accelerated 

Engine Testing to Field Operation 

GT2010-22121 

Wendy J. Matthews, Capstone Turbine 

Corporation, Chatsworth, CA,USA, Karren L. 

More, Larry R. Walker, Oak Ridge National 

Laboratory, Oak Ridge, TN,USA 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Dochart 2 • SECC • WA-17-8 

TURBOCHARGERS & COMPONENTS II 

Session Chair: Tom Heuer, BorgWarner Turbo Systems Engineering GmbH, Kirchheimbolanden, Germany 

Non-Adiabatic Compressor Efficiency Of 

Turbocharger: A Statistical Approach 

GT2010-23149 

Alessandro Romagnoli, Ricardo Martinez- 

Botas, Imperial College London, London, UK 

Advanced Ni-base Superalloys for Small 

Turbines and Missile Engine Applications 

GT2010-22683 

Jacqueline Wahl, Ken Harris, Cannon- 

Muskegon, Muskegon, MI,USA 

Effects of Reynolds Number and Heat 

Transfer on Scaling of a Centrifugal 

Compressor Impeller 

GT2010-23372 

yan ma, guang xi, Xi’an Jiaotong Univ, Xi’an, 

Shaanxi, China 

Evaluation of Alumina-Forming Austenitic 

Foil for Advanced Recuperators 

GT2010-23003 

Bruce Pint, Michael Brady, Yuki Yamamoto, 

Michael Santella, Philip Maziasz, Oak Ridge 

National Laboratory, Oak Ridge, TN,USA, 

Wendy J. Matthews, Capstone Turbine 

Corporation, Chatsworth, CA,USA 

Tip Leakage In Small Radial Turbines 

Optimum Tip-Gap And Efficiency Loss 

Correlations 

GT2010-22680 

Jasper Kammeyer, Christoph Natkaniec, 

Institute of Turbomachinery and Fluid 

Dynamics / Leibniz Universitaet Hannover, 

Hannover, Germany, Joerg Seume, Leibniz 

Universitaet Hannover, Hannover, Germany 

Experimental Methodology to Characterize 

Mechanical Losses in Small Turbochargers 

GT2010-22815 

Francisco Payri, J.R. Serrano, Pablo Olmeda, 

Arlington Paez, Universidad Politecnica de 

Valencia, Valencia,Spain, Fabrice Vidal, PSA 

Peugeot Citröen, Vélizy-Villacoublay Cedex, 

France 

COMMITTEE: Oil & Gas Applications • Panel Session Room: Forth • SECC • WA-18-7 

OIL & GAS PRODUCT UPGRADES AND UPRATES 

Session Chair: Patrick Campbell, GE Oil & Gas, Calcary, AB, Canada Session Co-Chair: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA 

General Electric Aeroderivatives 

Tayo Montgomery, General Electric, 


Solar Turbines Latest News 

Rainer Kurz, Solar Turbines, San Diego, CA, 

USA 

Rolls Royce Aeroderivatives Technology 

Update 

Carl Carson, Rolls Royce, Coventry, UK 

Siemens 

Neil Harris, Siemens, Lincoln, UK 

✲



8:00 8:30 9:00 9:30 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Castle 2 • Crowne Plaza • WA-22-6 

AIR AND FOIL BEARINGS II 

Session Chair: Samuel Howard, NASA Glenn Research Center, Cleveland, OH, USA 

Dynamic Response of a Rotor-Hybrid Gas 

Bearing System Due To Base Induced 

Periodic Motions 

GT2010-22277 

Luis San Andres, Keun Ryu, Yaying Niu, 

Texas A&M University, College Station, TX, 

USA 

Identification Of Rotordynamic Force 

Coefficients Of A Metal Mesh Foil Bearing 

Using Impact Load Excitations 

GT2010-22440 

Luis San Andrés, Thomas Chirathadam, 

Texas A&M University, College Station, TX, 

USA 

Rotordynamic Performance Of An Oil-Free 

Turbocharger Supported On Gas Foil 

Bearings: Effects Of A Radial Assembly 

Clearance 

GT2010-23243 

Tae Ho Kim, Jangwon Lee, Chang Ho Kim, 

Yong-Bok Lee, Korea Institute of Science and 

Technology, Seoul, Korea (Republic) 

A Comparison of the Steady-State and 

Dynamic Performance of First- and Second- 

Generation Foil Bearings 

GT2010-23683 

Martin Conlon, Azzedine Dadouche, 

Waldemar M. Dmochowski, Randy Payette, 

Jean-Pierre Bedard, National Research 

Council Canada, Ottawa, Ontario, Canada 

COMMITTEE: Structures & Dynamics: Unsteady Aerodynamics (with Turbomachinery Committee) • Paper Session Room: Castle 1 • Crowne Plaza • WA-24-2 

AEROELASTIC PHENOMENA AND COMPUTATIONAL METHODS 

Session Chair: Paul Petrie-Repar, RPMTurbo, Ashgrove, QLD, Australia Session Co-Chair: Bogdan Marcu, Pratt and Whitney Rocketdyne, Canoga Park, CA, USA 

Experimental Investigations Of Laminar 

Seperation Bubble For A Flow Past An Airfoil 

GT2010-22224 

Deepakkumar M. Sharma, Kamal Poddar, 

Indian Institute of Technology Kanpur, 

Kanpur, Uttar Pradesh, India 

A New Reduced Order Modeling for Stability 

and Forced Response Analysis of Aero-Coupled 

Blades Considering Various Mode Families 

GT2010-22745 

Maria Mayorca, Damian Vogt, Royal Institute 

of Technology, Stockholm, Sweden, Hans 

MARTENSSON, VOLVO Aero Corporation, 

TROLLHÄTTAN, Sweden, Torsten Fransson, 

Royal Institute of Technology, Stockholm, 

Sweden 

Effect of the Structural Coupling on the 

Flutter Onset of a Sector of Low-Pressure 

Turbine Vanes 

GT2010-23037 

Roque CORRAL, Ruben Antona, Juan M. 

Gallardo, Industria de Turbopropulsores S.A., 

SAN FERNANDO DE HENARES, Madrid, 

Spain, Carlos Martel, Universidad Politecnica 

de Madrid, Madrid, Madrid, Spain 

Interface treatment method for Harmonic 

solution in multi-stage Aeromechanic analysis 

GT2010-23376 

Mohammad Rahmati, Oxford University, 

oxford, UK, Li He, University of Oxford, 

Oxford, Oxford, UK, Roger Wells, Siemens 

Industrial Turbomachinery (SIT) Ltd, Lincoln 

LN5 7FD, UK 

COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session Room: Lomond Auditorium • SECC • WA-26-11 

TIP LEAKAGE FLOWS II 

Session Chair: Kenneth L. Suder, NASA Glenn Research Center, Cleveland, OH, USA Session Co-Chair: Mark Celestina, NASA Glenn Research Center, Cleveland, OH, USA 

STUDY OF TIP FLOWS IN HIGH HUB-TO-TIP 

RATIO AXIAL COMPRESSORS AT LOW SPEED 

WITH VARYING TIP GAPS, INFLOW CONDI- 

TIONS AND TIP SHAPES 

GT2010-22092 

Bhaskar Roy, Pradeep A M, Suzith A, Dinesh 

Bhatia, Aditya Mulmule, Indian Institute of 

Technology, Bombay, MUMBAI, 

Maharashtra, India 

THE INTERNAL STRUCTURE OF THE TIP 

LEAKAGE VORTEX WITHIN THE ROTOR OF 

AN AXIAL WATER-JET PUMP 

GT2010-23056 

Rinaldo L. Miorini, Università degli Studi di 

Bergamo, Dalmine, Bergamo,Italy, Huixuan 

Wu, Joseph Katz, The Johns Hopkins 

University, Baltimore, MD,USA 

Large Tip Clearance Flows in Two 

Compressor Cascades 

GT2010-22952 

Richard Williams, Durham University, 

Durham, Durham,UK, Grant Ingram, School of 

Engineering and Computing Sciences, 

Durham,UK, David Gregory-Smith, Durham 

University, Durham,UK 

Experimental Study of Effects of Grooved Tip 

Clearances on the Flow Field in a 

Compressor Cascade Passage 

GT2010-23063 

Hongwei Ma, Jun Zhang, Beijing University 

of Aeronautics and Astronautics, 

Beijing,China, Zhou Yuan, Jinghui Zhang, 

Beijing University of Aeronautics & 

Astronautics, Beijing,China



8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Hall 1 • SECC • WA-27-4 

LOW PRESSURE TURBINES II 

Session Chair: Shankar Magge, Pratt and Whitney, East Hartford, CT, USA Session Co-Chair: Franz Malzacher, MTU Aero Engines GmbH, Munich, Germany 

Predicting the Profile Loss of High Lift Low 

Pressure Turbines 

GT2010-22675 

John Coull, Whittle Laboratory, Cambridge, 

UK, Howard Hodson, University of 

Cambridge, Cambridge, UK 

Aerodynamic Performance of a Very High Lift 

Low Pressure Turbine Airfoil (T106C) at Low 

Reynolds and High Mach Number with Effect 

of Free Stream Turbulence Intensity 

GT2010-22884 

Jan Michalek, von Karman Institute for Fluid 

Dynamics (VKI), Brussels,Belgium, Tony Arts, 

von Karman Institute for Fluid Dynamics, 

Rhode-Saint-Genese, Belgium, Michelangelo 

Monaldi, Turbomachinery and Propulsion 

Department, Rhode-Saint-Genese, Belgium 

LP Turbine Reynolds Lapse Phenomena: Time 

Averaged Area Traverse and Multistage CFD 

GT2010-23114 

Matthias Kuerner, Carsten Schneider, Martin 

G Rose, ILA University of Stuttgart, Stuttgart, 

Germany, Stephan Staudacher, Institute of 

Aircraft Propulsion Systems / University of 

Stuttgart, Stuttgart,Germany, Jochen Gier, 

MTU Aero Engines, Muenchen, Germany 

Study of Viscous Controlled Vortex Design of 

a Low Pressure Turbine Stage 

GT2010-23123 

Jie Gao, Bin Li, Qun Zheng, Harbin 

Engineering University, Harbin, Heilongjiang, 

China 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Leven • SECC • WA-29-3 

THREE DIMENSIONAL CFD METHODS - GENERAL 

Session Chair: Dirk Nuernberger, Siemens AG, Muelheim, Germany Session Co-Chair: Dragan Kozulovic, Technische Universität Braunschweig, Braunschweig, Germany 

Some Limitations of Turbomachinery CFD 

GT2010-22540 

John Denton, Cambridge University 

Engineering Dept., Cambridge, UK 

A Dual-Mesh Approach to Enhance Accuracy 

of the Boundary Conditions for Unstructured 

Grid Modeling of Turbomachinery Flows 

GT2010-23390 

Hong Yang, National Research Council 

Canada, NRC/IAR/GTL, Ottawa, ON, Canada, 

Leiyong Jiang, NRCC, Ottawa, ON, Canada 

A Generalized Axisymmetric Boundary 

Condition Method for Parallel Unstructured 

Field Solvers 

GT2010-23414 

Daniel Hyams, Kidambi Sreenivas, Robert 

Webster, UT SimCenter at Chattanooga, 

Chattanooga, TN, USA 

Discontinuous Galerkin Solution Of Threedimensional 

Reynolds-averaged Navier- 

Stokes Equations With S-A Turbulence Model 

GT2010-23133 

Fan Feng, Chunwei Gu, Xuesong Li, Tsinghua 


COMMITTEE: Turbomachinery: Radial Turbomachinery Aerodynamics • Paper Session Room: Morar/Ness • SECC • WA-31-6 

CENTRIFUGAL COMPRESSORS IV 

Session Chair: Tony Jones, Hamilton Sundstrand, San Diego, CA, USA Session Co-Chair: Chuangang Gu, Shanghai Jiaotong University, Shanghai, Shanghai, China 

Analysis And Validation Of A Unified Slip 

Factor Model For Impellers At Design And 

Off-Design Conditions 

GT2010-22164 

Xuwen Qiu, Cocnepts NREC, White River 

Junction, VT, USA, Dave Japikse, Jinhui 

Zhao, Mark Anderson, Concepts NREC, White 

River Junction, VT, USA 

Extracting Two-Zone Model Parameters For 

Centrifugal Compressor Design 

GT2010-22506 

Fahua Gu, Trane - Ingersoll-Rand, La Crosse, 

WI,USA, Chris Thilges, Matt Cambio, Trane - 

Ingersol-Rand, La Crosse, WI, USA 

The Cordier Line for Mixed Flow Compressors 

GT2010-22549 

Michael Casey, ITSM / University of 

Stuttgart, Stuttgart,Germany, Christof 

Zwyssig, Celeroton, Zürich, Switzerland, 

Chris Robinson, PCA Engineers Limited, 

Lincoln, UK 

Blade Thickness Effect on Impeller Slip 

Factor 

GT2010-22557 

Donghui Zhang, Jean-Luc Di Liberti, Mike 

Cave, Solar Turbines Inc., San Diego, CA, 

USA



8:00 8:30 9:00 9:30 

COMMITTEE: Wind Turbine Technology • Paper Session Room: Boisdale 1 • SECC • WA-34-5 

WIND TURBINE DYNAMICS AND INSTRUMENTATION 

Session Chair: William Rhoden, Hamilton Sundstrand, Windsor Locks, CT, USA Session Co-Chair: David Ransom, Southwest Research Institute, San Antonio, TX, USA 

Full Scale Wind Turbine Flow Measurement: 

7-Sensor Fast-Response Probe 

GT2010-23425 

Michel Mansour, Gulru Kocer, Swiss Federal 

Institute of Technology Zurich, Zurich, 

Switzerland, Christian Lenherr, Laboratory for 

Energy Conversion, ETH Zurich, Zurich, ZH, 

Switzerland, Ndaona Chokani, Swiss Federal 

Institute of Technology Zurich, Zurich, Zurich, 

Switzerland, Reza S. Abhari, ETH Zurich, 


Acoustic Analysis of the NREL Phase VI 

Wind Turbine 

GT2010-23785 

Ali Ameri, The Ohio State University, 

Cleveland, OH,USA, Kirsten Ranft, Iwan 

Alexander, Great Lake Institute/Case 

Western Reserve University, Cleveland, 

OH,USA, Edmane Envia, NASA Glenn 

Researcg Center, Cleveland, OH,USA 

Kinematical Analysis of a Novel 

Transmission Mechanism with Steady-Speed 

Output for Variable Speed Wind Turbines 

GT2010-23207 

Guan-Shyong Hwang, Nanhua University, 

Chiayi,Taiwan, Der-Min Tsay, Jao-Hwa 

Kuang, National Sun Yat-sen University, 

Kaohsiung,Taiwan, Tzuen-Lih Chern, 

Department of Electrical Engineering, 

National Sun Yat-Sen University, 

Kaohsiung,Taiwan


WEDNESDAY, JUNE 16: 10:15 a.m. – 12:45 p.m. 

10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Aircraft Engine • Panel Session Room: Argyll 3 • Crowne Plaza • WB-1-4 

NEW TESTING FACILITIES/CAPABILITIES FOR THE 21ST CENTURY 

Session Chair: Jonathan Gould, Pratt & Whitney, East Hartford, USA 

In-Flight Thrust Uncertainty 

Robert McGurgan, Pratt & Whitney, 

Hartford, USA 

Icing Validation and Certification 

Testing 

James MacLeod, NRC-CNRC, 

Ottawa, Canada 

Value of Model Predictions in 

Engine Testing 

Syed Khalid, Rolls Royce, 

Indianapolis, IN, IN, USA, Steve 

Brown, Rolls-Royce plc, Derby, UK 

Engine Certification Strategies for 

ATF and Ground Based Compliance 

Jonathan Gould, Pratt & Whitney, 

East Hartford, USA 

COMMITTEE: Ceramics • Paper Session Room: Gala 2 • SECC • WB-2-2 

CERAMIC DEVELOPMENT, CHARACTERIZATION AND APPLICATION 

Session Chair: Mark van Roode, Mark van Roode, San Diego, CA, USA Session Co-Chair: John Gyekenyesi 

Non-Destructive Tbc Spallation 

Detection By A Micro-Indentation 

Method 

GT2010-23500 

Bruce Kang, Jared Tannenbaum, 

West Virginia University, 

Morgantown, WV, USA, Mary Anne 

Alvin, US DOE National Energy 

Technology Laboratory, Pittsburgh, 

PA, USA 

Target Size Effects on Foreign 

Object Damage in Gas-Turbine 

Grade Silicon Nitrides by Ceramic 

Ball Projectiles 

GT2010-23574 

Sung Choi, Naval Air Systems 

Committee:and, Patuxent River, MD, 

USA, Zsolt Racz, FACC AG, Ried in 

Innkreis, Austria 

On The Performance Of Porous 

Sound Absorbent Material In High 

Temperature Applications 

GT2010-22331 

Frank Giese, Hans-Christoph Ries, 

Christian Eigenbrod, University of 

Bremen, ZARM, Bremen, Germany 

CMC Combustor Liner 

Demonstration In A Small 

Helicopter Engine 

GT2010-23810 

Tania Bhatia, David Jarmon, Jun 

Shi, Scott Kearney, United 

Technologies Research Center, East 

Hartford, CT, USA, Alex Prociw, 

John Hu, Alexander Kojovic, Pratt 

and Whitney, Canada, Mississauga, 

ON, Canada 

Creep Resistance and Water Vapor 

Degradation of SiC/SiC Ceramic 

Matrix Composite Gas Turbine Hot 

Section Components 

GT2010-23012 

Mark van Roode, Mark van Roode, 

San Diego, CA, USA, Arun 

Bhattacharya, Solar Turbines Inc., 

San Diego, CA, USA, Mattison 

Ferber, Ceramatec, Salt Lake City, 

UT, USA, Frank Abdi, AlphaStar 

Corporation, Long Beach, CA, USA 

COMMITTEE: Coal, Biomass & Alternative Fuels • Panel Session Room: Forth • SECC • WB-3-5 

CURRENT STATUS OF GASIFICATION TECHNOLOGY AND IGCC WITH CARBON CAPTURE 

Session Chair: Ting Wang, University of New Orleans, New Orleans, LA, USA Session Co-Chair: Robert Steele, Electric Power Research Institute, Charlotte, NC, USA 

The U.S. DOE Office of Fossil Energy 

Advanced Turbine Program - 

Hydrogen Fueled Turbines for IGCC 

Applications with Carbon Capture 

Richard Dennis, US DOE NETL, 

Morgantown, WV, USA 

Gas Turbines and Gasification in a 

CCS Facility 

Juergen Karg, Siemens AG, 

Erlangen, Germany 

Recent Advances in Syngas 

Cleanup with Carbon Capture 

Raghubir Gupta, RTI International, 

Research Triangle, USA 

Mitsubishi (MHI) IGCC Technology 

for the Carbon Constrained World 

Koichi Sakamoto, Mitsubishi Heavy 

Industries, Ltd., Nagasaki, Japan 

✲ 


Improvement Potential for IGCC 

with CCS 

Robert Steele, Electric Power 

Research Institute, Charlotte, NC, 

USA



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • WB-4-15 

COMBUSTION MODELING III 

Session Chair: Shiva Srinivasan, GE Energy, Greenville, SC, USA 

Session Co-Chair: Santosh Hemchandra, Institute of Aerodynamics, RWTH Aachen University, Aachen, Germany 

An Algebraic Sub-Grid Scale 

Turbulent Combustion Model 

GT2010-22033 

Fang Wang, Yong Huang, Beihang 

University, Beijing, China, Francis 

LEBOEUF, Ecole Centrale de Lyon- 

LMFA, Ecully, France, Abdulnaser 

SAYMA, University of Sussex, 

Brighton, UK, Lixing Zhou, Tsinghua 


Premixed Turbulent Combustion 

Models for Large Eddy and RANS 

Simulations 

GT2010-22298 

Eike Tangermann, Roman Keppeler, 

Universität der Bundeswehr 

München, Neubiberg, Germany, 

Michael Pfitzner, Institute for 

Thermodynamics, University of the 

Federal Armed Forces Munich, 

Neubiberg, Bavaria, Germany 

Combustion Modeling of Partially 

Premixed Flames 

GT2010-22423 

Ilona Zimmermann, ANSYS 

Germany GmbH, Otterfing, 

Germany, Michael Pfitzner, 

Institute for Thermodynamics, 

University of the Federal Armed 

Forces Munich, Neubiberg, 

Bavaria, Germany 

Numerical Re-Design Of A Heavy 

Duty Gas Turbine Combustion 

Chamber Hydrogen Fired 

GT2010-22890 

Alessandro Marini, Giovanni 

Riccio, Francesco Martelli, 

University of Florence, Firenze, 

Italy, Stefano Sigali, ENEL Ricerca, 

Pisa, Italy, Stefano Cocchi, GE 

Oil&Gas Nuovo Pignone SpA - 

Firenze, Firenze, Italy 

Utilization of Cold-Flow Numerical 

Simulation with Overset Grid 

Method in Development Process of 

Aeroengine Combustor 

GT2010-23089 

Mitsumasa Makida, Osamu Nozaki, 

Japan Aerospace Exploration 

Agency, Chofu, Tokyo, Japan, 

Naoki Nakamura, Advanced 

Science & Intelligence Research 

Institute, Chiyoda, Tokyo, Japan 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • WB-4-16 

COMBUSTOR DESIGN, DEVELOPMENT & TEST I 

Session Chair: Holger Streb, Siemens AG Energy Sector, Muelheim an der Ruhr, Germany Session Co-Chair: Gordon E. Andrews, Univeristy of Leeds, Leeds, UK 

Numerical Simulation of 

Combustion Processes and Analysis 

of Temperature Field Non-Uniformity 

in GTE-65 Gas Turbine Combustor 

GT2010-23798 

Dmitry Tarasov, Irina Kadykova, 

Alexander Lebedev, Nikolay Simin, 

Viktor Grinevich, OJSC “Power 

Machines”, the Branch “LMZ”, Saint 

Petersburg, Russia 

Development of Air Cooled 

Combustor for Mitsubishi G Class 

Gas Turbine 

GT2010-22864 

Kenji Sato, Keizo Tsukagoshi, 

Hisato Arimura, Katsunori Tanaka, 

Koichi Nishida, Testu Konishi, 

Shinji Akamatsu, Hiroaki Kishida, 

Mitsubishi Heavy Industries, ltd., 

Takasago, Japan 

Full-Scale Atmospheric Tests Of 

Sequential Combustion 

GT2010-22891 

Andrea Ciani, Dr., Bettina Paikert, 

Dr., Alstom, Baden, Switzerland, 

Felix Guethe, Dr., Alstom, Birr, 

Switzerland, Adnan Eroglu, Dr., 


FT8-3 Advanced Low Emissions 

Combustor Design 

GT2010-23792 

Urmila C., Reddy, Pratt & Whitney, 

East Hartford, CT,USA, Christine E., 

Blanchard, Pratt and Whitney, East 

Hartford, CT, USA, Barry C., 

Schlein, Belcan, Pratt & Whitney 

Operations, East Hartford, CT, USA 

Investigations of a Staged Fuel 

Nozzle for Aeroengines by Multi- 

Sector Combustor Test 

GT2010-23206 

Takeshi Yamamoto, Kazuo 

Shimodaira, Yoji Kurosawa, Seiji 

Yoshida, Kazuaki Matsuura, Japan 

Aerospace Exploration Agency, 

Tokyo, Japan 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room: Carron 1 • SECC • WB-5-4 

GAS TURBINE DIAGNOSTICS USING INTELLIGENT METHODS 

Session Chair: Donald L. Simon, NASA Glenn Research Center, Cleveland, OH, USA 

Fault Isolation for an Industrial Gas 

Turbine with a Model-based 

Diagnosis Approach 

GT2010-22511 

Emil Larsson, Jan Åslund, Erik 

Frisk, Lars Eriksson, Linköping 

University, Linköping, Sweden 

Operator-Specific Engine Trending 

Using A Feature-Based Model 

GT2010-22496 

Friederike Graeter, Stephan 

Staudacher, Institute of Aircraft 

Propulsion Systems / University of 


Matthias Weißschuh, Rolls-Royce, 

Blankenfeld-Mahlow, Germany 

Polynomials and Neural Networks 

for Gas Turbine Monitoring: a 

Comparative Study 

GT2010-23749 

Igor Loboda, Instituto Politecnico 

Nacional, ESIME Culhuacan, 

Mexico, Mexico, Distrito Federal, 

Mexico, Yakov Feldshteyn, 

Compressor Controls Corporation, 

Des Moines, IA, USA 

Fault Diagnosis of Jet Engines by 

using a Multiple Model-based 

Approach 

GT2010-23442 

Nader Meskin, Esmaeil Naderi, 

Khashayar Khorasani, Concordia 

University/ Department of Electrical 

and Computer Engineering, 

Montreal, QC, Canada 

Fault Diagnosis Of Gas Turbine 

Engines By Using Dynamic Neural 

Networks 

GT2010-23586 

Rasul Mohammadi, Chrysler, 

Auburn Hills, MI,USA, Esmaeil 

Naderi, Khashayar Khorasani, 

Concordia University/ Department 

of Electrical and Computer 

Engineering, Montreal, QC, Canada, 

Shahin Hashtrudi-zad, Concordia 

University, Montreal, QC, Canada



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • WB-6-16 

INNOVATIVE MICROTURBINE CYCLES 

Session Chair: Alberto Traverso, University of Genoa, Genova, Italy Session Co-Chair: Wendy J. Matthews, Capstone Turbine Corporation, Chatsworth, CA, USA 

Experimental Investigations of 

Pressure Losses on the 

Performance of a Micro Gas 

Turbine System 

GT2010-22067 

Jan Zanger, Axel Widenhorn, 

Manfred Aigner, German 

Aerospace Centre, Stuttgart, 

Germany 

Experimental Characterization of a 

Micro Gas Turbine Test Rig 

GT2010-22799 

Martina Hohloch, Jan Zanger, Axel 

Widenhorn, Manfred Aigner, 

German Aerospace Centre, 

Stuttgart, Germany 

Comparison of External And 

Internal EGR Concepts for Low 

Emission Micro Gas Turbines 

GT2010-22413 

Raffaele Tuccillo, Maria Cristina 

Cameretti, DIME, Universita’ di 

Napoli “Federico II”, NAPOLI,Italy, 

Fabrizio Reale, Istituto Motori, CNR, 

Italy, NAPOLI,Italy, Renzo Piazzesi, 

School of Engineering, University of 

Brighton, UK, Brighton, UK 

Performance Benefits Of A 

Portable Hybrid Micro-Gas-Turbine 

Power System For Automotive 

Applications 

GT2010-23248 

Fanos Christodoulou, 

Endress+Hauser, Dornach, 

Switzerland, Panagiotis 

Giannakakis, Cranfield University, 

Bedford, UK, Anestis Kalfas, 

Aristotle University of Thessaloniki, 


Improved Controller Performance 

of Selected Hybrid SOFC-GT Plant 

Signals Based on Practical Control 

Schemes 

GT2010-22470 

Alex Tsai, David Tucker, 

Department of Energy, National 

Energy Technology Laboratory, 

Morgantown, WV,USA, Craig 

Groves, Georgia Institute of 

Technology, Atlanta, GA, USA 

COMMITTEE: Electric Power • Paper Session Room: Hall 1 • SECC • WB-8-4 

ANALYSIS OF GAS TURBINES AND GAS TURBINE BASED POWER PLANTS 

Session Chair: Carlos Koeneke, Mitsubishi Power Systems America, Orlando, FL, USA Session Co-Chair: William Day, Longview Energy Associates, LLC, Kensington, CA, USA 

A Simple Parametric Model For 

The Analysis Of Cooled Gas 

Turbines 

GT2010-22160 

Seyfettin Gulen, General Electric, 

Schenectady, NY, USA 

Heavy Duty Gas Turbine 

Simulation: A Compressor IGV 

Airfoils Off-Design 

Characterization 

GT2010-22628 

Carlo Carcasci, Università degli 

Studi di Firenze - Dipartimento di 

Energetica “Sergio Stecco”, 

Florence, Italy, Riccardo Da Soghe, 

University of Florence Dipartimento 

di Energetica S.Stecco, Florence, 

Italy, Andrea Silingardi, Pio Astrua, 

Ansaldo Energia, Genova,Italy, 

Stefano Traverso, Ansaldo Energia 

S.p.a., Genova, Italy 

Importance Of Auxiliary Power 

Consumption On Combined Cycle 

Performance 

GT2010-22161 

Seyfettin Gulen, General Electric, 

Schenectady, NY, USA 

Development of Performance 

Deterioration Diagnosis Method for 

Gas Turbine Combined Cycle 

Power Plant 

GT2010-22081 

Toru Takahashi, Eiichi Koda, 

Yoshinobu Nakao, Central Reseach 

Institute of Electric Power Industry, 

Yokosuka, Kanagawa, Japan



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Lomond Auditorium • SECC • WB-10-3 

TIP & TRAILING EDGE FILM COOLING 

Session Chair: Fred Soechting, Belcan Corporation, Palm Beach Gardens, FL, USA Session Co-Chair: Sundar Narayan, Creative Power Solutions, Fountain Hills, AZ, USA 

Influence of Different Shoulder 

Widths on Film Cooling 

Characteristics on GE-E3 Blade Tip 

GT2010-22382 

Jin Wang, Dahai Zhang, Min Zeng, 

Qiuwang Wang, Xi’an Jiaotong 

University, Xi’an, Shaanxi, China 

Heat Transfer And Effectiveness On 

The Film Cooled Tip And Inner Rim 

Surfaces Of A Turbine Blade 

GT2010-23203 

Jun Su Park, Dong Hyun Lee, 

Yonsei University, Seoul, Korea 

(Republic), Dong-Ho Rhee, Korea 

Aerospace Research Institute, 

Daejeon, Korea (Republic), Hyung 

Hee Cho, Yonsei University, 

Seoul,Korea (Republic), Shin- 

Hyoung Kang, Seoul National 

University, Seoul, Korea (Republic) 

Heat Transfer and Film Cooling of 

Blade Tips and Endwalls 

GT2010-23288 

Shailendra Naik, Alstom Power 

(Switzerland), Baden, Switzerland, 

Christos Georgakis, Alstom (UK), 

Rugby,UK, Tomas Hofer, von 

Karman Institute for Fluid 

Dynamics, Sint- Genesius - Rode, 

Belgium, Davide Lengani, von 

Karman Institute for Fluid 

Dynamics, Rhode-Saint Genese, 

Belgium 

Squealer Tip Heat Transfer with 

Film Cooling 

GT2010-23688 

Greg Kramer, LSU, Baton Rouge, 

LA,USA, Sumanta Acharya, 

Louisiana State University, Baton 

Rouge, LA, USA, Louis Moreaux, 

LSU, Baton Rouge, LA,USA, Chiyuki 

Nakamata, IHI, Tokyo, Japan 

Trailing Edge Film Cooling of Gas 

Turbine Airfoils–External Cooling 

Performance of Various Internal 

Pin Fin Configurations 

GT2010-23578 

Tim Horbach, Karlsruhe Institute of 

Technology (KIT), Karlsruhe, 

Germany, Achmed Schulz, Institut 

fuer Thermische 






Baden-Württemberg,Germany 

COMMITTEE: Marine • Paper Session Room: Alsh 2 • SECC • WB-16-5 

MAINTENANCE AND MONITORING 

Session Chair: James Hampshire, USA Navy, Philadelphia, PA, USA Session Co-Chair: Desiree Deshmukh, US Navy, Philadelphia, PA, USA 

Propulsion Simulator/Stimulator 

Development for US Navys newest 

Gas Turbine Powered Ship. 

GT2010-22305 

Abe Boughner, NAVSEA 

Philadelphia Code 935, Philadelphia, 

PA, USA, James Turso, Northrop 

Grumman Electronic Systems, 

Sykesville,, MD, USA, John 

Buonamici, Naval Surface Warfare 

Center, Philadelphia, PA, USA 

US Navy TF40B Series Depot 

Commonality And Reutilization 

Supporting Condition Based 

Maintenance 

GT2010-23459 

Joseph P. Ranero, NSWCCD-SSES, 


10 Years Later; A Financial and 

Technical Review of the USA 

Navy’s LM2500 High Pressure 

Turbine Blade Refurbishment 

Program 

GT2010-22811 

Rob Neff, matthew driscoll, Naval 

Surface Warfare Center, 


An Automated Energy Conservation 

Decision Support System for Navy 

Gas Turbines 

GT2010-22217 

Mike Roemer, Carl Palmer, Impact 

Technologies, Rochester, NY,USA, 

Sudarshan Bharadwaj, Impact 

Technologes LLC, Rochester, NY, 

USA, Chris Savage, Life Cycle 

Manager Condition Assessment 

Systems Head, Philadelphia, PA, 

USA 

✲ 

Modernization of Existing US Navy 

Steam Turbines (Efficiency, 

Reliability, and Maintainability) 

GT2010-22472 

Samuel Golinkin, Michael Lipski, 

Frank Conlow, Siemens Demag 

Delaval Turbomachinery, Inc., 

Hamilton, USA



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Dochart 1 • SECC • WB-17-9 

ROTATING COMPONENTS II: DESIGN & OPTIMIZATION 

Session Chair: Vishwas Iyengar, Southwest Research Institute, San Antonio, TX, USA Session Co-Chair: Matthew Blieske, Southwest Research Institute, San Antonio, TX, USA 

Optimization Of A High Speed 

Centrifugal Compressor For A 

Micro Gas Turbine Based On CFD 

And FEM Analysis 

GT2010-22863 

Liang Wang, Guang Xi, Xi’an 

Jiaotong Univ, Xi’an, China 

One And Three-Dimensional 

Analysis Of Centrifugal Compressor 

For 600 KW Simple Cycle Gas 


GT2010-22950 

Elkin Gutiérrez V., Marco A. R. 

Nascimento, Rubén Miranda, 

Univerdidade Federal De Itajubá, 

Itajubá - Minas Gerais,Brazil, 

Newton R. Moura, Petrobras 

Research and Development Centre 

(CENPES), Rio de Janeiro, RJ,Brazil 

Radial Inflow Turbine One And Tri- 

Dimensional Design Analysis Of 

600 KW Simple Cycle Gas Turbine 

Engine 

GT2010-22951 

Rubén Miranda, Marco A. R. 

Nascimento, Elkin Gutiérrez V., 

UNIFEI - Universidade Federal de 

Itajubá, Itajubá - MG,Brazil, 

Newton R. Moura, Petrobras 

Research and Development Centre 

(CENPES), Rio de Janeiro, RJ,Brazil 

COMMITTEE: Microturbines & Small Turbomachinery • Paper Session Room: Dochart 2 • SECC • WB-17-10 

GENERAL INTEREST 

Session Chair: Jim Kesseli, Brayton Energy, LLC, Hampton, NH, USA Session Co-Chair: Shaun Sullivan 

Study of Fault Self-recovery and 

Seal Improvement for Centrifugal 

Compressor 

GT2010-22324 

Weimin Wang, Jinji Gao, Yan Li, 

Shuangxi Li, Beijing University of 

Chemical Technology, Beijing, 

China 

Thermoeconomic Analysis of 

Micro Gas Turbine Design in the 

Range 25-500 kWe 

GT2010-22351 

Leandro Galanti, Aristide F. 

Massardo, University of Genoa, 

Genova, Italy 

An Adaptive Fuzzy Logic Algorithm 

For The Thrust Control Of A Small 

Turbojet Engine 

GT2010-22510 

Luciano Andrea Catalano, Riccardo 

Amirante, Polytechnic of Bari, 

Bari,Italy, Paolo Tamburrano, 

Politecnico di Bari, Bari, Italy 

A Performance Autopsy of Three 

Centrifugal Compressors for a 

Small Gas Turbine 

GT2010-22037 

Colin Rodgers, itc, san diego, 

CA,USA, Daniel Brown, 

BrownTurbo, Lebanon, NH, USA 

Multi Stage Variable Speed Turbo 

Compressor for Enhancing 

Seasonal Energy Efficiency Ratio 

of Air Conditioners using R718 as 

Refrigerant 

GT2010-22502 

Demiss A. Amibe, Addis Ababa 

University, Addis Ababa, Ethiopia, 

Qubo Li, Norbert Mueller, Michigan 

State University, East Lansing, MI, 

USA 

COMMITTEE: Oil & Gas Applications • Paper Session Room: Carron 2 • SECC • WB-18-5 

DEGRADATION IN GAS TURBINES 

Session Chair: Rainer Kurz, Solar Turbines Incorporated, San Diego, CA, USA 

Numerical Analysis Of The Effects 

Of Non-Uniform Surface Roughness 

On Compressor Stage Performance 

GT2010-23291 

Mirko Morini, Michele Pinelli, Pier 

Ruggero Spina, Mauro Venturini, 

University of Ferrara, Ferrara, Italy 

Performance Deterioration of 

Intake Air Filters for Gas Turbines 

in Offshore Installations 

GT2010-22454 

Olaf Brekke, Lars E. Bakken, 

Norwegian University of Science 

and Technology, Trondheim, Norway 

Accelerated Deterioration by 

Saltwater Ingestion in Gas Turbine 

Intake Air Filters 

GT2010-22455 

Olaf Brekke, Lars E. Bakken, 

Norwegian University of Science 

and Technology, Trondheim, Norway 

✲



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Structures & Dynamics: Fatigue, Fracture & Life Prediction • Paper Session Room: Castle 3 • Crowne Plaza • WB-20-1 

COMPONENT FAILURE ANALYSIS 

Session Chair: Richard Nelson, PSM - An Alstom Company, Jupiter, FL, USA 

Session Co-Chair: Balkrishna Annigeri, Pratt & Whitney, East Hartford, CT, USA, Ali P. Gordon, University of Central Florida, Orlando, FL, USA 

Failure Investigation Of The 69 MW 

Gas Turbine Of Combined Cycle 

Unit 

GT2010-22262 

Zdzislaw Mazur, Alejandro 

Hernandez-Rossette, Jesus 

Porcayo-Calderon, Instituto de 

Investigaciones Electricas, 

Cuernavaca, Morelos, Mexico 

Fracture Analysis of A First Stage 

Turbine Blade 

GT2010-22802 

Reza Ghorbani, Saeed Asadi, 

MAPNA Turbine Blade Engineering 

& Manufacturing Co. - Parto, Karaj, 

Tehran, Iran, Karsten Kusterer, B&B 

AGEMA, Aachen,Germany, Anis 

Haj Ayed, B&B-AGEMA GmbH, 

Aachen, Germany 

Effect of Blade Geometry and 

Foreign Object Kinetic Energy on 

Blades Damage 

GT2010-22425 

Mickhail S. Nikhamkin, Leonid V. 

Voronov, Irina Semenova, Perm 

State Technical University, Perm, 

Russia 

Rotor Components Life Evaluation 

Validated By Field Operation Data 

GT2010-22741 

Laura Traversone, Luca Bordo, 

Ansaldo Energia, Genoa, Genoa, 

Italy, Mauro Maccio, Adelmo 

Rebizzo, Ansaldo Energia, Genova, 

Italy 

Fault Diagnose and Failure 

Prediction by Thrust Load Analysis 

for a Turbocharger Thrust Bearing 

GT2010-22320 

Jizhong Zhang, Hong He, National 

Key Lab. of Science and 

Technology on Diesel Engine 

Turbocharging, Datong, Shanxi, 

China, Harold Sun, Ford Motor 

Company, Michigan, USA, 

Dearborn, MI, USA, Liangjun Hu, 

Beijing Institute of Technology, 

Beijing, China 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Castle 2 • Crowne Plaza • WB-22-3 

BEARINGS I 

Session Chair: Waldemar Dmochowski, National Research Council/Institute for Aerospace Research, Ottawa, ON, Canada 

Session Co-Chair: Martin Conlon, National Research Council Canada, Ottawa, ON, Canada 

Minimizing Dynamic Response of 

Counter-Rotating Engines Through 

Optimized Node Placement 

GT2010-22072 

Pete Hylton, Indiana University 

Purdue University Indianapolis, 

Indianapolis, IN, USA 

Modal Frequency Response of a 

Four-Pad Tilting Pad Bearing with 

Spherical Pivots, Finite Pivot 

Stiffness and Different Pad 

Preloads 

GT2010-23609 

Timothy Dimond, Amir Younan, 

Paul Allaire, University of Virginia, 

Charlottesville, VA, USA, John C. 

Nicholas, Lufkin - RMT, Wellsville, 

NY, USA 

Case history of pad fluttering in a 

tilting-pad journal bearing 

GT2010-22946 

Paolo Pennacchi, Andrea Vania, 

Steven Chatterton, Politecnico di 

Milano, Milan, MI, Italy, Emanuel 

Pesatori, Franco Tosi Meccanica 

S.p.A., Legnano, MI, Italy 

Identification And Prediction Of 

Force Coefficients In A Five-Pad 

And Four-Pad Tilting Pad Bearing 

For Load-On-Pad And Load- 

Between-Pad Configurations 

GT2010-23802 

Adolfo Delgado, GE Global 

Research, Niskayuna, NY, USA, 

Giuseppe Vannini, GE Infra, Oil & 

Gas, Florence,Italy, Bugra Ertas, GE 

Global Research, Niskayuna, NY, 

USA, Lorenzo Naldi, General 

Electric Oil&Gas Nuovo Pignone, 

Florence, Italy, Mike Drexel, GE 

Global Research Center, Niskayuna, 

NY, USA 

Theoretical and Experimental 

Study on Stability of Rotor System 

with Cylindrical Bearing and 

Elliptical Bearing 

GT2010-23120 

Wang Yongliang, Harbin Institute of 

technology, Harbin, Heilongjiang, 

China, Zhansheng Liu, School of 

Energy Science and Engineering, 

Harbin Institute of Technology, 

Dalian, Heilongjiang Province, 

China, Guanghui Zhang, Liquan 

Sun, Harbin Institute of Technology, 

Harbin, China



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Alsh 1 • SECC • WB-23-10 

VIBRATION OF BLADED DISKS II 

Session Chair: Sergio Filippi, GE Aviation, Cincinnati, OH, USA Session Co-Chair: Sanghum Baik, GE Global Research, Niskayuna, NY, USA 

FE Modeling of Chord-Wise Blade 

Modes for Reliable Compressor 

Redesign Process 

GT2010-22619 

Ilya Fedorov, JV ALSTOM Power 

Uniturbo Ltd., Moscow, Russia, 

Jaroslaw Szwedowicz, Wolfgang 

Kappis, ALSTOM (Switzerland) Ltd, 

Baden, Switzerland, Igor V. 

Putchkov, JV ALSTOM Power 

Uniturbo Ltd., Moscow, Russia 

Experimental and Analytical 

Mistuning Analysis of a Blisk at 

Lab Conditions and under Rig 

Conditions using Tip Timing 

GT2010-22447 

Harald Schoenenborn, Ulrich 

Retze, Gerhard Ziller, MTU Aero 

Engines GmbH, Munich, Germany, 

Phillip Waniczek, Aachen 

University of Technology, Aachen, 

Germany 

Simulation of Tip-Timing 

Measurements of a Cracked 

Bladed Disk Forced Response 

GT2010-22388 

Vsevolod Kharyton, Jean-Pierre 

Laine, Fabrice Thouverez, Ecole 

Centrale de Lyon, Ecully, France, 

Olexiy Kucher, National Aviation 

University, Kiev, Kiev, Ukraine 

On Forced Response Of A Rotating 

Integrally Bladed Disk : 

Predictions And Experience 

GT2010-23610 

Vsevolod Kharyton, Claude Gibert, 

Fabrice Thouverez, Ecole Centrale 

de Lyon, Ecully, France, Pierrick 

JEAN, Snecma - SAFRAN Group, 

MOISSY-CRAMAYEL, France 

The Development of Criteria for 

Determining the Need for Multi- 

Mode Flutter Analysis of 

Turbomachinery Blades 

Presentation without Publication 

Stephen Clark, Duke University, 

Durham, NC, USA, Robert Kielb, 

Duke Universtiy, Durham, NC, USA, 

Kenneth Hall, Duke University, 

Durham, NC, USA 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Leven • SECC • WB-27-5 

LEAKAGE FLOWS 

Session Chair: Martin G. Rose, Institute of Aircraft Propulsion Systems / University of Stuttgart, Stuttgart, Germany 

Improving the Interaction between 

Leakage Flows and Mainflow in a 

Low Pressure Turbine 

GT2010-22448 

Inga Mahle, MTU Aero Engines 

GmbH, Muenchen, Germany 

The Influence Of Different Rim Seal 

Geometries On Hot-Gas Ingestion 

And Total Pressure Loss In A Low- 

Pressure Turbine 

GT2010-22205 

Pascal Schuler, Wolfram Kurz, 

University of Karlsruhe, Karlsruhe, 

Baden-Württemberg, Germany, 

Klaus Dullenkopf, Institut für 

Thermische Strömungsmaschinen, 


Baden-Württemberg, Germany, 

Hans-Jörg Bauer, Universität 


Württemberg, Germany 

Aerodynamic Analysis and 

Redesign of an Inlet Segment for a 

Heavy-Duty Gas Turbine Engine 

GT2010-22674 

Samer Abdel-Wahab, Gregory 

Vogel, Alstom, Palm Beach 

Gardens, FL, USA 

Quantitative Risk Assessment for 

the Performance Estimation of a 

Gas Turbine Upgrade 

GT2010-22487 

Sebastian Heinze, Siemens 

Industrial Turbomachinery AB, 

Finspong, Sweden, Kerstin 

Tageman, Åke Klang, Anna Molker, 

Siemens Industrial Turbomachinery, 

Finspong, Sweden



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Boisdale 1 • SECC • WB-29-5 

THREE DIMENSIONAL CFD METHODS - TURBINE 

Session Chair: Li He, University of Oxford, Oxford, Oxford, UK Session Co-Chair: Stefan Friedrichs 

3D Simulation of Coupled Fluid 

Flow and Solid Heat Conduction for 

the Calculation of Blade Wall 

Temperature in a Turbine Stage 

GT2010-22513 

Fabien Wlassow, Turbomeca, 

Bordes Cedex, France, Florent 

Duchaine, Cerfacs, Toulouse, 

France, Gilles LEROY, Turbomeca, 

Bordes Cedex, France, Nicolas 

Gourdain, Cerfacs, CFD Team, 

Toulouse Cedex 01, France 

Advanced Numerical Simulation 

Dedicated to the Prediction of Heat 

Transfer in a Highly Loaded Turbine 

Guide Vane 

GT2010-22793 

Nicolas Gourdain, Florent 

Duchaine, Cerfacs, Toulouse, 

France, Elena Collado, Turbomeca, 

Bordes, France, Laurent Y.M. 

Gicquel, Cerfacs, Toulouse, France 

Steady / Unsteady Reynolds 

Averaged Navier-Stokes and Large 

Eddy Simulations of a Turbine 

Blade at High Subsonic Outlet 

Mach Number 

GT2010-22469 

Thomas Léonard, Florent Duchaine, 

Nicolas Gourdain, Laurent Y.M. 

Gicquel, Cerfacs, Toulouse, France 

Redesign Of High-Lift Lp-Turbine 

Airfoils For Low Speed Testing 

GT2010-23284 

Michele Marconcini, Filippo 

Rubechini, Roberto Pacciani, 

Andrea Arnone, University of 

Florence, Florence, Italy, Francesco 

Bertini, Avio R&D, Rivalta, Italy 

Development in Advanced Gas 

Turbine Repairs 

GT2010-22239 

Allan Thomson, David A Anderton, 

Wood Group Light Industrial 

Turbines Ltd, Dyce, Aberdeen, UK 

COMMITTEE: Turbomachinery: Steam Turbines • Panel Session Room: Boisdale 2 • SECC • WB-32-2 

THE FUTURE OF STEAM TURBINES IN THE ENERGY CHALLENGES OF THE 21ST CENTURY 

Session Chair: Anestis Kalfas, Aristotle University of Thessaloniki (AUTH), Thessaloniki, Greece 

The Future of Steam 

Turbines in the Energy 

Challenges of the 21st 

Century 

Douglas C Hofer, GE 

Global Research, 





Century 

Eichiro Watanabe, 

Mitsubishi Heavy 

Industries, Takasago, 

Hyogo, Japan 




Century 

Peter Walker, Alstom 

Power, Baden, 

Switzerland 

Challenge for Low CO2, 

Through Advanced Coal 

Fired Power Generations 

Shigeo Sakurai, Hitachi, 

Ltd., Hitachi, Japan 




Century 

Thomas Thiemann, 

Siemens AG, Muelheim 

an der Ruhr, Germany 




Century 

Takashi Sasaki, Toshiba, 

Yokohama, Japan 

Research On Lp Steam 

Turbines For The Energy 

Challenges Of The 21st 

Century 

Michael Casey, ITSM / 

University of Stuttgart, 


COMMITTEE: Turbomachinery: Unsteady Flows In Turbomachinery • Paper Session Room: Morar/Ness • SECC • WB-33-6 

FLOW CONTROL WITH AN LP-TURBINE FOCUS 

Session Chair: Thomas Praisner, Pratt and Whitney, East Hartford, CT, USA Session Co-Chair: Inga Mahle, MTU Aero Engines GmbH, Muenchen, Germany 

Experimental and Numerical Study 

of Steady and Modulated 

Transverse Jets at Low Blowing 

Ratios. 

GT2010-23013 

Guillaume Bidan, Jeremiah 

Oertling, Dimitris E. Nikitopoulos, 

Louisiana State University - 

Mechanical Engineering 

Department, Baton Rouge, LA, USA, 

Pierre - Emmanuel Bouladoux, 


Rouge, LA, USA 

LES Flow Control Simulations for 

Highly Loaded Low Pressure 

Turbine Airfoil (L1A) Using Pulsed 

Vortex Generator Jets 

GT2010-23015 

Mounir Ibrahim, Olga Kartuzova, 

Daniel Doucet, Cleveland State 

University, Cleveland, OH, USA, 


Annapolis, MD, USA 

URANS Predictions Of The Effects 

Of Synthetic Jets Over The 

Separated, Transitional Flow On A 

Low-Pressure-Turbine-Like Flat 

Plate 

GT2010-23297 

Michele Marconcini, Roberto 

Pacciani, Andrea Arnone, 

University of Florence, Florence, 

Italy 

Separation Control on a Very High 

Lift Low Pressure Turbine Airfoil 

Using Pulsed Vortex Generator 

Jets 

GT2010-23567 


Annapolis, MD, USA, Olga 

Kartuzova, Mounir Ibrahim, 

Cleveland State University, 

Cleveland, OH, USA



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Wind Turbine Technology • Panel Session Room: Castle 1 • Crowne Plaza • WB-34-9 

WIND TURBINE RESEARCH PROGRAMS 

Session Chair: Vince Capece, University of Kentucky, Paducah, KY, USA Session Co-Chair: Harold R. Simmons, Southwest Research Institute, San Antonio, TX, USA 

Wind Turbine Rotor RD&D 

C.P. van Dam, University of 

California, Davis, CA, USA 

CFD Modeling of Horizontal Axis 

Wind Turbines: Issues and Promise 

Lakshmi Sankar, Georgia Tech, 

Atlanta, GA, USA 

Wind Turbine Research at ETH 

Ndaona Chokani, ETH Zurich, 


Wind Turbine Research at Case 

Western Reserve University 

Iwan Alexander, Case Western 

Reserve University, Clevland, USA 

Wind Turbine Research at Baylor 

University 

Kenneth Van Treuren, Baylor 

University, Waco, TX, USA


WEDNESDAY, JUNE 16: 2:30 p.m. – 5:30 p.m. 

2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Aircraft Engine • Paper Session Room: Boisdale 2 • SECC • WC-1-3 

SYSTEM VALIDATION, TESTING, AND EVALUATION 

Session Chair: Osvaldo Rivera, NASA Glenn Research Center, Cleveland, OH, USA 

Session Co-Chair: Soo-Seong Yang, Korea Aerospace Research Institute, Daejeon, Korea (Republic) 

Session Co-Chair: Robert Mazzawy, Trebor Systems, Inc, S. Glastonbury, CT, USA, James MacLeod, NRC-CNRC, Ottawa, Canada 

Limited Qualification Tests 

of an F404 Engine with a 

Blended JP8 and Fischer 

Tropsch Fuel 

GT2010-23402 

Rastko Hadzic, Jeffrey Bird, 

Wajid Chishty, National 

Research Council Canada, 

Ottawa, ON, Canada, Darrin 

Little, Department of 

National Defence Canada, 

Ottawa, ON, Canada, Pierre 

Poitras, Quality Engineering 

Test Establishment, Gatineau, 

QC, Canada 

USAF Enterprise-wide 

Initiative to Improve 

Aeropropulsion Test and 

Evaluation 

GT2010-22097 

David Kidman, USAF, 

Palmdale, CA,USA, Donald 

Malloy, Aerospace Testing 

Alliance, Arnold AFB, TN, 

USA, Michael Dent, USAF, 

Arnold AFB, TN, USA 

Qualification Of An 

Afterburner Thrust 

Augmentation System For An 

Aero Gas Turbine Engine 

GT2010-22322 

R K MISHRA, Center for 

Military Airworthiness and 

Certification, Bangalore, 

India 

Environmental Influences on 

Engine Performance 

Degradation 

GT2010-22748 

Tobias Wensky, Collège des 

Ingénieurs, Paris,France, 

Lutz Winkler, Jens 

Friedrichs, MTU Aero 

Engines, München, Germany 

Ice Crystal Accretion Test 

Rig Development For a 

Compressor Transition Duct 

Technical Presentation Only. 

GT2010-22289 

Dan Fuleki, Jim MacLeod, 

National Research Council 

Canada, Ottawa, ON, Canada 

Understanding Ice Crystal 

Accretion and Shedding 

Phenomenon in Jet Engines 

GT2010-22550 

Jeanne Mason, Boeing 

Committee:ercial Airplanes, 

Portland, OR,USA, Philip 

Chow, The Boeing Co, 

Seattle, WA,USA, Dan Fuleki, 

National Research Council 

Canada, Ottawa, ON, Canada 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • WC-4-9 

COMBUSTION INSTABILITIES EXPERIMENTAL III 

Session Chair: Balu Sekar, AFRL/RZTC WPAFB, WPAFB, OH, USA Session Co-Chair: Sunil James, Honeywell Aerospace, Phoenix, AZ, USA 


of Laminar Flame Speeds for 

Medium Calorific Gas with 

Various Amounts of 

Hydrogen and Carbon 

monoxide Content at Gas 

Turbine Temperatures 

GT2010-22275 

Ivan R. Sigfrid, Lunds 

Tekniska Högskola - energy 

sciences, Lund, Sweden, 

Ronald Whiddon, Lund 

University, Combustion 

Physics, Lund, Sweden, 

Robert Collin, Lund Institute 

of Technology, Lund, 

Sweden, Jens Klingmann, 

Lund University, Energy 

Sciences - Thermal Power 

Engineering, Lund, Sweden 

Applicability of a Multiple- 

Injection Burner to Dry Low- 

NOx Combustion of 

Hydrogen-Rich Fuels 

GT2010-22286 

Tomohiro Asai, Hiromi 

Koizumi, Satoschi Dodo, 

Hirokazu Takahashi, Shouhei 

Yoshida, Hiroshi Inoue, 

Hitachi, Ltd., Hitachinaka-shi, 

Ibaraki-ken, Japan 

Establishment Of A High 

Quality Database For The 

Modelling Of Perforated 

Liners 

GT2010-22329 

Claus Heuwinkel, German 

Aerospace Center (DLR), 

Berlin, Germany, Sermed 

Sadig, Miklos Gerendas, 

Rolls-Royce Deutschland Ltd 

& Co KG, Blankenfelde- 

Mahlow, Germany, Lars 

Enghardt, Friedrich Bake, 

German Aerospace Center 

(DLR), Berlin, Germany 

Flame Response 

Mechanisms due to Inlet 

Velocity Perturbations in 

Turbulent Swirl-Stabilized 

Lean Premixed Gas Turbine 

Combustor 

GT2010-22380 

Brian K. Jones, The 


University, State College, PA, 

USA, Jonguen Lee, Bryan 

Quay, Domenic Santavicca, 



PA, USA, Kwanwoo Kim, 

Shiva Srinivasan, GE Energy, 

Greenville, SC, USA 

Combustor Configuration 

Influence on Combusion 

Instabilities Performance 

GT2010-22589 

Georgy K. Vedeshkin, CIAM 

named after P.I. Baranov, 

Moscow, Russia, Evgeniy D. 

Sverdlov, Alexey N. 

Doubovitsky, CIAM, 

Moscow, Russia 

Effect Of Cooling Liner On 

Acoustic Energy Absorption 

And Flame Response 

GT2010-22616 

Umesh Bhayaraju, 

Cambridge University, 

Cambridge, Cambridgeshire, 

UK, Johannes Schmidt, 

University of Karlsruhe, 

Karlsruhe, Germany, Karthik 

Kashinath, Department of 

Engineering, Cambridge, UK, 

Simone Hochgreb, University 

of Cambridge, Cambridge, UK



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • WC-4-14 

COMBUSTION MODELING II 

Session Chair: Khawar Syed, Alstom (Switzerland) Ltd, Birr, Switzerland 

Session Co-Chair: A. C. Benim, Duesseldorf University of Applied Sciences, Duesseldorf, Germany 

An Attempt at Large Eddy 

Simulation for Combustor 

Modeling 

GT2010-22257 

leiyong jiang, Ian Campbell, 

NRCC, Ottawa, ON, Canada 

LES as a Prediction Tool for 

Lifted Flames in a Model 

Gas Turbine Combustor 

GT2010-22525 

Clemens Olbricht, Imperial 

College London, London, UK, 

Johannes Janicka, 

Darmstadt University of 

Technology, Darmstadt, 

Germany, Andreas Kempf, 


London, UK 

Study of Swirling Air Flow 

Characteristics in a Lean 

Direct Injection Combustor 

GT2010-22602 

Dipanjay Dewanji, Mathieu 

Pourquie, Delft University of 

Technology, Delft, Zuid 

Holland, Netherlands, Arvind 

Gangoli Rao, Technical 

University of Delft, Delft, 

Netherlands, Prof. Jos P. van 

Buijtenen, Delft University of 

Technology, Delft, 

Netherlands 

Experimental And LES 

Investigation Of A SGT-800 

Burner In A Combustion Rig 

GT2010-22688 

Daniel Lörstad, Annika 

Lindholm, Siemens Industrial 

Turbomachinery, Finspong, 

Östergötland, Sweden, 

Niklas Alin, Christer Fureby, 

FOI, Tumba, Sweden, 

Andreas Lantz, Robert Collin, 

Marcus Aldén, Lund Institute 

of Technology, Lund,Sweden 

Numerical Simulation of a 

Gas Turbine Model 

Combustor Operated Near 

the Lean Extinction Limit 

GT2010-22751 

Francesca Rebosio, Axel 

Widenhorn, Berthold Noll, 

Manfred Aigner, DLR - 

German Aerospace Center, 


Computational Modelling of 

Turbulent Mixing of a 

Transverse Jet 

GT2010-22764 

Elizaveta Ivanova, Berthold 

Noll, Manfred Aigner, 

German Aerospace Center 

(DLR), Stuttgart, Germany 

COMMITTEE: Combustion, Fuels & Emissions • Panel Session Room: Argyll 3 • Crowne Plaza • WC-4-28 

CONSTANT VOLUME COMBUSTION 

Session Chair: Joseph Zelina, AFRL/RZTC WPAFB, WPAFB, OH, USA Session Co-Chair: Frederick Schauer 

Status of MBDA R&T 

Effort on Detonation 

Wave Propulsion 

Francois Falempin, 

MBNA Systems, Paris, 

France 

Wave Rotor Constant 

Volume Combustion 

Technical 

Developments 

Mark Wilson, Rolls- 

Royce North American 

Technologies, Inc., 

Indianapolis, USA 

Recent Research 

Activities on Detonation 

Combustion in Japan 

and Problems to be 

Solved 

Takayuki Kojima, Japan 

Aerospace Exploration 

Agency, Tokyo, Japan 

Opportunities, 

Challenges and Recent 

Progress of Pressure 

Gain Combustor 

Development at United 

Technologies 

Rob Erickson, United 

Technologies Research 

Center, East Hartford, USA 

Pressure Gain 

Combustion for Aircraft 

Gas Turbines: Activities 

in the UK and Europe 

Rob Miller, University of 

Cambridge, Cambridge, 

UK 

Pressure Gain 

Combustion - A DARPA 

Perspective 

Thomas Bussing, 

DARPA, Washington DC, 

USA 

Pressure Gain 

Combustion - A GE 

Perspective 

Doug Shafer, GE 

Aviation Energy Systems 

and Technologies, 

Cincinnati, USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room: Carron 1 • SECC • WC-5-5 

TOPICS IN INSTRUMENTATION 

Session Chair: Lorenzo Ferrari, University of Florence, Florence, Italy Session Co-Chair: Geoff Sheard, Flakt Woods, Colchester, Essex, UK 

Engine Distress Detection in 

Gas Turbines with 

Electrostatic Sensors 

GT2010-22349 

Melissa Wilcox, David 

Ransom, Southwest 


Antonio, TX,USA, Meron 

Henry, John Platt, BP 

America, Inc., Houston, TX, 

USA 

Rotor Health Monitoring by 

Wireless Localized Sensing 

GT2010-23651 

Andrew L. Gyekenyesi, Ohio 

Aerospace Institute, 

Cleveland, OH,USA, Wayne 

Haase, Summit Safety, Inc., 

Devens, ME, USA 

Measurements of Density 

Pulsations in the Outlet 

Nozzle of a Combustion 

Chamber by Rayleigh- 

Scattering Searching 

Entropy Waves 

GT2010-22492 

Anne Rausch, Andre Fischer, 

Andrea Gaertlein, Steffen 

Nitsch, Karsten Knobloch, 

Friedrich Bake, German 

Aerospace Center, Berlin, 

Berlin, Germany, Holger 

Konle, Technische 

Universitaet Berlin, Berlin, 

Germany Ingo Roehle, 

German Aerospace Center, 

Goettingen, Germany 

Elimination of Wire- 

Generated Error Signals 

from Dynamic Strain 

Measurements 

GT2010-23588 

Bruce Hockaday, Pratt and 

Whitney, East Hartford, CT, 

USA 

COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • WC-6-15 

FUEL CELL DRIVEN CYCLES 

Session Chair: Jeong L. Sohn, School of Mechanical and Aerospace Engineering, Seoul National University, Seoul, 151-742, Korea (Republic) 

Session Co-Chair: Francesco Trasino, Rolls-Royce Fuel Cell Systems Limited, Loughborough, UK 

A SOFC-Based Integrated 

Gasification Fuel Cell Cycle 

With CO2 Capture 

GT2010-22814 

Vincenzo Spallina, Matteo C. 

Romano, Stefano Campanari, 

Giovanni Lozza, Politecnico 

di Milano - Dipartimento di 

Energia, Milano, Italy 

Development Of A Medium- 

Size Steam Reformer For 

CHP Applications Based On 

PEM Fuel Cells 

GT2010-23791 

Giovanni Pisani, Alberto 

Zerbinato, ICI Caldaie, Zevio, 

Italy, Ernesto Benini, 

University of Padova, 

Padova, Italy 

Thermal Steam Power Plant 

Fired by Hydrogen and 

Oxygen in Stoichiometric 

Ratio, Using Fuel Cells and 

Gas Turbine Cycle 

Components 

GT2010-22282 

Herbert Jericha, Viktor 

Hacker, Wolfgang Sanz, 

Gerald Zotter, Graz 


Graz, Austria 

Advanced Mathematical 

Model Of SOFC For System 

Optimization 

GT2010-22031 

Jaroslaw Milewski, Warsaw 


Warsaw, Mazowieckie, 

Poland 

Performance Analysis On 

The Hybrid Power Plant Of 

SOFC And Steam Injected 

Gas Turbine 

GT2010-22734 

Wenshu Zhang, Huisheng 

Zhang, Zhenhua LU, 

Shanghai Jiao Tong 

University, Shanghai, China



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Electric Power • Panel Session Room: Hall 1 • SECC • WC-8-6 

THE PATHWAY FORWARD: FUTURE GAS TURBINE PRODUCTS AND THEIR ENABLING TECHNOLOGIES 

Session Chair: Richard Dennis, US DOE NETL, Morgantown, WV, USA 

Session Co-Chair: Richard Tuthill, Pratt & Whitney Power Systems, East Hartford, CT, USA 

The Pathway Forward: 

Future Gas Turbine Products 

and Their Enabling 

Technologies 

Joseph Citeno, GE Energy, 





Technologies 

Uwe-Michael Pagenkopf, 

Siemens, Orlando, USA 




Technologies 

Carl Carson, Rolls Royce 

Energy, Montreal, Canada 




Technologies 

Carlos Koeneke, Mitsubishi 

Power Systems America, 





Technologies 

Richard Tuthill, Pratt & 

Whitney Power Systems, 





Technologies 

Michael Ladwig, Alstom 

Power, Baden,S witzerland 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Leven • SECC • WC-10-7 

FLOWFIELD MEASUREMENTS IN FILM COOLING 

Session Chair: Matt Meininger, Air Force Research Lab, WPAFB, OH, USA 

Session Co-Chair: Atul Kohli, Pratt & Whitney, East Hartford, CT, USA 

Particle-Image Velocimetry 

Measurements of Film 

Cooling in an Adverse 

Pressure Gradient Flow 

GT2010-22411 

Wilhelm Jessen, Martin 

Konopka, Chair of Fluid 

Mechanics and Institute of 

Aerodynamics RWTH 

Aachen University, Aachen, 

Germany, Wolfgang 

Schroeder, AIA RWTH 

Aachen, Aachen, Germany 


into Unsteady Effects on Film 

Cooling. 

GT2010-22603 

R. J. Fawcett, University of 

Oxford, Oxford, UK, Andy 

Wheeler, Queen Mary 

University, London, UK, Li He, 


Oxford,UK, R. Taylor, Rolls- 

Royce, Bristol, UK 

Influence of Flow Structure 

on Shaped Holes Film 

Cooling Performance 

GT2010-23032 

Benoit Laveau, ETH Zurich - 


Conversion, Zurich, 

Switzerland, Reza S. Abhari, 

ETH Zurich, Zurich, 

Switzerland 

Effect of Freestream 

Turbulence Intensity on Film 

Cooling Jet Structure and 

Surface Effectiveness using 

PIV and PSP 

GT2010-23054 

Lesley Wright, Stephen T. 

McClain, Michael 

Clemenson, Baylor 


Velocity Measurements 

around Film Cooling Holes 

with Deposition 

GT2010-22358 

Kristian Haase, University of 


Jeff Bons, The Ohio State 


USA 

✲



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery Committee) • Paper Session Room: Dochart 1 • SECC • WC-11-1 

LABYRINTH SEALS 

Session Chair: John Blanton, GE Energy, Greenville, SC, USA Session Co-Chair: Changmin Son, Rolls-Royce, Derby, UK 

Influence Of Honeycomb 

Facings On the Temperature 

Distribution Of Labyrinth 

Seals 

GT2010-22069 

Tina Weinberger, Institut für 

Thermische 

Strömungsmaschinen, KIT 


Württemberg,Germany, 

Klaus Dullenkopf, Institut für 

Thermische 

Strömungsmaschinen, 

Universität Karlsruhe, 

Karlsruhe, Baden- 




Württemberg,Germany 

Modelling The Labyrinth Seal 

Discharge Coefficient Using 

Data Mining Methods 

GT2010-22661 

Tim Pychynski, Klaus 

Dullenkopf, Institut für 

Thermische 


Universitaet Karlsruhe, 

Karlsruhe, Baden- 

Württemberg,Germany, Ralf 

Mikut, Institut für 

Angewandte Informatik, 

Forschungszentrum 





Württemberg, Germany 

Labyrinth Seal Technology 

within the Dutch Aero 

Engine Cluster 

GT2010-23469 

Gerrit A. Kool, Arjen 

Kloosterman, National 

Aerospace Laboratory NLR, 

Amsterdam,Netherlands, 

Bambang Soemarwoto, Joris 

Versluis, Robert Janssen, 

Sulzer Eldim BV, 

Lomm,Netherlands 

Aerodynamic Performance 

Of Stepped Labyrinth Seals 

For Gas Turbine Applications 

GT2010-23256 

Yungmo Kang, Solar 

Turbines, Inc., San Diego, 

CA,USA, Tong Seop Kim, 

Inha University, 

Incheon,Korea (Republic), 

Soo Young Kang, Graduate 

School, Inha University, 

Korea, Incheon,Korea 

(Republic), Hee-Koo Moon, 


san diego, CA,USA 

Numerical Investigation of 

Leakage and Power Loss for 

Different Seal Types in 

Turbine Stage Environment 

GT2010-22743 

Rui Yang, Jiandao Yang, 

Shanghai Electric Power 

Generation Equipment 

CO.,LTD., shanghai,China, 

Mingxu Qi, Beijing Institute 

of Technology, Beijing,China, 

Liqun Shi, Zeying Peng, 

Shanghai Electric Power 

Generation Equipment 

CO.,LTD., shanghai,China 

Effects of Clearances on the 

Leakage Flow 

Characteristics of Two Kinds 

of Brush Seals and 

Referenced Labyrinth seal 

GT2010-22877 

Jun Li, Yangzi Huang, 

Zhigang Li, Zhenping Feng, 

Xi’an Jiaotong University, 

Xi’an,, Shaanxi Province, 

China, Hong Yang, Jiandao 

Yang, Liqun Shi, Shanghai 

Electric Power Generation 

Equipment CO.,LTD., 

Shanghai, China 

COMMITTEE: Heat Transfer: Combustion (with Combustion, Fuels & Emissions Committee) • Paper Session Room: Dochart 2 • SECC • WC-13-1 

COMBUSTOR - GAS SIDE AERO/HEAT TRANSFER 

Session Chair: Hee-Koo Moon, Solar Turbines Incorporated, San Diego, CA, USA Session Co-Chair: Danesh K. Tafti, Virginia Tech, Blacksburg, VA, USA 

Deposition in a Turbine 

Cascade with Combusting 

Flow 

GT2010-22855 

Chris Smith, Brett Barker, 

Carey Clum, Ohio State 


USA, Jeff Bons, The Ohio 

State University, Columbus, 

OH, USA 

Numerical Study Of 

Aerodynamic Losses Of 

Effusion Cooling Holes In 

Aero-Engine Combustor Liners 

GT2010-22942 

Antonio Andreini, Bruno 

Facchini, Dipartimento di 

Energetica S.Stecco - 


Florence,Italy, Alessio Bonini, 

Università degli Studi di 

Firenze - Dipartimento di 

Energetica “S. Stecco”, 

Firenze, Italy, Gianluca 

Caciolli, University of Florence 

Dipartimento di Energetica 

S.Stecco, Florence, Italy, 

Simone Taddei, Avio Group, 

Rivalta (Turin), Italy 

The Effect of Geometry on 

the Aerodynamics of a 

Prototype Gas Turbine 

Combustor 

GT2010-23082 

Bassam Mohammad, San- 

Mou Jeng, Univeristy of 

Cincinnati, Cincinnati, OH, 

USA 

Influence Of The Primary 

Jets And Fuel Injection On 

The Aerodynamics Of A 

Prototype Annular Gas 

Turbine Combustor Sector 

GT2010-23083 

Bassam Mohammad, San- 

Mou Jeng, Univeristy of 

Cincinnati, Cincinnati, 

OH,USA, Mustafa G. Andac, 

General Electric Aviation, 

Cincinnati, OH, USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Industrial & Cogeneration • Paper Session Room: Gala 2 • SECC • WC-14-2 

WET COMPRESSION IN GAS TURBINES 

Session Chair: Qun Zheng, Harbin Engineering University, Harbin, China Session Co-Chair: Cyrus Meher-Homji, Bechtel Corporation, Houston, TX, USA 

Computational Analysis of 

Droplet Motion in Industrial 

Compressor Intakes 

GT2010-22168 

Robin C. Payne, Wilfried 

Rick, Alstom, 

Baden,Switzerland, Michael 

Loetzerich, Alstom Power, 

Baden,Switzerland 

Wet Compression Effects On 

Axial Compressor 

Performance Using Pitch- 

Line Models 

GT2010-22214 

Arathi Gopinath, Giridhar 

Jothiprasad, Trevor Wood, 

GE Global Research, 

Niskayuna, NY,USA, Le Tran, 

GE Energy Infrastructure, 

Greenville, SC,USA 

Understanding Behavior of 

Water Droplets in a 

Transonic Compressor Rotor 

with Wet Compression 

GT2010-23141 

Lanxin Sun, Qun Zheng, 

Mingcong Luo, Yijin Li, 

Harbin Engineering 

University, Harbin, 

Heilongjiang,China, Rakesh 

Bhargava, Foster Wheeler 

USA Corp, Houston, TX,USA 

3D Modeling for Wet- 

Compression in a Single 

Stage Compressor Including 

Liquid Particle Erosion 

Analysis 

GT2010-23722 

Jobaidur Khan, Ting Wang, 

University of New Orleans, 

New Orleans, LA,USA 

Gas Turbine Power 

Boosting: Evaporative 

Cooling 

GT2010-22013 

Sebastian Brusca, Rosario 

Lanzafame, University of 

Catania, Catania, CT,Italy 

Gas Turbine Power 

Augmentation Technologies: 

A Systematic Comparative 

Evaluation Approach 

GT2010-22948 

Francesco Melino, Antonio 

Peretto, Andrea De Pascale, 

Università di Bologna, 

Bologna, Italy, Michele 

Bianchi, Lisa Branchini, 

Alma Mater Studiorum - 

Università di Bologna, 

Bologna, Italy, Rakesh 


USA Corp, Houston, TX,USA, 

Mustapha Chaker, Bechtel, 


COMMITTEE: Oil & Gas Applications • Tutorial Session Room: Alsh 2 • SECC • WC-18-11 

CENTRIFUGAL COMPRESSOR DYNAMICS 

Session Chair: Rainer Kurz, Solar Turbines Incorporated, San Diego, CA, USA Session Co-Chair: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA 

Surge Control System 

Design 


Incorporated, San Diego, CA, 

USA 

Compressor Interactions 

Klaus Brun, Southwest 



Turbomachine Unsteady 

Behavior 

Mauro Venturini, University 

of Ferrara, Ferrara, Italy 

Rotordynamics and Fluid 

Instabilities 

Jeffrey Moore, Southwest 



COMMITTEE: Oil & Gas Applications • Paper Session Room: Alsh 1 • SECC • WC-18-13 

WET GAS COMPRESSION AND MULTI-PHASE PUMPING 

Session Chair: Vishwas Iyengar, Southwest Research Institute, San Antonio, TX, USA Session Co-Chair: Giuseppe Vannini, GE Infra, Oil & Gas, Florence, Italy 

Study of a Two-Phase Flow 

Pump and Separator System 

GT2010-22162 

Francois Gruselle, Johan 

Steimes, Patrick Hendrick, 

Université Libre de Bruxelles, 

Brussels,Belgium 

Set Up of an Experimental 

Facility for the Investigation 

of Wet Compression on a 

Multistage Compressor 

GT2010-22451 

Roberto Bettocchi, Mirko 

Morini, Michele Pinelli, Pier 

Ruggero Spina, Mauro 

Venturini, University of 

Ferrara, Ferrara, Italy, 

Giuseppe Torsello, E.R.S.E. 

SpA, Milano, Italy 

An Approach to Compact, 

Wet Gas Compression 

GT2010-23447 

Jose Gilarranz, Dresser- 

Rand Company, Houston, 

TX,USA, William Maier, 

Dresser-Rand, Olean, 

NY,USA, Allan Kidd, Dresser- 

Rand Co, Olean, NY, USA, 

Gocha Chochua, 

Schlumberger, Sugar Land, 

TX, USA 

✲



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Castle 2 • Crowne Plaza • WC-22-7 

SEALS, IMPELERS AND DAMPERS II 

Session Chair: Mihai Arghir, Uni, Poitiers, France Session Co-Chair: Bernd Lueneburg 

Modeling Issues Associated 

With A Lip Seal Operating 

On A Textured Shaft 

GT2010-22223 

WEI LI, Scott Stephens, 

University of Kentucky, 

Lexington, KY, USA 

Identification of Numerical 

Squeeze-Film Damper 

Models for AeroEngine 

Vibration Analysis 

GT2010-22393 

Keir Groves, Philip Bonello, 

The University of 

Manchester, Manchester, UK 

Finite Length Squeeze Film 

Dampers With Air 

Entrainment, Non- 

Dimensional Maps And 

Their Applicability 

GT2010-22561 

Jorge E. Torres, UNET, San 

Cristobal, Tachira,Venezuela, 

Sergio E Diaz, USB, Caracas, 

Miranda, Venezuela 

CFD Prediction and Test 

Results of Stiffness and 

Damping Coefficients for 

Brush-Labyrinth Gas Seals 

GT2010-22667 

Alexander O. Pugachev, 


München, Garching, 

Germany, Martin Deckner, 

eta Energieberatung GbR, 

Pfaffenhofen a.d. Ilm, 

Germany 

Application of Squeeze-Film 

Dampers to a Large 


GT2010-23553 

Edmund Memmott, Dresser- 

Rand, Olean, NY, USA 

Rotor Dynamic Analysis 

Requirements in API 

Standards with Case Studies 

GT2010-23127 

Bader Al Jughaiman, Saudi 

Aramco, Udhailiay, Saudi 

Arabia 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Castle 3 • Crowne Plaza • WC-23-6 

STRUCTURAL MECHANICS I 

Session Chair: Philip Bonello, The University of Manchester, Manchester, UK Session Co-Chair: Necip Sahinkaya, University of Bath, Bath, UK 

Computational Modeling and 

Validation Testing of Dynamic 

Blade Stresses in a Rotating 

Centrifugal Compressor Using 

a Time Domain Coupled 

Fluid-Structure 

Computational Model 

GT2010-22216 

Andrew Lerche, Jeffrey 

Moore, Southwest Research 

Institute, San Antonio, 

TX,USA, Yusheng Feng, 

University of Texas at San 

Antonio, San Antonio, TX, 

USA 

Modal Stress Efficiency 

Scaling For Gas Turbine 

Combustion Systems 

GT2010-22479 

William David Day, Power 

Systems Mfg, LLC (PSM) - 

An Alstom Group Company, 

Jupiter, FL, USA, Scott 

Auerbach, Power Systems 

Manufacturing, An Alstom 

Group Company, Jupiter, FL, 

USA 

Transmitted Power in a 

Structure using the Effective 

Mass Parameters 

GT2010-22526 

Costin Untaroiu, Alexandrina 

Untaroiu, Matthew Wagner, 

Paul Allaire, University of 

Virginia, Charlottesville, VA, 

USA 

Prediction of the Vibratory 

Behaviour of Monoblock 

Sectorised Stator Vanes 

GT2010-22698 

Amadou C. Sall, Fabrice 

Thouverez, Laurent Blanc, 

Ecole Centrale de Lyon, 

Ecully, France, Pierrick Jean, 

Snecma - Safran Group, 

Moissy-Cramayel, France, 

Xavier Ottavy, Ecole Centrale 

de Lyon, Ecully, France 

Mechanical Damping 

Analysis of a Vibrating 

Labyrinth Seal Structure 

with Frictional Contact 

GT2010-22786 

Richard Coghlan, Rolls- 

Royce plc, Derby, UK, Jeffrey 

GREEN, Rolls Royce Plc, 

Derby,UK, Anna Baron, Rolls- 

Royce plc, Derby, UK 

On The Frequency Response 

Of A Spinning Disk With 

Large Deformations 

GT2010-23703 

Ramin M.H. Khorasany, 

Stanley G. Hutton, The 

University of British 

Columbia, Vancouver, BC, 

Canada



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Structures & Dynamics: Unsteady Aerodynamics (with Turbomachinery Committee) • Panel Session Room: Forth • SECC • WC-24-4 

METHODS FOR AEROELASTIC CALCULATIONS AND DIMENSIONING IN TURBOMACHINES 

Session Chair: Torsten Fransson, Royal Institute of Technology (KTH), Stockholm, Sweden Session Co-Chair: Björn Laumert, Volvo Aero, Trollhättan, Sweden 

Aeroelastic Issues in Gas 

Turbine Operation - End User 

Experience 

Harold R. Simmons, 


Institute, San Antonio, TX, 

USA 

Methods for Aeroelastic 

Calculations and 

Dimensioning in 

Turbomachines - from an 

Industrial Specialist Point of 

View 

Gerhard Kahl, MTU Aero 

Engines GmbH, Munich, 

Germany 

Methods for Aeroelastic 

Calculations and 

Dimensioning in 

Turbomachines - from a 

Research Oriented Point of 

View 

Kenneth Hall, Duke 

University, Durham, NC, USA 

COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session Room: Castle 1 • Crowne Plaza • WC-26-4 

ENDWALL FLOWS 

Session Chair: Rob Miller, University of Cambridge, Cambridge, UK 


Analysis of Hub-Corner Stall 

in Compressor Cascades 

GT2010-22704 

Eugen Lewin, Dragan 

Kozulovic, Udo Stark, 


Braunschweig, 

Braunschweig, Germany 

The Impact Of Real 

Geometries On Three- 

Dimensional Separations In 

Compressors 

GT2010-22246 

Martin N. Goodhand, Rob 

Miller, University of 

Cambridge, Cambridge, UK 

A Prediction Model for 

Corner Separation/Stall in 

Axial Compressors 

GT2010-22453 

Xianjun Yu, Baojie Liu, 

Beihang University, Beijing, 

China 

An Experimental 

Investigation Of Shrouded 

And Cantilevered 

Compressor Stators At 

Varying Clearance Sizes 

GT2010-22106 

Martin Lange, Ronald 

Mailach, Konrad Vogeler, 



Effect of a Gap between 

Inner Casing and Stator 

Blade on Axial Compressor 

Performance 

GT2010-22439 

Changyong Lee, Jaewook 

Song, Sungryong Lee, 

Dongmin Hong, Doosan 

Heavy Industries & 

Construction CO., Ltd, 

Daejeon, Korea (Republic) 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Panel Session Room: Lomond Auditorium • SECC • WC-27-14 

AXIAL FLOW TURBINES - KEY TECHNOLOGIES TO COME 

Session Chair: Frank Haselbach, Rolls-Royce plc, Derby, UK Session Co-Chair: Anestis Kalfas, Aristotle University of Thessaloniki, Thessaloniki, Greece 

Challenges In 3D Airfoil 

Optimisation 

Om Sharma, UTRC, East 


Challenges In Axial Turbine 

Design 

Karl Engel, MTU Aero 

Engines GmbH, Munich, 

Germany 

On The Use Of CFD In 

Turbine Design 

John Denton, Cambridge 

University Engineering Dept., 

Cambridge, UK 

Future Challenges In LPT 

Design 

Raul Vazquez, Industria de 

Turbopropulsores (ITP), San 

Fernando de Henares, 

Madrid, Spain



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Boisdale 1 • SECC • WC-29-10 

ADJOINT AND INVERSE METHODS 

Session Chair: Mark Turner, University of Cincinnati, Cincinnati, OH, USA 

3D Direct and Inverse 

Design Using NS Equations 

and the Adjoint Method for 

Power Turbine Blades 

GT2010-22049 

Dingxi Wang, Y.S. Li, 

Siemens Industrial 

Turbomachinery Ltd, 

Lincoln,UK 

Secondary Flow Reduction 

by Blade Redesign and 

Endwall Contouring Using 

an Adjoint Optimization 

Method 

GT2010-22061 

Feng Liu, Jiaqi Luo, Juntao 

Xiong, University of 

California, Irvine, Irvine, 

CA,USA, Ivan Mcbean, 

Alstom Power (Switzerland), 

Baden, Baden, Switzerland 

Minimizing Inlet Distortion 

for Hybrid Wing Body 

Aircraft 

GT2010-22378 

Meng-Sing Liou, Byung Joon 

Lee, NASA, Cleveland, 

OH,USA 

Euler Inverse Axisymmetric 

Solution for Design of Axial 

Flow Multistage 

Turbomachinery 

GT2010-22795 

Simone Rosa Taddei, 

Francesco Larocca, 

Politecnico di Torino, 

Torino,Italy, Francesco 

Bertini, Avio R&D, 

Rivalta,Italy 

Dual Point Redesign of Axial 

Compressors Using a 

Viscous Inverse Design 

Method 

GT2010-23400 

Raja Ramamurthy, Wahid 

Ghaly, Concordia University, 

Montreal, QC,Canada 

COMMITTEE: Turbomachinery: Radial Turbomachinery Aerodynamics • Paper Session Room: Morar/Ness • SECC • WC-31-3 

CENTRIFUGAL COMPRESSORS V 

Session Chair: ZHANG Yangjun, Tsinghua University, Beijing, Beijing, China Session Co-Chair: Luca Porreca, MAN Turbo AG, Zurich, Switzerland 

Unsteady Behavior and 

Control of Diffuser Leadingedge 

Vortex in a Centrifugal 

Compressor 

GT2010-22394 

Yutaka Ohta, Takashi Goto, 

Eisuke Outa, Waseda 

University, Tokyo, Japan 

Study Of The Flow In A 

Vaneless Diffuser At Part 

Speed Operating Conditions 

GT2010-22605 

Hamid R. Hazby, University of 

Cambridge, Rugby, 

Warwickshire, UK, Liping Xu, 

University of Cambridge, 

Cambridge, UK, Matthias 

Schleer, ABB Turbo Systems 

Ltd., 5400 Baden, Switzerland 

A 3-D Compressible Flow 

Model For Rotating Waves In 

Vaneless Diffusers, Part I - 

The Model 

GT2010-22622 

Hua Chen, Honeywell UK Ltd, 

Lancashire,UK, Feng Shen, 

Shanghai Jiaotong 

University, Shanghai, China, 

zhu Xiaocheng, Du Zhaohui, 

Shanghai Jiao Tong 

University, Shanghai, China 

Investigation of Unsteady 

Impeller-Diffuser Interaction 

in a Transonic Centrifugal 


GT2010-22737 

Yangwei Liu, Beijing 

University of Aeronautics 

and Astronautics, Beijing, 

China, Baojie Liu, Beihang 

University, Beijing, China, 

Lipeng Lu, Beijing University 

of Aeronautics and 

Astronautics, Beijing, China 

Analysis of Secondary Flow 

Behavior in Low Solidity 

Cascade Diffuser of a 

Centrifugal Blower 

GT2010-22861 

Masahiro Ishida, Tengen 

Murakami, Daisaku 

Sakaguchi, Hironobu Ueki, 

Nagasaki University, 

Nagasaki, Nagasaki Pref., 

Japan, Hiroshi Hayami, 

Kyushu University (Retired), 

Fukuoka, Japan, Yasutoshi 

Senoo, Miura Co. Ltd., 

Matsuyama, Japan 

COMMITTEE: Wind Turbine Technology • Tutorial Session Room: Carron 2 • SECC • WC-34-11 

ENGINEERING EDUCATION IN WIND TURBINE TECHNOLOGY 

Session Chair: Marianne Salomon, Royal Institute of Technology, Stockholm, Sweden 

Wind Turbine Aeroelasticity 

- an introduction and 

overview 

Helge Madsen, Risø National 

Laboratory for Sustainable 

Energy, Roskild, Roskild, 

Denmark 

Standardisation and 

Certification of Wind Energy 

Projects 

Christian Nath, Germanischer 

Lloyd Industrial Services 

GmbH, Hamburg, Hamburg, 

Germany


THURSDAY, JUNE 17: 8:00 a.m. – 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft Engine • Panel Session Room: Forth • SECC • ThA-1-10 

AIRFRAME-PROPULSION INTEGRATION TESTING 

Session Chair: Donald Malloy, Aerospace Testing Alliance, Arnold AFB, TN, USA Session Co-Chair: David Kidman, USAF, Palmdale, CA, USA 

Aircraft Propulsion Integration 

Testing - UK 

Neill Forrest, Rolls Royce UK, UK 

Propulsion Integration Testing - US 

Charlie Vining, US Air Force, 

Tullahoma, USA 

Propulsion Integration Testing - US 

Rolls Royce 

Larry Nightingale, Rolls Royce - US, 

USA 

Miguel Peñalba - INTA Spain 

Miguel Peñalba, INTA, Spain, Spain 

Thomas Breuer - MTU Germany 

Thomas Breuer, MTU Aero Engines, 


COMMITTEE: Ceramics • Paper Session Room: Dochart 1 • SECC • ThA-2-1 

2-1 CERAMIC COATINGS 

Session Chair: Tania Bhatia, United Technologies Research Center, East Hartford, CT, USA Session Co-Chair: Jeff Smith, Material Processing Technology, LLC, Norton Shores, MI, USA 

Porosity And Thermal Cycling Behavior Of 

Plasma Sprayed And EBPVD Thermal Barrier 

Coatings 

GT2010-22433 

Ogad A. Agu, Southern University, Baton 

Rouge, LA,USA, Monica B. Silva, Louisiana 

State University, Baton Rouge, LA, USA, 

Ravinder Diwan, Southern University, Baton 

Rouge, LA,USA, Patrick Mensah, Southern 

University and A&M College, Baton Rouge, 

LA, USA, Shengmin Guo, Louisiana State 

University, Baton Rouge, LA, USA 

Vapor Phase Deposition Using A Plasma 

Spray Process 

GT2010-22640 

Konstantin von Niessen, Malko Gindrat, 

Sulzer Metco, Wohlen, Switzerland 

Compressive Creep Testing of Thermal 

Barrier Coated Nickel-Based Superalloys 

GT2010-23421 

Ventzislav Karaivanov, William S. Slaughter, 

Sin Chien Siw, Minking Chyu, University of 

Pittsburgh, Pittsburgh, PA, USA, Mary Anne 

Alvin, US DOE National Energy Technology 

Laboratory, Pittsburgh, PA, USA 

Sintering Behavior of Plasma-Sprayed 

Sm2Zr2O7 Coating 

GT2010-23809 

Shunyan Tao, Jianhua Yu, Huayu Zhao, 

Xiaming Zhou, Chuanxian Ding, Shanghai 

Institute of Ceramics, Chinese Academy of 

Sciences, Shanghai, China 

COMMITTEE: Coal, Biomass & Alternative Fuels • Paper Session Room: Dochart 2 • SECC • ThA-3-1 

LIQUID & SOLID BIOFUELS 

Session Chair: Ajay Aagrawal, University of Alabama, Tuscaloosa, AL, USA Session Co-Chair: Prashant Tiwari, GE Global Research Center, Niskayuna, NY, USA 

Ethanol And Distillate Blends: A 

Thermodynamic Approach To Miscibility 

Issues 

GT2010-22126 

Jean-Noël Jaubert, Romain Privat, Nancy 

Université, NANCY,France, Michel Moliere, 

GE, Belfort, France 

Evaluation of Combustion and Emissions 

using Biodiesel and Blends with Kerosene in 

a Low NOx Gas Turbine Combustor 

GT2010-22182 

Hu Li, Leeds University, Leeds,UK, Gordon E. 

Andrews, Univeristy of Leeds, Leeds,UK, 

Mohamed Altaher, Leeds University, Leeds, 

UK 

Ethanol As An Alternative Fuel In Gas 

Turbines: Combustion And Oxidation Kinetics 

GT2010-22338 

Pierre Alexandre Glaude, CNRS, 

Nancy,France (Metro), René Fournet, LRGP- 

INPL, Nancy,France, Roda Bounaceur, DCPR 

CNRS, Nancy,France, Michel Moliere, GE, 

Belfort, France 

Cogenerative Micro Turbine Fuelled by Solid 

Biomass: a Technic-Economic Study for Italy 

GT2010-23515 

Gabriele Comodi, Flavio Caresana, Leonardo 

Pelagalli, Sandro Vagni, Dipartimento di 

Energetica Università Politecnica delle 

Marche, Ancona, Italy



8:00 8:30 9:00 9:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • ThA-4-1 

NOVEL COMBUSTION CONCEPTS I 

Session Chair: Gilles Bourque, Rolls-Royce Canada, Montreal, QC, Canada Session Co-Chair: Christian Oliver Paschereit, Technische Universitaet Berlin, Berlin, Germany 

Combustion Under Flue Gas Recirculation 

Conditions in a Gas Turbine Lean Premix 

Burner 

GT2010-23396 

André Burdet, Alstom (Switzerland) Ltd, 

Baden, Switzerland, Thierry Lachaux, Marta 

De la Cruz-Garcia, ALSTOM (Switzerland) 

Ltd, Birr, Switzerland, Dieter Winkler, 

University of Applied Sciences Northwestern 

Switzerland, Windisch, Switzerland 

Methane Oxy-Combustion for Low CO2 

Cycles: Measurements and Modeling of CO 

and O2 emissions 

GT2010-22300 

Alberto Amato, Robert Hudack, David Noble, 

David Scarborough, Peter A. D’Carlo, Jerry 

Seitzman, Dr. Tim C. Lieuwen, Georgia 

Institute of Technology, Atlanta, GA,USA 

Methane Oxy-Combustion for Low CO2 

Cycles: Blowoff Measurements and 

Modeling 

GT2010-22302 

Alberto Amato, Robert Hudack, David Noble, 

Peter A. D’Carlo, David Scarborough, Jerry 

Seitzman, Dr. Tim C. Lieuwen, Georgia 

Institute of Technology, Atlanta, GA,USA 

Non-Equilibrium Plasma Assisted 

Combustion Of Low BTU Fuels 

GT2010-22053 

Hongbin Hu, Gang Xu, Aibing Fang, 

Weiguang Huang, Institute of Engineering 



COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • ThA-4-4 

ATOMIZATION & SPRAYS I 

Session Chair: Adel Mansour, Parker Hannifin, Mentor, OH, USA Session Co-Chair: Michael Benjamin, GE Aviation, Cincinnati, OH, USA 

Effect Of Evaporation On The Combustion 

Behaviour Of Kerosene Spray Flame 

GT2010-22641 

Wahidullah Ahmadi, Mouldi Chrigui, Amsini 

Sadiki, Institute for Energy and Powerplant 

Technology, Technische Universitaet Darmstadt, 

Darmstadt, Hessen,Germany, Guyh Dituba 

Ngoma, Université du Québec en Abitibi- 

Témiscamingue, Rouyn-Noranda, QC, Canada 

The Impact of Density Ratio on the Primary 

Atomization of a Turbulent Liquid Jet in 

Crossflow 

GT2010-23016 

Marcus Herrmann, Arizona State University, 

Tempe, AZ,USA, Marco Arienti, Marios 

Soteriou, United Technologies Research 

Center, Hartford, CT, USA 

Experiment on Breakup Processes and 

Surface Waves of Round Liquid Jets in 

Crossflows 

GT2010-23150 

Ying Zhu, Yong Huang, Fang Wang, Xionghui 

Wang, Beihang University, Beijing,China 

COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • ThA-6-1 

CO2 ABATEMENT 

Session Chair: Carl Hustad, CO2-Global AS, Kongsberg, Buskerud, Norway 

Test Plan and Preliminary Test Results of a 

Bench Scale Closed Cycle Gas Turbine with 

Super-Critical CO2 as Working Fluid 

GT2010-22171 

Hiroshi Hasuike, Institute of Applied Energy, 

Tokyo,Japan, Takashi Yamamoto, Toshihiko 

Fukushima, Thermal Engineering & 

Development Co., Ltd., Yokohama,Japan, 

Toshinori Watanabe, Department of 

Aeronautics and Astronautics, University of 

Tokyo, Tokyo,Japan, Motoaki Utamura, 

Masanori Aritomi, Tokyo Institute of 

Technology, Tokyo, Japan 

Analysis And Comparison Of Reactivity And 

CO2 Capture Capacity Of Fresh Calcium- 

Based Sorbents And Samples From A Lab- 

Scale Dual Fluidized Bed Calcium Looping 

Facility 

GT2010-22192 

Senthoorselvan Sivalingam, Stephan Gleis, 

Hartmut Spliethoff, Technische Universität 

München, Garching b München,Germany, 

Craig Hawthorne, Alexander Charitos, 

Guenter Scheffknecht, University of Stuttgart, 

Stuttgart,Germany 

Novel High-Perfoming Single-Pressure 

Combined Cycle With CO2 Capture 

GT2010-23259 

Nikolett Sipöcz, Mohsen Assadi, University 

of Stavanger, Stavanger,Norway, Klas 

Jonshagen, Magnus Genrup, Lund University, 

Lund, Sweden 

Optimal Combined Cycle For CO2 Capture 

With EGR 

GT2010-23420 

Klas Jonshagen, Magnus Genrup, Lund 

University, Lund, Sweden, Nikolett Sipöcz, 

University of Stavanger, Stavanger, Norway.



8:00 8:30 9:00 9:30 

COMMITTEE: Education • Paper Session Room: Boisdale 1 • SECC • ThA-7-1 

EDUCATION STRATEGIES & TOOLS I 

Session Chair: Marianne Salomon, Royal Institute of Technology, Stockholm, Sweden Session Co-Chair: Balkrishna Annigeri, Pratt & Whitney, East Hartford, CT, USA 

Senior Undergraduate Design Project for the 

Development of a Pressurized Connector Spool 

GT2010-22215 

Jorge Pacheco, William Maier, Dresser- 

Rand, Olean, NY, USA, Ken Strupczewski, 

Mathew Sholomskas, Shane Hunstman, 

Trevor Shultz, Todd Keiser, Pennsylvania 

State University, Univeristy Park, PA, USA 

Extended Instrumentation and Model 

Calibration for a Small Micro-turbine 

GT2010-22837 

Diamantis Bakalis, Anastassios Stamatis, 

Department of Mechanical Engineering - 

University of Thessaly, Volos, Greece 

Materials And Structures Research For Gas 

Turbine Applications Within The Nasa 

Subsonic Fixed Wing Project 

GT2010-23177 

Janet Hurst, NASA Glenn Research Center, 


Spreadsheet As A Data Acquisition Tool In 


GT2010-22797 

Abraham Engeda, 2555 Engineering Building, 


COMMITTEE: Electric Power • Paper Session Room: Gala 2 • SECC • ThA-8-3 

OPTIMIZATION OF GAS TURBINE BASED POWER PLANTS 

Session Chair: Michael Ladwig, Alstom Power, Baden, Switzerland Session Co-Chair: Salvatore Della Villa, Strategic Power Systems, Inc., Charlotte, NC, USA 

Design And Selection Of Turbo-Machinery 

For Renewable Electric Power Plants 

GT2010-22314 


Frederick, USA 

Repowering: An Option for Refurbishment of 

Old Thermal Power Plants in Latin-American 

Countries 

GT2010-23058 

Washington Orlando Irrazabal Bohorquez, 

João Roberto Barbosa, Instituto Tecnologico 

de Aeronautica, Sao Jose dos Campos, Sao 

Paulo, Brazil, E.E.S. Lora, Federal University 

of Itajubá - UNIFEI, Itajubá,Brazil, Luiz 

Augusto Horta Nogueira, Federal University 

of Itajubá, EXCEN, Itajubá, S, Brazil 

A Historical and Current Perspective of the 

Availability and Reliability Performance of 

Gas Turbines: Benchmarks and Expectations 

GT2010-23182 

Salvatore Della Villa, Strategic Power 

Systems, Inc., Charlotte, NC,USA, Carlos 

Koeneke, Mitsubishi Power Systems 

America, Orlando, FL, USA 

Case Studies for Operation Support Based on 

Performance Assessment and Use of 

Derivate Performance Indicators 

GT2010-23277 

Silvio Cafaro, University of Genoa, 

Genoa,Italy, Dr. Timot Veer, Siemens AG, E S 

SF REU 463, Mülheim an der Ruhr, Germany 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Alsh 1 • SECC • ThA-9-1 

INTERNAL COOLING 

Session Chair: Lesley Wright, Baylor University, Waco, TX, USA Session Co-Chair: Je-Chin Han, Texas A&M University, College Station, TX, USA 

An Experimental Study of Heat Transfer and 

Pressure Drop on the Bend Surface of a U-Duct 

GT2010-22139 

Tareq Salameh, Bengt Sunden, Lund 

University, Lund, Sweden 

Flow And Heat Transfer Of Air And Steam In 

Internal Cooling Passages Of Turbine Blade 

GT2010-22180 

Xinjun Wang, Wei Wang, luke Chou, Yumeng 

Han, Liang Xu, Linqi Shui, Xi’an Jiaotong 

University, Xi’an, Shannxi, China 

Micro Channels With Manufacturing 

Roughness Levels 

GT2010-22976 

Stephen Weaver, Mike Barringer, Karen A. 

Thole, The Pennsylvania State University, 

University Park, PA, USA 

✲ 

Effects of Pin Detached Space on Heat 

Transfer and From Pin Fin Arrays 

GT2010-23227 

Sin Chien Siw, Minking Chyu, University of 

Pittsburgh, Pittsburgh, PA, USA, Tom Shih, 

Purdue University, West Lafayette, IN, USA, 

Mary Anne Alvin, US DOE National Energy 

Technology Laboratory, Pittsburgh, PA, USA



8:00 8:30 9:00 9:30 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Alsh 2 • SECC • ThA-9-4 

LEADING AND TRAILING EDGE COOLING 

Session Chair: Jim Downs, Florida Turbine Technologies, Inc., Jupiter, FL, USA Session Co-Chair: Malak F. Malak, Honeywell, Phoenix, AZ, USA 

Numerical Study of Flow and Heat Transfer 

of Impingement Cooling on Model of Turbine 

blade Leading Edge 

GT2010-23711 

Zhao Liu, Institute of Turbomachinery,Xian 

Jiaotong University, Xian, Shaanxi Province, 

China, Zhenping Feng, Xi’an Jiaotong 

University, Xi’an,, Shaanxi Province, China, 

Liming Song, Xi’an Jiaotong University, Xi’an, 

Shaanxi province, China 

Experimental Investigation of Conjugate 

Heat Transfer in a Rib-Roughened Trailing 

Edge Channel With Crossing-Jets 

GT2010-22432 

Filippo Coletti, Manfredi Scialanga, Tony 

Arts, von Karman Institute for Fluid Dynamics, 

Rhode-Saint-Genese, Belgium 

Experimental and Numerical Investigation of 

Turning Flow Effects on Innovative Pin Fin 

Arrangement for Trailing Edge Cooling 

Configurations 

GT2010-23536 

Cosimo Bianchini, Francesco Simonetti, 

Lorenzo Tarchi, University of Florence, 

Firenze, Italy, Bruno Facchini, Dipartimento di 

Energetica S.Stecco - University of Florence, 

Florence, Italy, Stefano Zecchi, AVIO S.P.A., 

Torino, Italy 

Experimental and Numerical Cross-Over Jet 

Impingement in an Airfoil Trailing-Edge 

Cooling Channel 

GT2010-23521 

Mohammad Taslim, Amornrat Nongsaeng, 

Northeastern University, Boston, MA,USA 

COMMITTEE: Manufacturing Materials & Metallurgy • Paper Session Room: Carron 1 • SECC • ThA-15-2 

ADVANCED MANUFACTURING AND REPAIR TECHNOLOGIES 

Session Chair: Ron Natole, Turbine Energy Solutions LLC, Houston, TX, USA 

Session Co-Chair: Paul Lowden, Liburdi Turbine Services, Dundas, Ontario, Canada, Warren Miglietti, Power Systems Mfg, LLC (An Alstom Group Company), Jupiter, FL, USA 

Machinability Evaluation of Inconel 718 

Using Polar Diagram 

GT2010-22695 

Pajazit Avdovic, Simens Industrial 

Turbomachinery AB, Finspong, Sweden, Jan- 

Eric Ståhl, Mats Andersson, Xu Linhong, 

Lund University, Lund, Sweden 

Development Of Innovative Coating 

Technology, MSCoating, Using Electrical 

Discharge 

GT2010-22291 

Yoshikazu Nakano, Takeshi Araki, Akira 

Yamada, Mitsubishi Electric, Amagasaki, 

Hyogo Prefecture, Japan, Hiroyuki Teramoto, 

Masahiro Okane, Akihiro Goto, Mitsubishi 

Electric, Nagoya, Aichi Prefecture, Japan 

Repair Process Technology Development & 

Experience for W501F Row 1 Hot Gas Path 

Blades 

GT2010-22443 

Warren Miglietti, Ian Summerside, Power 

Systems Mfg, LLC (An Alstom Group 

Company), Jupiter, FL,USA, Zaki Zainnuddin, 

Alstom, Birr, Switzerland, Simone Hoevel, 


COMMITTEE: Oil & Gas Applications • Panel Session Room: Castle 1 • Crowne Plaza • ThA-18-6 

SUBSEA COMPRESSION APPLICATIONS 

Session Chair: Jose Gilarranz, Dresser-Rand Company, Houston, TX, USA 

Qualification Of An All-Electric Subsea 

Control System For Subsea Gas Compression 

At The Midgard Field 

Ola Jemtland, FMC Technologies, Kongsberg, 

Norway 

Long-Term Endurance Testing of HOFIM(TM)- 

Type Compressors 

Urs Baumann, MAN TURBO AG Schweiz, 

Zürich, CH, Switzerland 

GE Oil & Gas Experience in Subsea Gas 

Compression Technology Development. 

Giuseppe Vannini, GE Infra, Oil & Gas, 

Florence ,Italy 

✲ 

✲ 

Advances in the Qualification of a 

Centrifugal Separator Compressor for wet 

gas applications 

Allan Kidd, Dresser-Rand Co, Olean, NY, USA



8:00 8:30 9:00 9:30 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Castle 2 • Crowne Plaza • ThA-23-7 

COMPUTATIONAL AND EXPERIMENTAL STUDIES OF BLADE VIBRATIONS 

Session Chair: Kevin Turner, GE Aviation, Cincinnati, OH, USA Session Co-Chair: Gregory Herrick, Glenn Research Center, Cleveland, OH, USA 

A Numerical Approach For The Resonance 

Passage Computation 

GT2010-22051 

Andreas Hartung, MTU Aero Engines GmbH, 

Munich,Germany 

Evaluation of High-order Resonance of Blade 

under Wake Excitation 

GT2010-23148 

Lin Li, BeiHang University, BeiJIng,China, 

Peiyi Wang, Beijing university of aeronautics 

and astronautics, Beijing, Beijing,China 

Experiment Investigation on Damping 

Characteristics of Blade with Loosely 

Assembled Dovetail Attachment 

GT2010-22386 

Bo Shangguan, Xu Zili, Yalin Liu, An Xu, Xian 

Jiaotong University, Xian, Shaanxi, China 

Response Prediction of Frictionally 

Constraint Blade Systems Based on a 

Variable Normal Load Microslip Model 

GT2010-22385 

Yalin Liu, Xu Zili, Bo Shangguan, Li 

Linzhong, Xian Jiaotong University, Xi’an, 


COMMITTEE: Structures & Dynamics: Unsteady Aerodynamics (with Turbomachinery Committee) • Paper Session Room: Castle 3 • Crowne Plaza • ThA-24-3 

TURBOMACHINE AEROELASTICITY 

Session Chair: Toshinori Watanabe, Department of Aeronautics and Astronautics, University of Tokyo, Tokyo, Japan 

Session Co-Chair: Francois Moyroud, General Electric, Le Creusot, France 

Non-linear Flutter in Fan Stator Vanes with 

Time Dependent Fixity 

GT2010-22555 

Rakesh Srivastava, Honeywell, Phoenix, 

AZ,USA, Josef Panovsky, Robert Kielb, 

Lawrie Virgin, Duke University, Durham, 

NC,USA, Kivanc Ekici, University of 

Tennessee, Knoxville, TN, USA 

Sensitivity Analysis With Respect To Flutter- 

Free Design Of Compressor Blades 

GT2010-23557 

Markus May, German Aerospace Center DLR 

- Institute of Aeroelasticity, Göttingen, 

Germany 

Aerodynamics and Aeroelasticity of Impeller 

Vane Interactions in a High Pressure Ratio 


GT2010-22595 

Senthil Kumar Krishnababu, Siemens 

Industrial Turbomachinery Ltd, Lincoln, 

Lincolnshire, UK, Mehmet Imregun, Imperial 

College, London, UK, Jeffrey Green, Rolls 

Royce Plc, Derby, UK, Daniel Hoyniak, Rolls- 

Royce, Indianapolis, IN, USA 

Exact Three-Dimensional Boundary 

Condition For Linearised Flow Solvers 

GT2010-23335 

Paul Petrie-Repar, RPMTurbo, Ashgrove, 

QLD, Australia 

COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session Room: Lomond Auditorium • SECC • ThA-26-12 

TIP LEAKAGE FLOWS III 

Session Chair: Yuan Dong 

An Experimental and Computational 

Investigation of Tip Clearance Flow and its 

impact on Stall Inception 

GT2010-23516 

Matthew Bennington, Mark Ross, Scott 

Morris, Joshua Cameron, University of Notre 

Dame, Notre Dame, IN, USA, Juan Du, Feng 

Lin, Jingyi Chen, Institute of Engineering 



Experimental Investigation of the Steady and 

Unsteady Flow Field in a Single Stage Low 

Pressure Axial Compressor With a 

Circumferential Groove Casing Treatment 

GT2010-23474 

Nicolas Van de Wyer, Balazs Farkas, Julien 

Desset, Jean-François Brouckaert, von 

Karman Institute for Fluid Dynamics, Rhode- 

Saint-Genese, Belgium, Jean-Francois 

Thomas, Cenaero, Gosselies, Belgium, 

Stephane Hiernaux, Techspace Aero, Herstal, 

Belgium 

Investigation of Compressor Tip Clearance 

Flow Structure 

GT2010-23244 

Roland Matzgeller, MTU Aero Engines GmbH, 

Munich,Germany, Yves Burgold, Atena 

Engineering GmbH, Munich, Germany 

Influence of Tip Clearance on the Acoustic 

and Aerodynamic Characteristics of Fans 

GT2010-22082 

Sascha Karstadt, Michael Heß, Berthold 

Matyschok, Peter F. Pelz, Technische 

Universität Darmstadt, Germany, Darmstadt, 

Germany



8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Hall 1 • SECC • ThA-27-16 

LOW PRESSURE TURBINES III 

Session Chair: Anestis Kalfas, Aristotle University of Thessaloniki, Thessaloniki, Greece Session Co-Chair: Lyle Dailey, GE Aviation, Cincinnati, OH, USA 

Investigation of Low Solidity LP Turbine 

Cascade with Flow Control:Part 1 - Active 

Flow Control Using Jet-flap 

GT2010-22328 

Pingping Chen, Qiao Weiyang, LUO Hualing, 

Farhan Hashmi, Northwestern Polytechnical 

University, Xi’an, Shaanxi Province, China 

Investigation of Low Solidity LP Turbine 

Cascade with Flow Control: Part 2 - Passive 

Flow Control Using Gurney-Flap 

GT2010-22330 

Pingping Chen, Qiao Weiyang, LUO Hualing, 

Northwestern Polytechnical University, Xi’an, 

Shaanxi Province, China 

The Effect Of Reynolds And Mach Number 

On End-Wall Profiling Performance 

GT2010-22765 

Raul Vazquez, Industria de Turbopropulsores 

(ITP), San Fernando de Henares, Madrid, 

Spain, Vicente Jerez Fidalgo, Whittle 

Laboratory, Cambridge, UK 

A CFD Study Of Low Reynolds Number Flow 

In High Lift Cascades 

GT2010-23300 

Roberto Pacciani, Michele Marconcini, 

Andrea Arnone, University of Florence, 

Florence, Italy, Francesco Bertini, Avio R&D, 

Rivalta, Italy 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Leven • SECC • ThA-29-7 

OPTIMIZATION I 

Session Chair: Kwang-Yong Kim, Inha University, Incheon, Korea (Republic) Session Co-Chair: Song Fu, Tsinghua University, Beijing, China 

Two Dimensional Optimization of Centrifugal 

Compressor Impellers using Online Quasi-3D 

Flow Solver and Genetic Algorithm 

GT2010-22141 

Ying Ma, Michigan State University, East 

Lansing, MI,USA, Abraham Engeda, 2555 

Engineering Building, East Lansing, MI, USA 

Blade Geometry Optimization For Axial Flow 

Compressor 

GT2010-22229 

Rongye Zheng, Jianhua Xiang, Jinju Sun, 

School of Energy and Power Engineering, 

Xi’an Jaiotong Univ., Xi’an, China 

Optimization Of A Gas Turbine Engine Rotors 

Disc Using Case Based Reasoning And The 

Gate Genetic Algorithm 

GT2010-23011 

Stéphane Dominique, Jean-Yves Trépanier, 

École Polytechnique de Montréal, Montréal, 

QC, Canada 

Multi-Objective Design Optimisation of a 

Diffuser-Ejector Exhaust Duct for Helicopter 

Engines 

GT2010-22588 

Juergen Graesel Jacques Demolis, TUR- 

BOMECA, BORDES,France, Henning Mohr, 

Heinz-Peter Schiffer, Technische Universität 

Darmstadt, Darmstadt, Germany 

COMMITTEE: Turbomachinery: Radial Turbomachinery Aerodynamics • Paper Session Room: Morar/Ness • SECC • ThA-31-8 

CENTRIFUGAL COMPRESSORS VI 

Session Chair: Hideaki Tamaki, IHI Corporation, Yokohama, Kanagawa-ken, Japan 

Session Co-Chair: Paul Van Slooten, United Technologies Research Center, East Hartford, CT, USA 

Performance Test Diagnosis of a Compact 

Two Stage High Pressure Ratio Compressor 

GT2010-22038 

Colin Rodgers, ITC, San Diego, CA,USA, 

Daniel Brown, BrownTurbo, Lebanon, NH, 

USA 

Numerical Investigation on the Labyrinth 

Seal Design for a Low Flow Coefficient 


GT2010-23096 

Zhiheng Wang, Liqun Xu, Guang Xi, Xi’an 

Jiaotong Univ, Xi’an, Shaanxi, China 

Stability Improvement of High-Pressure- 

Ratio Turbocharger Centrifugal Compressor 

by Asymmetric Flow Control Part I: Non- 

Axisymmetric Flow in Centrifugal 

Compressor 

GT2010-22581 

Mingyang Yang, Xinqian Zheng, Yangjun 

Zhang, Tsinghua University, Beijing, China, 

Takahiro Bamba, IHI Corporation, Tokyo, 

Japan, Hideaki Tamaki, IHI Corporation, 

Yokohama, Kanagawa-ken, Japan, Joern 

Huenteler, RWTH Aachen University, Germany, 

Aachen, Germany, Zhigang Li, Beijing Special 

Vehicle Institute, Beijing, China 

Stability Improvement of High-Pressure- 

Ratio Turbocharger Centrifugal Compressor 

by Asymmetric Flow ControlPart II: Non- 

Axisymmetric Self Recirculation Casing 

Treatment 

GT2010-22582 

Xinqian Zheng, Yangjun Zhang, Mingyang 

Yang, Tsinghua University, Beijing, China, 

Takahiro Bamba, IHI Corporation, Tokyo, 

Japan, Hideaki Tamaki, IHI Corporation, 

Yokohama, Kanagawa-ken, Japan



8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room: Boisdale 2 • SECC • ThA-32-6 

EXHAUST FLOWS AND DESIGN ASPECTS IN STEAM TURBINES 

Session Chair: Alexander Wiedermann, MAN Turbo, Oberhausen, Germany Session Co-Chair: Milan Petrovic 

Aerodynamic Optimization System 

Development for Low Pressure Exhaust Hood 

of Steam Turbine 

GT2010-22280 

Wang Hongtao, Zhu Xiaocheng, Du Zhaohui, 

Shanghai Jiao Tong University, Shanghai, 

China, Hong Yang, Shanghai Electric Power 

Generation Equipment Co., Ltd. Turbine Works, 

Shanghai, China 

Investigations of Influential Factors on the 

Aerodynamic Performance of Steam Turbine 

Exhaust System 

GT2010-22316 

Jinglun Fu, Jianjun Liu, Institute of 

Engineering Thermophysics, Chinese 

Academy of Sciences, Beijing, Beijing, China 

A 150 kW Radial Inflow Steam Turbine 

System for a Bottoming Cycle of 

Reciprocating Engines 

GT2010-23231 

Susumu Nakano, Hitachi, Ltd. Energy and 

Environmental Systems Laboratory, Ibaraki, 

Japan, Kuniyoshi Tsubouchi, Hitachi Ltd., 

Ibaraki, Japan, Hiroyuki Shiraiwa, Kazutaka 

Hayashi, Hiroyuki Yamada, Hitachi Engineering 

& Services Co.,Ltd., Ibaraki, Japan 

The Influence of Cooling Flows on the 

Operating Conditions of the Supercritical 

Steam Turbine Components 

GT2010-22706 

Wojciech Kosman, Institute of Power 

Engineering and Turbomachinery, Silesian 

University of Technology, Gliwice, Poland 

COMMITTEE: Wind Turbine Technology • Paper Session Room: Carron 2 • SECC • ThA-34-4 

WIND TURBINE SYSTEMS 

Session Chair: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA 

Session Co-Chair: Mary Anne Alvin, US DOE National Energy Technology Laboratory, Pittsburgh, PA, USA 

Performance Analysis Of A Wind Powered 

Gas Storage System 

GT2010-22638 

Martino Marini, University of Sassari, 

Alghero, Sassari, Italy, Gianmario L. Arnulfi, 

University of Udine, Udine, Udine, Italy 

Testing Rotating Horizontal Axis Wind 

Turbine Blade Designs 

GT2010-23575 

Kenneth Van Treuren, Jason Gregg, Baylor 


Semi-Empirical Methods for the Analysis of 

Vertical Axis Wind Turbines with Helical 

Blades 

GT2010-23460 

Renato Gazzano, Antonio Satta, University of 

Genova, Genova, Italy, Martino Marini, 

University of Sassari, Alghero, Sassari, Italy


THURSDAY, JUNE 17: 10:15 a.m. – 12:15 p.m. 

10:15 10:45 11:15 11:45 

COMMITTEE: Aircraft Engine • Paper Session Room: Dochart 2 • SECC • ThB-1-6 

JET NOISE I — COMPUTATIONAL 

Session Chair: John Spyropoulos, Naval Air Systems Committee:and, Patuxent River, MD, USA 

Session Co-Chair: Clifford Brown, NASA Glenn Research Center, Cleveland, OH, USA, Gary Podboy, NASA Glenn Research Center, Cleveland, OH, USA 

LES Predictions of Noise Emissions from A 

Low-Bypass Ratio Military Gas Turbine 

Engine 

GT2010-22191 

Neeraj Sinha, J. Erwin, C. Kannepalli, S. 

Arunajatesan, Combustion Research and 

Flow Technology, Inc. (CRAFT Tech®), 

Pipersville, PA, USA 

Unstructured Large Eddy Simulation 

Technology for Prediction and Control of Jet 

Noise 

GT2010-22306 

Yaser Khalighi, Frank Ham, Cascade 

Technologies Inc., Mountain View, CA, USA, 

Sanjiva Lele, Parviz Moin, Stanford University, 

Stanford, CA, USA, Timothy Colonius, 

California Institute of Technology, Pasadena, 

CA, USA, Robert Schlinker, John Simonich, 

Ramons Reba, United Technologies Research 

Center, East Hartford, CT, USA 

Supersonic Jet Noise Reduction Using 

Fluidics, Mechanical Chevrons and 

Fluidically Enhanced Chevrons 

GT2010-23715 

David Munday, Nick Heeb, Ephraim Gutmark, 

University of Cincinnati, Cincinnati, OH, USA, 

Junhui Liu, Kailas Kailasanath, NRL, 

Washington, DC, USA 

Numerical Analysis of the Acoustic Transfer 

Behaviour of Pressure Ducts Utilised for 

Microphone Measurements in Combustion 

Chambers 

GT2010-22805 

Jean-Michel Lourier, Axel Widenhorn, 

Michael Stöhr, Manfred Aigner, German 

Aerospace Centre, Stuttgart,Germany, 

Berthold Noll, DLR Stuttgart, Stuttgart, 

Germany 

COMMITTEE: Coal, Biomass & Alternative Fuels • Tutorial Session Room: Castle 3 • Crowne Plaza • ThB-3-8 

CARBON MITIGATION: FUEL ROLE IN SELECTING THE BEST OPTION 

Session Chair: Maryam Gharebaghi, University of Leeds, Leeds, UK 

Energy Conversion Technologies For Animal 

And Biomass Wastes 

Kaylan Annamalai, Texas A&M University, 

College Station, Texas, USA 

Carbon Mitigation 

Umberto Desideri, University of Perugia, 

Perugia, Italy 

Mercury 50 Gas Turbine Operation on 

Renewable Fuels 

David G. Teraji, Solar Turbines Incorporated, 

San Diego, USA 

Comparative Evaluation of Catalytic and 

Non-Catalytic Pyrolysis Processes for 

Production of Bio-Fuels from Soy-Seeds 

(Technical Presentation Only) 

Kaylan Annamalai, Oh Hyukjin, Ben 

Lawrence, Siva Thanapal, Joseph King, 

Texas A&M University, College Station, 

Texas, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • ThB-4-2 

NOVEL COMBUSTION CONCEPTS II 

Session Chair: Tim Snyder, Pratt & Whitney, East Hartford, USA Session Co-Chair: Ibrahim Yimer, National Research Council Canada, Ottawa, ON, Canada 

Characteristics Of Multi-Cavity Trapped 

Vortex Combustors 

GT2010-22151 

Alejandro Briones, University of Dayton 

Research Institute, Dayton, OH, USA, Balu 

Sekar, AFRL/RZTC WPAFB, WPAFB, OH, USA 

CFD Aerodynamic And Reactive Study Of An 

Innovative Lean Combustion System In The 

Frame Of The NEWAC Project 

GT2010-22465 

Alessandro Marini, Lorenzo Bucchieri, 

EnginSoft S.p.A., Bergamo, Bergamo, Italy, 

Antonio Peschiulli, Avio, Torino, Italy 

Comparison of Methane and Natural Gas 

Combustion Behavior at Gas Turbine 

Conditions with Flue Gas Recirculation 

GT2010-22571 

Dieter Winkler, Timothy Griffin, Pascal 

Mueller, Simon Reimer, University of Applied 

Sciences Northwestern Switzerland, 

Windisch, Switzerland



10:15 10:45 11:15 11:45 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • ThB-4-5 

ATOMIZATION & SPRAYS II 

Session Chair: Robert Hancock, Air Force Research Laboratory, WPAFB, OH, USA 

Session Co-Chair: Ruben Del Rosario, National Aeronautics and Space Administration, Cleveland, OH, USA 

Flash Atomization, a New Concept to Control 

Combustion Instability in Water Injected Gas 

Turbines 

GT2010-22375 

Vishwas Iyengar, Harold R. Simmons, David 

Ransom, Southwest Research Institute, San 

Antonio, TX, USA, Thomas Holzschuh, 

Cogeneration-Kraftwerke Management 

Steirmark GmbH, Graz, Austria 

Experimental Study on the Influence of 

Pressure and Temperature on the Burning 

Velocity and Markstein Number of Jet A-1 

Kerosene 

GT2010-22535 

Vlade Vukadinovic, Peter Habisreuther, Prof. 

Dr. Nikolaos Zarzalis, Engler-Bunte-Institut, 

University of Karlsruhe, Karlsruhe, Germany 

On Preliminary Experimental Experiences 

with Crude Oil Combustion in Strong Swirl 

Flow 

GT2010-22771 

Dobski Tomasz, Jan Chmielewski, Radoslaw 

Jankowski, Poznan University of Technology, 

Poznan, Poland, Dariusz Nowak, Fulvio 

Magni, Alstom, Baden, Switzerland 

Velocity And Droplet Diameter Distributions 

Of Reacting N-Heptane Sprays At Varied 

Boundary Conditions In A Generic Gas 

Turbine Combustor 

GT2010-23378 

Jan Brübach, Michael Hage, Andreas 

Dreizler, Technische Universität Darmstadt, 

Darmstadt, Germany 

COMMITTEE: Combustion, Fuels & Emissions • Panel Session Room: Hall 1 • SECC • ThB-4-29 

PART LOAD EMISSIONS AND TRANSIENT RESPONSE 

Session Chair: Dr. Tim C. Lieuwen, Georgia Institute of Technology, Atlanta, GA, USA 

Alstom Perspectives 

Peter Flohr 

Rolls Royce Perspective 

Kenneth D Young, Rolls-Royce plc, Derby, 

Derbyshire, UK 

GE Perspective 

Joseph Citeno, GE Energy, Greenville, SC, 

USA 

Siemens Perspective 

Michael Koenig, Siemens Energy Inc., 


COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room: Carron 1 • SECC • ThB-5-6 

SPECIAL TOPICS IN GAS TURBINE DIAGNOSTICS 

Session Chair: Donald L. Simon, NASA Glenn Research Center, Cleveland, OH, USA 

Detection of Stall Regions in a Low-Speed 

Axial Fan. Part 1: Azimuthal Acoustic 

Measurements 

GT2010-22753 

Stefano Bianchi, Alessandro Corsini, Sapienza 

University of Rome, Rome, Italy, Geoff Sheard, 

Flakt Woods, Colchester, Essex, UK 

Detection of Stall Regions in a Low-Speed 

Axial Fan. Part 2: Stall Diagnosis by 

Visualization of Sound Signals 

GT2010-22754 

Geoff Sheard, Flakt Woods, Colchester, Essex, 

UK, Alessandro Corsini, Stefano Bianchi, 

Sapienza University of Rome, Rome, Italy 

The Development and Testing of a Gas 

Turbine Engine Foreign Object Damage (FOD) 

Detection System 

GT2010-23478 

David Cardwell, Kam Chana, M T Gilboy, 

QinetiQ Ltd, Farnborough, Hampshire, UK 

Improved Blade Fault Diagnosis Using 

Discrete Blade Passing Energy Packet And 

Rotor Dynamics Wavelet Analysis 

GT2010-22218 

Lim Meng Hee, Salman Leong, University of 

Technology Malaysia, Kuala Lumpur, 

Malaysia 

COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • ThB-6-11 

LOW EMISSION CYCLES 

Session Chair: Stefano campanari, Politecnico di Milano - Dipartimento di Energia, Milano, Italy 

Oxy-Fuel Gas Turbine, Steam Generator and 

Reheat Combustor Technology Demonstration 

GT2010-23001 

Rebecca Hollis, Roger Anderson, Fermin 

Viteri, Ashley Keating, Clean Energy Systems, 

Inc., Rancho Cordova, CA,USA, Dan Davies, 

Jim Downs, Mark Harris, Florida Turbine 

Technologies, Inc., Jupiter, FL, USA, Jonathan 

Shipper, Gary Merrill, Cora Schillig, Sachin 

Shinde, Siemens Energy, Inc., Orlando, FL,USA 

HRSG Design for Integrated Reforming 

Combined Cycle with CO2 Capture 

GT2010-22389 

Lars O. Nord, Olav Bolland, Norwegian 

University of Science and Technology, 

Trondheim, Norway 

The Parameter Analysis on the Gas Turbine 

Cycle with High Temperature Gas-Cooled 

Reactor 

GT2010-23124 

Huisheng Zhang, Ming SU, Shilie Weng, 

Shanghai Jiao Tong University, Shanghai, 

China, Jiancheng Zhang, Section III, Power 

Plant of Wai-gao-qiao, Shanghai, China



10:15 10:45 11:15 11:45 

COMMITTEE: Electric Power • Panel Session Room: Forth • SECC • ThB-8-8 

IMPLICATIONS OF CCS OR CAP & TRADE ON FOSSIL POWER PLANT DESIGN 

Session Chair: Sy Ali, Clean Energy Consulting, Plainfield, IN, USA Session Co-Chair: Seung Jin Song, Seoul National University, Seoul, Korea (Republic) 

ZeroGen Committee:ercial Scale IGCC+CCS 

Power - Managing Risks & Uncertainties 

Christopher Greig, Zero Gen Alliance, Milton, 

Queensland, Australia 

US Coal Users Perspective for CCS 

Implementation to Fossil Power Plants 

Robert Beck, The National Coal Council, 

Washington, USA 

Design Implementation for CCS or Cap & 

Trade in European Fossil Power Plants 

Phillipe Paelinck, Alstom Power, Paris, 

France 

The Concept of CCS Ready Combined Cycle 

and IGCC Power Plants 


Frederick, USA 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Alsh 1 • SECC • ThB-9-6 

IMPINGEMENT COOLING 

Session Chair: Kenneth Van Treuren, Baylor University, Waco, TX, USA 

Experimental Investigation on Staggered 

Impingement Heat Transfer on a Rib 

Roughened Plate with Different Crossflow 

Schemes 

GT2010-22043 

Yunfei Xing, Bernhard Weigand, Institute of 

Aerospace Thermodynamics (ITLR), 

Universität Stuttgart, Stuttgart, Germany 

A Numerical Study of an Impingement Array 

inside a Three Dimensional Turbine Vane 

GT2010-22270 

Marcel Leon De Paz, Bassam Jubran, 

Ryerson University, Toronto, ON,Canada 

Heat Transfer Characteristics of an Oblique 

Jet Impingement Configuration in a Passage 

with Ribbed Surfaces 

GT2010-22288 

Florian Hoefler, Simon Schueren, Jens von 

Wolfersdorf, ITLR Universität Stuttgart, 

Stuttgart, Germany, Shailendra Naik, Alstom 

Power (Switzerland), Baden, Switzerland 

Channel Height and Jet Spacing Effect on 

Heat Transfer and Uniformity Coefficient on 

an Inline Row Impingement Channel 

GT2010-23757 

Mark Ricklick, Roberto Claretti, Jayanta 

Kapat, University of Central Florida, Orlando, 

FL, USA 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Alsh 2 • SECC • ThB-10-13 

FILM COOLING USING INTERACTION EFFECTS 

Session Chair: Ken-Ichiro Takeishi, Osaka University, Suita, Osaka, Japan Session Co-Chair: Bijay K. Sultanian, Siemens Energy Inc., Orlando, FL, USA 

A Parametric Study on the Effect of Sister 

Hole Location on Active Film Cooling Flow 

Control 

GT2010-22060 

Marc J. Ely, Bassam Jubran, Ryerson 

University, Toronto, ON, Canada 

A Preliminary Numerical Study On the Effect 

Of High Freestream Turbulence On Anti- 

Vortex Film Cooling Design At High Blowing 

Ratio 

GT2010-22077 

Benson K., Hunley, Andrew Nix, West 

Virginia University, Morgantown, WV, USA, 

James Heidmann, NASA Glenn Research 


Film Cooling Effectiveness Comparison 

between Shaped- and Double Jet Film 

Cooling Holes in a Row Arrangement 

GT2010-22604 

Karsten Kusterer, Anas Elyas, B&B AGEMA, 

Aachen, Germany, Dieter Bohn, Institute of 

Steam and Gas Turbines, RWTH Aachen 

University, Aachen, Germany, Ryozo Tanaka, 

Takao Sugimoto, Kawasaki Heavy Industries, 

LTD. Gas Turbine & Machinery Company, 

Akashi, Japan, Masahide Kazari, Kawasaki 

Heavy Industries, LTD. Technical Institute, 

Akashi, Japan 

Estimating The Loss Associated With Film- 

Cooling For A Turbine Stage 

GT2010-22327 

Chia Hui Lim, Graham Pullan, University of 

Cambridge, Cambridge, UK, John Northall, 

Rolls-Royce plc, Derby,UK



10:15 10:45 11:15 11:45 

COMMITTEE: Industrial & Cogeneration • Paper Session Room: Gala 2 • SECC • ThB-14-6 

SIMULATION & OPTIMIZATION - GAS TURBINE AND COGENERATION SYSTEMS 

Session Chair: Francesco Melino, Università di Bologna, Bologna, Italy 

Heat Accumulator In Large District Heating 

System Simulation And Optimization 

GT2010-22032 

Wojciech Bujalski, Krzysztof Badyda, 

Jaroslaw Milewski, Michal Warchol, 

Warsaw University of Technology, Warsaw, 

Mazowieckie, Poland 

Design of a Test Rig for Organic Vapours 

GT2010-22959 

Andrea Spinelli, Vincenzo Dossena, Paolo 

Gaetani, Carlo Osnaghi, Politecnico di Milano 

- Dipartimento di Energia, Milano, Italy, 

Davide Colombo, Turboden s.r.l., Brescia, 

Italy 

Performances And Application Perspectives 

Of Air Heat Recovery Turbine Units 

GT2010-23129 

Vyacheslav V. Romanov, Volodymyr N. 

Chobenko, Sergey N. Movchan, Oleg S. 

Kucherenko, GT RPC “Zorya”-”Mashproekt”, 

Mykolayiv,Ukraine, Valeriy V. Kuznetsov, 

Anatoliy P. Shevtsov, JSC SET , Mykolaiv, 

Ukraine 

Comparison Between Two-Shaft Simple And 

Recuperated Brayton Cycles, Using Different 

Types Of Gaseous Fuels 

GT2010-23633 

Areti Malkogianni, Antonios Tourlidakis, 

University of Western Macedonia, Kozani, 

Greece, Apostolos Polyzakis, Technological 

Educational Institute of Western Macedonia, 

Kozani, Greece 

COMMITTEE: Manufacturing Materials & Metallurgy • Tutorial Session Room: Dochart 1 • SECC • ThB-15-8 

TURBINE COMPONENT LIFE ASSESSMENT, PROGNOSTICS AND LIFE EXTENSION 

Session Chair: Joseph Daleo, BWD Turbines Limited, Ancaster, ON, Canada 

Turbine Component Life Assessment, 

Prognostics and Life Extension 

Ashok Koul, Life Prediction Technologies 

Inc., Ottawa, ON, Canada 

COMMITTEE: Structures & Dynamics: Non-Deterministic Methods & Applications • Paper Session Room: Castle 2 • Crowne Plaza • ThB-21-3 

PROBABILISTIC METHODS AND DESIGN 

Session Chair: Michael P Enright, Southwest Research Institute, San Antonio, TX, USA Session Co-Chair: Ramesh Chandra, NAVAIR, Patuxent River, MD, USA 

Probabilistic Engine Maintenance Modeling 

for Varying Environmental and Operating 

Conditions 

GT2010-22548 

Matthias Müller, Stephan Staudacher, 

Institute of Aircraft Propulsion Systems / 

University of Stuttgart, Stuttgart,Germany, 

Winfried-Hagen Friedl, René Köhler, 

Matthias Weißschuh, Rolls-Royce, 

Blankenfeld-Mahlow, Germany 


Prognostics and Life Extension-Part 2 



Probabilistic Structural Analysis of Anular 

Deformation Resistance Welding Process 

GT2010-23569 

Shantaram S. Pai, NASA Glenn Research 

Center, Cleveland, OH, USA, Vinod Nagpal, 

N&R Engineering, Parma Heights, OH, USA, 

N. Bhattacharya, Stanford University, 

Stanford, CA, USA 









COMMITTEE: Oil & Gas Applications • Panel Session Room: Castle 1 • Crowne Plaza • ThB-18-8 

OFFSHORE AND ARCTIC COMPRESSION APPLICATION ISSUES 

Session Chair: Jose Gilarranz, Dresser-Rand Company, Houston, TX, USA 

Mechanical Design Considerations 

for Floating Production Applications 


Incorporated, San Diego, CA, USA 

Operating Experience from Offshore 

Installations in the North Sea 

Harald Underbakke, Statoil ASA, 

Stavanger, Norway 

Offshore CO2 Compression 

Applications 

Allan Kidd, Dresser-Rand Co, 

Olean, NY, USA 

Low Emissions with High 

Availability and Fuel Flexibility 

Bengt Gudmundsson, Siemens, 

Slottsvägen, Sweden 

✲ 

✲ 

Research for Reliable Gas Turbine 

Cold Weather Performance 

Manfred Klein, National Research 

Council of Canada, Ottawa, Canada



10:15 10:45 11:15 11:45 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Boisdale 1 • SECC • ThB-27-7 

3D MULTISTAGE DESIGN ASPECTS 

Session Chair: Sumiu Uchida, Mitsubishi Heavy Industries, Takasago, Japan 

Online Throughflow -Automatic Simultaneous 

Simulation of an Axial Flow Turbine 

GT2010-22240 

Norbert Schinko, Martin Marx, Martin G. 

Rose, Stephan Staudacher, Institute of 

Aircraft Propulsion Systems / University of 

Stuttgart, Stuttgart, Germany, Jochen Gier, 

Norbert Hübner, MTU Aero Engines, 

München, Germany 

Numerical Simulation of Clocking Effect on 

Wake Transportation and Interaction in a 1.5- 

Stage Axial Turbine 

GT2010-22783 

Li Wei, Ouyang Hua, Du Zhaohui, Shanghai 

Jiao Tong University, Shanghai, Shanghai, 

China 

Influence Of Exit-To-Throat Width Ratio On 

Performance Of Vaneless Counter-Rotating 

Turbine High Pressure Convergent-Divergent 

Rotor 

GT2010-23069 

Lei ZHANG, Huishe Wang, Weiwei LUO, Wei 

Zhao, Jianzhong Xu, Institute of Engineering 



COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Boisdale 2 • SECC • ThB-29-11 

TURBOMACHINERY MODELLING AND ANALYSIS 

Session Chair: John Clark, AFRL/RZTT, WPAFB, OH, USA Session Co-Chair: Dan Sabatino, Lafayette College, Easton, PA, USA 

Ad-hoc Boundary Conditions for CFD 

Analyses of Turbomachinery Problems with 

Strong Radial Flow Gradients at Farfield 

Boundaries 

GT2010-22176 

M. Sergio Campobasso, Grant McLelland, 

Glasgow University, Glasgow, UK, 

Mohammed H. Baba-Ahmadi, University of 

Glasgow, Glasgow, UK 

Computation Of Laminar-Turbulent Transition 

In Turbumachinery Using The Correlation 

Based GAMMA-RE_THETA Transition Model 

GT2010-22207 

Maria Kelterer, Wolfgang Sanz, Graz 

University of Technology, Graz, Austria, Rene 

Pecnik, Stanford University - Center for 

Turbulence Research, Stanford, CA, USA 

Prediction Of Separation-Induced Transition 

Using A Correlation-Based Transition Model 

GT2010-23239 

Fernando Gisbert, ITP, Industria de 

Turbopropulsores, SA, La Secuita, Tarragona, 

Spain, Roque Corral, Industria de 

Turbopropulsores S.A., SAN FERNANDO DE 

HENARES, Madrid, Spain 

COMMITTEE: Turbomachinery: Radial Turbomachinery Aerodynamics • Paper Session Room: Lomond Auditorium • SECC • ThB-31-9 

CENTRIFUGAL COMPRESSORS VII 

Session Chair: Michele Marconcini, University of Florence, Florence, Italy Session Co-Chair: Greg Holbrook, Honeywell 

Effect of Impeller Blade Loading on 

Compressor Stage Performance in a High 

Specific Speed Range 

GT2010-22281 

Takanori Shibata, Manabu Yagi Hitachi, Ltd., 

Hideo Nishida, Hiromi Kobayashi, Masanori 

Tanaka, Hitachi Plant Technologies Ltd. 

Hitachi-shi, Japan 

Impact of Fan Gap Flow to the Centrifugal 

Impeller Aerodynamics 

GT2010-22381 

Yu-Tai Lee, Naval Surface Warfare Center, 

West Bethesda, MD, USA 

Aerodynamic Analysis of a Micro Turbine 


GT2010-23112 

Mattia Olivero, Adeel Javed, Prof. Jos P. van 

Buijtenen, Delft University of Technology, 

Delft, Netherlands 

Comparative Study on Tip Clearance Flow 

Fields in Two Types of Transonic Centrifugal 

Compressor Impeller with Splitter Blades 

GT2010-23345 

Kazutoyo Yamada, Yusuke Tamagawa, 

Hisataka Fukushima, Masato Furukawa, 

Kyushu University, Seiichi Ibaraki, Kenichiro 

Iwakiri, Mitsubishi Heavy Industries, LTD., 

Nagasaki, Japan



10:15 10:45 11:15 11:45 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room: Leven • SECC • ThB-32-7 

LP STEAM TURBINE DESIGN INCLUDING WETNESS EFFECTS 

Session Chair: Douglas C Hofer, GE Global Research, Niskayuna, NY, USA Session Co-Chair: Tadashi Tanuma, Toshiba Corporation, Yokohama, Japan 

The Development of Long Last 

Stage Steam Turbine Blades 

GT2010-22747 

Ivan Mcbean, Pierre A Masserey, 

Said Havakechian, Alstom Power 

(Switzerland), Baden, Baden, 

Switzerland 

COMMITTEE: Turbomachinery: Unsteady Flows In Turbomachinery • Paper Session Room: Morar/Ness • SECC • ThB-33-7 

STALL AND SURGE I 

Session Chair: Giridhar Jothiprasad, GE Global Research, Niskayuna, NY, USA Session Co-Chair: Seyed G Saddoughi 

Stability Enhancement by Casing Grooves: 

The Importance of Stall Inception 

Mechanism and Solidity 

GT2010-22284 

Tim Houghton, Ivor Day, The Whittle 

Laboratory, Cambridge University, Cambridge, 

Cambs, UK 

Numerical Study On Unsteadiness 

Of Tip Clearance Flow Induced By 

Downstream Stator Row In Axial 

Compressor 

GT2010-23024 

Yoojun Hwang, Shin-Hyoung Kang, Seoul 

National University, Seoul, Korea (Republic), 

Sungryong Lee, Doosan Heavy Industries & 

Construction CO., Ltd, Daejeon, Korea 

(Republic) 

Compressor Performance and Operability in 

Swirl Distortion 

GT2010-22777 

Yogi Sheoran, Bruce Bouldin, Honeywell 

Aerospace, Phoenix, AZ, USA, P. Murali 

Krishnan, Honeywell Aerospace, Bangalore, 

India 

A Method for Evaluating the Effect of 

Circumferential Inlet Distortion on the 

Aerodynamic Stability of Multi-Stage Axial- 

Flow Compressors 

GT2010-23541 

Tsuguji Nakano, GE Aviation, Cincinnati, OH, 

USA, Andy Breeze-Stringfellow, General 

Electric - Global Research, Cincinnati, OH, 

USA 

COMMITTEE: Wind Turbine Technology • Paper Session Room: Carron 2 • SECC • ThB-34-1 

WIND TURBINE AERO MODELING 

Session Chair: Vince Capece, University of Kentucky, Paducah, KY, USA Session Co-Chair: Ndaona Chokani, ETH Zurich, Zurich, Switzerland 

Fast CFD Simulation Of Horizontal Axis Wind 

Turbines 

GT2010-22724 

Fabio De Bellis, Luciano Andrea Catalano, 

Prof. Andrea Dadone, Polytechnic of Bari, 

Bari, BA, Italy 

Aerodynamic Design of Transonic 

Tip Sections 

GT2010-22165 

Alexander Stein, Douglas C Hofer, 

GE Global Research, Niskayuna, NY, 

USA, Victor Filippenko, GE Energy, 

Moscow, Russia, Jonathon Slepski, 

GE Energy, Schenectady, NY, USA 

Thick Airfoils with Blunt Trailing Edge for 

Wind Turbine Blades 

GT2010-23786 

C.P. van Dam, Aubryn Cooperman, Raymond 

Chow, Anthony McLennan, Jonathan Baker, 

University of California, Davis, Davis, CA,USA 

Non-Equilibrium Condensation 

Effects on the Flow Field and the 

Performance of a Low Pressure 

Steam Turbine 

GT2010-22467 

Jörg Starzmann, ITSM - Institute of 

Thermal Turbomachinery and 

Machinery Laboratory, Universität 


Michael Casey, ITSM / University 

of Stuttgart, Stuttgart, Germany, 

Frank Sieverding, Siemens AG, 

Mülheim an der Ruhr, Germany 

Numerical and Experimental 

Investigations of Unsteady 3-D 

Wet-steam Flows through Twostage 

Stator-Rotor Cascade 

Channels 

GT2010-22796 

Satoru Yamamoto, Yasuhiro Sasao, 

Hiroto Kato, Tohoku University, 

Sendai, Japan, Hiroshi Satsuki, 

Hiroharu Ooyama, Mitsubishi Heavy 

Industries, Takasago, Japan, 

Kouichi Ishizaka, Mitsubishi Heavy 

Industries, Takazago, Japan 

Numerical Simulations of the Aerodynamics 

of Circulation Control Wind Turbines Under 

Yawed Flow Conditions 

GT2010-23789 

Lakshmi Sankar, Mina Zaki, Georgia Tech, 

Atlanta, GA ,USA, Chanin Tongchitpakdee, 

Kasetsart University, Bangkok,Thailand, 

Robert Englar, Georgia Tech Research 

Institute, Atlanta, GA, USA 

Numerical Study on the 

Condensing Flow in the LP Cylinder 

of a 300MW Steam Turbine 

GT2010-23021 

Liang Li, Yu Li, Lianwei Wu, Wei 

You, Jun Li, Zhenping Feng, Xi’an 

Jiaotong University, Xi’an, Shaanxi 

Province, China


THURSDAY, JUNE 17: 2:30 p.m. – 5:30 p.m. 

2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Aircraft Engine • Panel Session Room: Lomond Auditorium • SECC • ThC-1-15 

ULTRA HIGH BYPASS PROPULSION: DUCTED FANS AND OPEN ROTORS 

Session Chair: Christopher Hughes, NASA Glenn Research Center, Cleveland, OH, USA Session Co-Chair: Dale Van Zante, NASA Glenn Research Center, Cleveland, OH, USA 

The NASA Environmentally 

Responsible Aviation Project 

Fayette Collier, NASA, 

Hampton, USA 

Integration Challenges in 

Ultra High Bypass 

Propulsion Systems 

Cesare Hall, Cambridge 

University, Cambridge, UK 

Ultra High Bypass Propulsion 

System Integration - 

Challenges and Considerations 

Mark Anderson, Boeing 

Research and Technology, 

Seattle, USA 

Open-Rotors: Benefits and 

Challenges 

Andy Breeze-Stringfellow, 

General Electric - Global 

Research, Cincinnati, OH, 

USA 

Pratt & Whitney Geared 

Turbofan Technology 

Jayant Sabnis, Pratt & 

Whitney, East Hartford, USA 

Ultra High Bypass 

Propulsion Technology at 

Rolls Royce 

Mark Taylor, Rolls Royce, 

Indianapolis, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • ThC-4-3 

ALTERNATIVE FUELS 

Session Chair: Chi-ming lee, NASA GRC, Cleveland, OH, USA Session Co-Chair: William Sowa 

Interest for liquid fuels in 

power generation gets 

renewed 

GT2010-22149 

Michel Moliere, GE, Belfort, 

France, Matthieu Vierling, 

GE Energy, Belfort, France, 

Richard Symonds, GE 

Energy, Orlando, FL, USA 

Performance of JP-8 

Surrogates and Parent 

Species in Swirl Combustor 

GT2010-22301 

Viswanath Katta, Innovative 

Scientific Solutions Inc, 

Dayton, OH, USA, William 

Roquemore, Air Force 

Research Laboratory, Wright 

Patterson Air Force Base, 

OH, USA 

An Experimental Study on 

the Effects of Fischer- 

Tropsch (FT) Blends with 

Diesel #2 and JP5 on the 

Performance of a Rolls- 

Royce Model 250- C20B Gas 


GT2010-22436 

Martin Cerza, J. Alexander 

Islin, US Naval Academy, 

Annapolis, MD,USA, Peter 

Jenkins, University of 

Colorado at Denver, Denver, 

CO, USA 

Emissions from a Gas 

Turbine Sector Rig Operated 

with Synthetic Aviation and 

Biodiesel Fuel 

GT2010-22494 

Greg Pucher, William Allan, 

Royal Military College of 

Canada, Kingston, ON, 

Canada, Pierre Poitras, 

Quality Engineering Test 

Establishment, Gatineau, QC, 

Canada 

Investigations Of Gaseous 

Alternative Fuels At 

Atmospheric And Elevated 

Temperature And Pressure 

Conditions 

GT2010-23270 

Audrius Bagdanavicius, 

Nasser Shelil, Nick Syred, 

Cardiff University, Cardiff, 

UK, Andrew Crayford, Phil 

Bowen, Gas Turbine 

Research Centre, Cardiff 

University, Cardiff, UK 

Gaseous and Particulate 

Emissions Results of the 

NASA Alternative Aviation 

Fuel Experiment (AAFEX) 

GT2010-23524 

Dan Bulzan, Kathleen Tacina, NASA 

Glenn Research Center, Cleveland, 

OH, USA, Bruce E. Anderson, NASA 

Langley Research Center, Hampton, 

VA, USA, Changlie Wey, ASRC 

Aerospace Corporation, Brookpark, 

OH, USA, Robert P. Howard, Arnold 

Engine Development Center/ATA, 

Tullahoma, TN ,USA, Edward L. 

Winstead, Science Systems and 

Applications, Inc., Hampton, VA, 

USA, Andreas J. Beyersdorf, NASA 

Langley Research Center, Hampton, 

VA, USA, Edwin Corporan, Air Force 

Research Laboratory-Wright 

Patterson Air Force Base, Dayton, 

OH, USA, Matthew DeWitt, 

Christopher Klingshirn, University of 

Dayton Research Institute, Dayton, 

OH, USA, Scott C. Herndon, Richard 

C. Miake-Lye, Michael Tinko, Ezra 

C. Wood, Aerodyne Research Inc., 

Billerica, MA, USA, David Liscinsky, 

United Technologies Research 

Center, East Hartford, CT, USA, 

Donald Hagen, Prem Lobo, Phillip 

D. Whitefield, Missouri University 

for Science and Technology, Rolla, 

MO, USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • ThC-4-23 

IGNITION & AUTO IGNITION 

Session Chair: Mike Klassen, Combustion Science & Engineering, Inc., Columbia, USA Session Co-Chair: Gilles Bourque, Rolls-Royce Canada, Montreal, QC, Canada 

Spark Ignition Simulations 

And The Generation Of 

Ignition Maps By Means Of 

A Turbulent Flame Speed 

Closure Approach 

GT2010-22211 

Jan M. Boyde, Massimiliano 

Di Domenico, Berthold Noll, 

DLR Stuttgart, Stuttgart, 

Baden-Wuerttemberg, 

Germany, Manfred Aigner, 

German Aerospace Centre, 


Statistical Evaluation of 

Ignition Phenomena in 

Turbojet Engines 

GT2010-23229 

Andreas Lang, Fabrice 

Giuliani, Graz University of 

Technology, Graz,Austria, 

Renaud Lecourt, ONERA 

DMAE/MH, Mauzac, France 

n-Heptane: Comparison of 

Spray Autoignition 

Experiments and Single 

Droplet Simulations 

GT2010-22348 

Peter Rickmers, Christian 

Eigenbrod, Konstantin V. 

Klinkov, University of 

Bremen, ZARM, Bremen, 

Germany 

An Experimental Ignition 

Delay Study of Alkane 

Mixtures in Turbulent Flows 

at Elevated Pressures and 

Intermediate Temperatures 

GT2010-22865 

David J Beerer, Vince 

McDonell, Scott Samuelsen, 

UCI Combustion Laboratory, 

Irvine, CA, USA, Leonard 

Angello, Electric Power 

Research Institute, Palo Alto, 

CA, USA 

Ignition And Combustion Of 

Heavy Hydrocarbons Using 

An Aerosol Shock-Tube 

Approach 

GT2010-22844 

Brandon Rotavera, Nolan 

Polley, Eric Petersen, Texas 

A&M University, College 

Station, TX, USA, Kara 

Scheu, Mark Crofton, The 

Aerospace Corporation, El 

Segundo, CA, USA, Gilles 

Bourque, Rolls-Royce 

Canada, Montreal, QC, 

Canada 

Investigation of Auto- 

Ignition of a Pulsed Methane 

Jet in Vitiated Air using 

High-Speed Imaging 

Techniques 

GT2010-22693 

Wolfgang Meier, Isaac G. 

Boxx, Christoph M. Arndt, 

Deutsches Zentrum für Luftund 

Raumfahrt (DLR), 

Stuttgart, Germany, Mirko 

Gamba, Noel Clemens, 

University of Texas at Austin, 

Austin, TX, USA 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room: Carron 1 • SECC • ThC-5-13 

HIGH TEMPERATURE INSTRUMENTATION 

Session Chair: Ian Jennions, IVHM Centre, Cranfield University, Cranfield, Bedfordshire, UK Session Co-Chair: Geoff Sheard, Flakt Woods, Colchester, Essex, UK 

Novel Technique For 

Measuring Stagnation 

Quantities And Gas 

Composition In High 

Temperature Flows 

GT2010-22920 

Michela Massini, Cambridge 

University, Cambridge, UK, 

Rob Miller, Howard Hodson, 


Cambridge, UK 

First Unsteady Pressure 

Measurements with a Fast 

Response Cooled Total 

Pressure Probe in High 

Temperature Gas Turbine 

Environments 

GT2010-23630 

Mehmet Mersinligil, Jean- 

François Brouckaert, Julien 

Desset, Von Karman Institute 

for Fluid Dynamics, Rhode- 

Saint-Genese, Belgium 

Application of Fiber-Optical 

Microphone for Thermo- 

Acoustic Measurements 

GT2010-22022 

Holger J. Konle, Christian 

Oliver Paschereit, 


Berlin, Berlin, Germany, Ingo 

Roehle, German Aerospace 

Center, Goettingen, Germany 

Development of Non- 

Destructive Heat Resistance 

Evaluation System for TBC 

on Gas Turbine Blade 

GT2010-22613 

Tomoharu Fujii, Toshihiko 

Takahashi, Eiji Sakai, 

Terutaka Fujioka, Central 

Research Institute of 

Electiric Power Industry, 

Yokosuka, Kanagawa, Japan 

Concept for a 

Phosphorescent Thermal 

History Sensor 

GT2010-23517 

Abderahman Rabhiou, 

Andreas Kempf, Stephen J 

Skinner, Andrew Heyes, 


London, UK, Jörg Feist, 

Southside Thermal Sciences, 

London, London, UK



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Gala 1 • SECC • ThC-9-8 

ROTATIONAL EFFECTS ON INTERNAL COOLING 

Session Chair: Nirm Nirmalan, GE Global Research Center, Niskayuna, NY, USA Session Co-Chair: Gregory Laskowski, General Electric Global Research, Niskayuna, NY, USA 

Heat Transfer In Trailing 

Edge Wedge-Shaped Pin-Fin 

Channels With Slot Ejection 

Under High Rotation 

Numbers 

GT2010-22832 

Akhilesh P. Rallabandi, Je- 

Chin Han, Texas A&M 

University, College Station, 

TX,USA, Yah-Hsien Liu, 

National Chiao Tung 

University, Hsinchu, Taiwan 

Numerical Predictions of the 

Effect of Rotation on Fluid Flow 

and Heat Transfer in an Engine- 

Similar Two-Pass Internal 

Cooling Channel with Smooth 

and Ribbed Walls 

GT2010-22870 

Marco Schüler, Horst-Michael 

Dreher, Sven Olaf Neumann, 

Universität Stuttgart, Institut für 

Thermodynamik der Luft- und 

Raumfahrt (ITLR), Stuttgart, 

Germany, Martin Elfert, German 

Aerospace Centre (DLR), 

Institute of Propulsion 

Technology, Cologne, Germany, , 

Bernhard Weigand, Institute of 

Aerospace Thermodynamics 

(ITLR), Universität Stuttgart, 


PIV-Measurement of 

Secondary Flow in a 

Rotating Two-Pass Cooling 

System with an Improved 

Sequencer Technique 

GT2010-23510 

Martin Elfert, German 

Aerospace Centre (DLR), 

Institute of Propulsion 

Technology, Cologne, 

Germany, Michael Schroll, 

Wolfgang Foerster, German 

Aerospace Center (DLR), 

Koeln, Germany 

Influence Of Channel 

Orientation On Heat Transfer 

In A Two-Pass Smooth And 

Ribbed Rectangular Channel 

(AR=2:1) Under Large 

Rotation Numbers 

GT2010-22190 

Michael Huh, The University 

of Texas at Tyler, Tyler, TX, 

USA, Jiang Lei, Je-Chin Han, 

Texas A&M University, 


Investigation of Coriolis 

Forces Effect of Flow 

Structure and Heat Transfer 

Distribution in a Rotating 

Dimpled Channel 

GT2010-22657 

Mohammad Elyyan, ANSYS 

Inc, Austin, TX, USA, Danesh 

K. Tafti, Virginia Tech, 


Heat Transfer in a Rotating 

Rectangular Channel With 

Two Opposite Walls 

Roughened with Spherical 

Protrusions at High Rotation 

Numbers 

GT2010-22609 

Shyy Woei Chang, National 

Kaohsiung Marine University, 

Kaohsiung, Taiwan, T.-M. 

Liou, Department of Power 

Mechanical Engineering, 

Hsinchu, Taiwan, China, W. 

G. Chen, National Tsing Hua 

Marine University, Tsinghua, 

China 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Alsh 2 • SECC • ThC-10-5 

ANALYTICAL MODELING OF FILM COOLING 

Session Chair: Savas Yavuzkurt, The Pennsylvania State University, University Park, PA, USA Session Co-Chair: Cengiz Camci, Penn State University, Boalsburg, PA, USA 

Block-Spectral Approach to 

Film-Cooling Modelling 

GT2010-22188 

Li He, University of Oxford, 

Oxford, Oxford, UK 

A Model for Cylindrical Hole 

Film Cooling: Part I - A 

Correlation for Jet-Flow 

with Application to Film 

Cooling 

GT2010-22787 

Tilman Auf dem Kampe, 

Stefan Voelker, Siemens AG, 

Energy Sector, Mülheim a. d. 

Ruhr, Germany, Frank N. 

Zehe, University Stuttgart, 


A Model for Cylindrical Hole 

Film Cooling: Part II - Model 

Formulation, Implementation 

and Results 

GT2010-22788 

Tilman Auf dem Kampe, 

Stefan Voelker, Siemens AG, 

Energy Sector, Muelheim a. 

d. Ruhr, Germany 

A Correlation Approach to 

Predicting Film Cooled 

Turbine Vane Heat Transfer 

GT2010-23597 

Bob Boyle, NNR, Cleveland, 

OH, USA, Ali Ameri, The 



Aerothermodynamics Of A 

High-Pressure Turbine Blade 

With Very High Loading And 

Vortex Generators 

GT2010-23543 

Reinaldo Araujo Gomes, 

University of the Federal 

Armed Forces Munich, 

Munich, Germany, Reinhard 

Niehuis, Institute of Jet 

Propulsion, University of the 

Federal Armed Forces 

Munich, Neubiberg, Bavaria, 

Germany



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Heat Transfer: Internal Air and Seals (with Turbomachinery Committee) • Paper Session Room: Alsh 1 • SECC • ThC-11-7 

SECONDARY FLOW SYSTEM DESIGN 

Session Chair: Peter R N Childs, Imperial College London, London, UK Session Co-Chair: Jeff Dixon, Rolls-Royce plc, Derby, Derbyshire, UK 

A Probabilistic Secondary 

Flow System Design Process 

for Gas Turbine Engines 

GT2010-22071 

Alex MirzaMoghadam, 

Douglas Ramerth, Honeywell 

International, Phoenix, AZ, 

USA, Ashish Kiratsingh, 

Gaurav Banda, Honeywell 

Technical Solutions Lab, 

Bangalore, 10, India 

Impacts of Engine 

Secondary Air System 

Uncertainties On Gas 

Turbine Compressor Heat 

Transfer 

GT2010-23392 

Sohail Alizadeh, Atkins (Fluid 

Mechanics), Epsom, UK, 

Naveen Prasad Gopinathrao, 

Atkins, Epsom, UK 

1D Tool for Stator-Rotor 

Cavities Integrated into a 

Fluid Network Model of 

Heavy-Duty Gas Turbine 

Secondary Air System 

GT2010-22203 

Luca Bozzi, Marco Mantero, 

Federico Bonzani, 

Alessandro Vinci, Ansaldo 

Energia, Genova, Italy, Luca 

Innocenti, Mirko Micio, 

Università degli Studi di 

Firenze - Dipartimento di 

Energetica “Sergio Stecco”, 

Firenze, Firenze, Italy, 

An Efficient Procedure for 

the Analysis of Heavy Duty 

Gas Turbine Secondary 

Flows in Different Operating 

Conditions 

GT2010-22935 

Luca Bozzi, Federico 

Bonzani, Ansaldo Energia, 

Genova, Italy, Carlo 

Carcasci, Università degli 

Studi di Firenze - 

Dipartimento di Energetica, 

Firenze, Italy, Matteo Cerutti, 

CFD Engineering S.r.l., 

Firenze, Italy, 

Transient Thermodynamic, 

Thermal And Structure 

Analysis Of A Steam Turbine 

During Its Start-Up 

GT2010-22813 

Rzadkowski Romuald, 

Lampart Piotr, Kwapisz 

Leszek, Szymaniak Mariusz, 

Drewczynski Marcin, Polish 

Academy of Sciences, 

Institute of Fluid-Flow 

Machinery, Gdansk, Poland 

COMMITTEE: Heat Transfer: Transition (with Turbomachinery Committee) • Paper Session Room: Carron 2 • SECC • ThC-12-2 

TRANSITION SESSION 

Session Chair: Phillip Ligrani, Siemens Energy Inc., Orlando, FL, USA Session Co-Chair: Ting Wang, University of New Orleans, New Orleans, LA, USA 

Calculation Of Steady And 

Periodic Unsteady Blade 

Surface Heat Transfer In 

Separated Transitional Flow 

GT2010-23275 

Roberto Pacciani, Filippo 

Rubechini, Andrea Arnone, 


Florence, Italy, Ewald Lutum, 

MTU Aero Engines GmbH, 


Modeling separation 

induced transition using a 

non-linear three equation 

turbulence model and a 

Reynolds stress turbulence 

model. 

GT2010-23331 

Zinon Vlahostergios, Kyros 

Yakinthos, Lab. of Fluid 

Mechanics and 

Turbomachinery, Dept. of 


Aristotle University, 


Experimental Heat Transfer 

Investigation In A 

Multisplitter LP Vane 

Architecture 

GT2010-22694 

Victor Pinilla, Juan Pedro 

Solano, Dr. Guillermo 

Paniagua, Sergio Lavagnoli, 

Tolga Yasa, von Karman 

Institute, Rhode St. Genese, 

Belgium 

Sensitivity of Numerical 

Simulations of Low- 

Reynolds Fow over the T106 

Turbine Blade 

GT2010-22903 

Xavier de Saint Victor, 

ONERA, Toulouse, France 

(Metro)



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Industrial & Cogeneration • Paper Session Room: Gala 2 • SECC • ThC-14-5 

OPERATION & MAINTENANCE -COGENERATION SYSTEMS 

Session Chair: Carlos Koeneke, Mitsubishi Power Systems America, Orlando, FL, USA Session Co-Chair: Rakesh Bhargava, Foster Wheeler USA Corp, Houston, TX, USA 

Filter Failure During High 

Humidity Conditions 

GT2010-23641 

Melissa Wilcox, David 

Ransom, Hector Delgado 

Garibay, Southwest 



On Gas Turbine Performance 

With Pulse Jet For Air Filters 

Cleaning 

GT2010-22019 

Sebastian Brusca, Rosario 

Lanzafame, University of 

Catania, Catania, CT, Italy 

Oil Mist Eliminator Vessel 

Modifications for GE 7EA 

Gas Turbine 

GT2010-22220 

Steve Ingistov, BP/WCC, 

Carson, CA, USA, Roger 

Cusack, Koch-Glitch LP, 

Whichita, KS, USA, Rakesh 


USA Corp, Houston, TX, USA 

An Innovative Approach to 

Emission Reductions & Heat 

Recovery Comply Units 

GT2010-23814 

Sanjeev Jolly, Eco Power 

Solutions, Louisville, KY, USA 

Avoidance of Gas Turbine 

Failure using Metallurgical 

Analysis and Engine Health 

Monitoring as Predictive Tools 

GT2010-22144 

Pervez Canteenwalla, 

Douglas R Nagy, Liburdi 

Turbine Services, Dundas, 

ON, Canada, Steve Ingistov, 

BP Watson Cogeneration, 

Carson, CA, USA 

Overhaul and Uprate of 

Industrial Gas Turbines by 

an Alternate Service 

Provider 

GT2010-23628 

Michel P. Arnal, Wood Group 

Advanced Parts 

Manufacture, Neuenhof, 

Switzerland 

COMMITTEE: Manufacturing Materials & Metallurgy • Panel Session Room: Dochart 1 • SECC • ThC-15-9 

STRATEGIES FOR REPAIR SCHEMES AND TECHNOLOGY FOR ADVANCED GAS TURBINE COMPONENT REPAIRS 

Session Chair: Warren Miglietti, Power Systems Mfg, LLC (An Alstom Group Company), Jupiter, FL, USA Session Co-Chair: Joseph Daleo, BWD Turbines Limited, Ancaster, ON, Canada 

Advanced repair and 

rejuvenation technologies 

for IGT components 

Andy Williams, Wood Group, 

Dundee, UK 

High Efficiency and Durable 

Turbine Blade Tip Repair 

Options 

Lloyd Cooke, Liburdi 

Engineering, 

Hamilton/Dundas, Canada 

COMMITTEE: Oil & Gas Applications • Panel Session Room: Castle 1 • Crowne Plaza • ThC-18-9 

C02 - CARBON CAPTURE AND SEQUESTRATION (CCS) 

Session Chair: Jeffrey Moore, Southwest Research Institute, San Antonio, TX, USA Session Co-Chair: Matthew Blieske, Southwest Research Institute, San Antonio, TX, USA 

US DOE Office of Fossil Energy 

Industrial Carbon Capture and 

Sequestration Projects 

Background and Status 

Richard Dennis, US DOE 

NETL, Morgantown, WV, USA 

CO2 capture and 

sequestration turbomachinery 

technology development 

Jeffrey Moore, Southwest 



COMMITTEE: Structures & Dynamics: Non-Deterministic Methods & Applications • Tutorial Session Room: Dochart 2 • SECC • ThC-18-12 

MODAL TESTING FUNDAMENTALS 

Session Chair: Timothy C. Allison, Southwest Research Institute, San Antonio, TX, USA Session Co-Chair: Harold R. Simmons, Southwest Research Institute, San Antonio, TX, USA 

Modal Testing for 

Turbomachinery Applications: 

A Practical Tutorial 

Timothy C. Allison, Harold R. 

Simmons, Southwest 



✲ 

✲



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Oil & Gas Applications • Tutorial Session Room: Castle 2 • Crowne Plaza • ThC-21-5 

AN INTRODUCTION TO PROBABILISTIC METHODS 

Session Chair: Michael P. Enright, Southwest Research Institute, San Antonio, TX, USA 

Session Co-Chair: Michael Gorelik, Honeywell Aerospace, Phoenix, AZ, USA; Dr. Jeff Brown, Air Force Research Laboratory, Ohio, USA 

Module I: Overview of 

Fundamental Probabilistic 

Methods 

Michael P. Enright, Southwest 



Module II: Managing Cost 

and Risk Using 

Probabilistics 

Dr. Jeff Brown, Air Force 

Research Laboratory, Ohio, 

USA 

Module III: Practical 

Applications in Engineering 

Design 

Michael Gorelik, Honeywell 

Aerospace, Phoenix, AZ, 

USA 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Castle 3 • Crowne Plaza • ThC-22-10 

ROTORDYNAMICS III 

Session Chair: Regis Dufour 

Instability and Chaos of a 

Flexible Rotor Ball Bearing 

System: An Investigation on 

the Influence of Rotating 

Imbalance and Bearing 

Clearance 

GT2010-23035 

Tikam Chand Gupta, Malviya 

National Institute of 

Technology, Jaipur, India, 

Kshitij Gupta, D. K. Sehgal, 

Indian Institute of Technology, 

Delhi, New Delhi, Delhi, India 

A Numerical Study of 

Ground-Based Vibration 

Response of a Spinning 

Cyclic Symmetric Rotor with 

Cracks 

GT2010-23051 

I-Yeu Shen, University of 

Washington, Seattle, WA, 

USA 

Dynamics Design of the 

Aero-Engine Rotor Joint 

Structures Based on 


Study 

GT2010-22199 

Liu Shuguo, Hong Jie, Zhang 

Dayi, Beijing University of 

Aeronautics and 

Astronautics, Beijing, China, 

Wang Jun, Shenyang Aeroengine 

Design Institute, 

Shenyang, China 

Nonlinear Dynamic Analysis 

Of A Flexible Rod Fastening 

Rotor Bearing System 

GT2010-23368 

Liu Heng, Li Chen, Jing 

Minqing, Xian Jiaotong 

University, Xi’an, Shannxi, 

China, Weimin Wang, 

Xiaobing Qi, DongFang 

Turbine Company, Deyang, 

Sichuan, China 

Multistage Coupling Of 

Eight Bladed Discs On A 

Solid Shaft 

GT2010-22803 


Drewczynski Marcin, Polish 




COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session Room: Leven • SECC • ThC-26-3 

DESIGN, ANALYSIS AND TEST II 

Session Chair: Stephen Krautheim, Rolls-Royce North American Technologies, Indianapolis, IN, USA 

Results of an Advanced Fan 

Stage Operating Over a 

Wide Range of Speed and 

Bypass Ratio Part I: Fan 

Stage Design and 

Experimental Results 

GT2010-22825 

Kenneth L. Suder, Scott A. 

Thorp, NASA Glenn 


OH, USA, Patricia S. Prahst, 

AP Solutions, Incorporated, 

Cleveland, OH, OH, USA 

The Flow Field within an 

Axial Flow Compressor at 

Extremely High Flow 

Coefficients 

GT2010-22894 

Andrew Gill, University of 

Stellenbosch, Stellenbosch, 

Western Cape, South Africa, 

Theodor W von Backstrom, 

Thomas M Harms, University 

of Stellenbosch, Matieland, 

Western Cape, South Africa 

The Highly Loaded 

Aerodynamic Design and 

Optimization of a Helium 

Compressor 

GT2010-23116 

Tingfeng Ke, Qun Zheng, 

Harbin Engineering 

University, Harbin, 

Heilongjiang, China 

Results of an Advanced Fan 

Stage over a Wide Operating 

Range of Speed and Bypass 

Ratio. Part II: Comparison of 

CFD and Experimental 

Results 

GT2010-23386 

Mark Celestina, Kenneth L. 

Suder, NASA Glenn Research 

Center, Cleveland, OH, USA, 

Sameer Kulkarni, Case 

Western Reserve University, 

Cleveland, OH, USA



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Morar/Ness • SECC • ThC-27-15 

COOLED TURBINE LOSSES 

Session Chair: Pierre Ginibre, Snecma, Moissy Cramayel, France Session Co-Chair: Steven Gegg, Rolls-Royce Corportaion, Indianapolis, IN, USA 

Improvement of Cooled 

Turbine Airfoils by special 

cutback 

GT2010-22056 

Boris I. Mamaev, Mikhail M. 

Petukhovskiy, Alexander V. 

Pozdnyakov, OOO Siemens 

(Siemens LLC, Russia), 

Moscow, Russia, Marat R. 

Valeev, FGUE “SME” Motor”, 

Ufa, Russia 

Impact of Flowfield 

Unsteadiness on Film 

Cooling of a High Pressure 

Turbine Rotor 

GT2010-22773 

Paul Vitt, Chad Iverson, 

QuEST - ASE, Cincinnati, OH, 

USA, Malak F. Malak, Jong- 

Shang Liu, Honeywell, 

Phoenix, AZ, USA 

Investigation Of 

Aerodynamic Losses And 

Film Cooling Effectiveness 

For A NGV Profile 

GT2010-22810 

Bruno Stephan, Joerg 

Krückels, Alstom (Schweiz) 

AG, Baden, AG,Switzerland, 

Michael Gritsch, Alstom, 

Birr, Switzerland 

Performance of a Nozzle 

Guide Vane in Subsonic and 

Transonic Regimes Tested In 

an Annular Sector 

GT2010-22901 

Tolga Yasa, von Karman 

Institute, Rhode St. Genese, 

Belgium, Dr. Guillermo 

Paniagua, von Karman 

Institute for Fluid Dynamics, 

Rhode St Genese, Belgium, 

Jens Fridh, Damian Vogt, 

Royal Institute of Technology, 

Stockholm, Sweden 

COMMITTEE: Turbomachinery: Noise & Innovative Noise Reduction • Paper Session Room: Boisdale 1 • SECC • ThC-30-1 

ACOUSTICS OF ROTATING MACHINERY I 

Session Chair: Paul Van Slooten, United Technologies Research Center, East Hartford, CT, USA 

Rotor Interaction Noise in 

Counter-Rotating Propfan 

Propulsion Systems 

GT2010-22554 

Andreas Peters, Zolti 

Spakovszky, MIT Gas 

Turbine Laboratory, 

Cambridge, MA, USA 

Internal Flow and Noise 

Investigations about the 

Cross-flow Fan with 

Different Blade Angles 

GT2010-23280 

You Li, Hua Ouyang, Jie Tian, 

Zhaohui Du, Shanghai Jiao 

Tong University, Shanghai, 

Shanghai, China, Zhiming 

Zheng, Daikin, Ltd, Osaka, 

Japan 

Identification Of Acoustic 

Dipole Sources In A 

Propylene Centrifugal 


GT2010-22408 

Hongtao Tang, Datong Qi, Lu 

Fu-an, Xi’an Jiaotong 

University, Xi’an, Shaanxi, 

China 

Modeling Of Aerodynamic 

Noise Using Hybrid Sas And 

Des Methods 

GT2010-22696 

Sebastian Rulik, Slawomir 

Dykas, Wlodzimierz 

Wróblewski, Silesian 


Gliwice, Poland 

Diagnosis and Solution of 

High Noise and Vibration 

Issues After a Propylene 

Refrigeration Compressor 

Re-Rate 

GT2010-22014 

Zheji Liu, Mark Kuzdzal, 

Dresser-Rand Company, 

Olean, NY, USA, Kenneth 

Atkins, Engineering Dynamics 

Inc., San Antonio, TX, USA, 

Randy Rials, Westlake 

Chemical, Sulphur, LA, USA 

✲



2:30 3:00 3:30 4:00 4:30 5:00 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room: Boisdale 2 • SECC • ThC-32-5 

AEROMECHANIC EFFECTS IN STEAM TURBINE 

Session Chair: Michael Sell, Alstom Power, Baden, Switzerland Session Co-Chair: Simon Hogg 

Fatigue Life Extension of 

Steam Turbine Alloys Using 

Low Plasticity Burnishing 

(LPB) 

GT2010-22995 

Paul Prevey, Narayanan 

Jayaraman, Lambda 

Technologies, Cincinnati, OH, 

USA, Ravi Ravindranath, 

Naval Air Systems 

Committee:and, Patuxent 

River, MD, USA 

Unsteady Forces Acting on 

the Rotor Blade and Shaft in 

the Control Stage for different 

Steam Admission 

Variants 

GT2010-22807 


Soliski Marek, Polish 




Rotor dynamic analysis on 

partial admission control 

stage in a large power 

steam turbine 

GT2010-22608 

Lin Gao, Yiping DAI, Xi’an 

Jiaotong University, Xi’an, 


Analysis of Fluid-Structure 

Interaction in a Steam 

Turbine Throttle Valve 

GT2010-23788 

Joseph Tecza, Randy Moll, 

Dresser-Rand, Wellsville, NY, 

USA, Gocha Chochua, 

Schlumberger, Sugar Land, 

TX, USA 

Unsteady Forces of Rotor 

Blades in Full and Partial 

Admission Turbines 

GT2010-22003 

Narmin Baagherzadeh 

Hushmandi, Jens Fridh, 

Torsten Fransson, Royal 

Institute of Technology (KTH), 

Stockholm, Stockholm, 

Sweden 

Semi-Analytical Procedure 

for Prediction of Radial 

Clearances in Industrial 

Steam Turbines 

GT2010-22183 

Christian Hesse, Sophie 

Schoene, Uwe Gampe, 


Dresden, Dresden, Germany, 

Juergen Kober, Hannes Fogt, 

Siemens AG Energy Sector, 

Goerlitz, Germany 

COMMITTEE: Wind Turbine Technology • Tutorial Session Room: Hall 1 • SECC • ThC-34-10 

WIND TURBINE HISTORY AND TECHNOLOGY FUNDAMENTALS 

Session Chair: Klaus Brun, Southwest Research Institute, San Antonio, TX, USA Session Co-Chair: David Ransom, Southwest Research Institute, San Antonio, TX, USA 

Wind Turbine Development 

History 

David Ransom, Southwest 



Wind Turbine Function and 

Theory 




Wind Turbine Design and 

Technology Options 




Wind Turbine Case Studies 

and Failure Prevention 




✲


FRIDAY, JUNE 18: 8:00 a.m. – 10:00 a.m. 

8:00 8:30 9:00 9:30 

COMMITTEE: Aircraft Engine • Paper Session Room: Castle 3 • Crowne Plaza • FA-1-8 

NEW ENGINE CONCEPTS I 

Session Chair: Robert McAmis, AEDC, Arnold AFB, TN, USA Session Co-Chair: Charlie Vining, US Air Force, Tullahoma, USA 

High Propulsive Efficiency Turbofan With 

Variable Pitch Fan 

GT2010-22148 

Robert Mazzawy, Trebor Systems, Inc, S. 

Glastonbury, CT,USA 

Conceptual Study Of A Hybrid Turbofan 

Engine With Inter Turbine Burner 

GT2010-22719 

Koon Tang, Arvind Gangoli Rao, Jos van 

Buijtenen, Technical University of Delft, 

Delft,Netherlands 

Conceptual Study Of A Contra Rotating Fan 

Engine 

GT2010-22770 

Nestor Gonzalez Diez, Arvind Gangoli Rao, 

Technical University of Delft, Delft, 

Netherlands, Prof. Jos P. van Buijtenen, Delft 

University of Technology, Delft, Netherlands 

Mechanical Design Of A Variable Pitch Fan 

For Turbofan Engines 

GT2010-22969 

John Violette, Eric Loos, Rotating Composite 

Technologies, LLC, Kensington, CT, USA 

COMMITTEE: Coal, Biomass & Alternative Fuels • Tutorial Session Room: Carron 2 • SECC • FA-3-10 

GASIFICATION TUTORIAL 

Session Chair: Manfred Klein, National Research Council of Canada, Ottawa, Canada Session Co-Chair: Marianne Salomon, Royal Institute of Technology, Stockholm, Sweden 

Dr. Justin Zachary, Bechtel Corporation, 

MD, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • FA-4-22 

FUEL INJECTION, MIXING & VAPORIZATION 

Session Chair: Bernd Prade, Siemens AG, Muelheim, Germany Session Co-Chair: Ramu Bandaru, Solar Turbines Inc., San Diego, CA, USA 

The Effect of Multi-Component Fuel 

Evaporation on the Ignition of JP-8 

GT2010-22990 

Richard Joklik, Casey Fuller, Ponnuthurai 

Gokulakrishnan, Brent Turner, Combustion 

Science & Engineering, Columbia, MD, USA 

Klas Engvall, School of Chemical Science 

and Engineering, Stockholm, Sweden 

Combustor Residence Time Measurement 

Using PLIF 

GT2010-22573 

Adrian Spencer, Loughborough University, 

Leicestershire, UK, Liangta Cheng, Dept 

Aeronautical and Automotive Engineering, 

Loughborough, UK 

Measurement and Simulation of Turbulent 

Mixing in a Jet in Crossflow 

GT2010-22709 

Flavio Cesar Cunha Galeazzo, Georg Donnert, 

Peter Habisheuther, Karlsruhe Institute of 

Technology (KIT), Karlsruhe, Germany, Prof. 

Dr. Nikolaos Zarzalis, Engler-Bunte-Institut, 

University of Karlsruhe, Karlsruhe, Germany, 

Richard J. Valdes, Siemens Energy, Inc., 

Orlando, FL, USA, Werner Krebs, SIEMENS, 

Muelheim, NRW, Germany 

CFD Modeling of The Influence of Fuel 

Staging on the Mixing Quality and Flame 

Characteristics in a Lean Premixed 

Combustor 

GT2010-22910 

Christina Schrödinger, Oliver Krüger, Arnaud 

Lacarelle, Michael Oevermann, Christian 

Oliver Paschereit, Technische Universität 

Berlin, Berlin,Germany



8:00 8:30 9:00 9:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • FA-4-31 

FLASHBACK & BLOWOUT, FLAMELESS COMBUSTION I 

Session Chair: Geoff Myers, GE Energy, Simpsonville, SC, USA Session Co-Chair: Jeffrey Armstrong, Ingersoll Rand Energy Systems, Portsmouth, NH, USA 

On Swirl Stabilized Flame Characteristics 

Near The Weak Extinction Limit 

GT2010-22335 

Svetoslav Marinov, Matthias Kern, Nikos 

Zarzalis, Klaus Merkle, Universität Karlsruhe, 

Karlsruhe, Baden-Württemberg, Germany, 

Antonio Peschiulli, Avio, Torino, Italy, Fabio 

Turrini, Avio, Milan, Italy, O.Nuri Sara, 

Atatürk Üniversitesi, Mühendislik Fakültesi, 

Erzurum, Turkey 

COMMITTEE: Controls, Diagnostics & Instrumentation • Paper Session Room: Carron 1 • SECC • FA-5-12 

CONTROL SYSTEMS II: ACTIVE CONTROL/DISTRIBUTED CONTROL 

Session Chair: Sanjay Garg, NASA Glenn Research Center, Cleveland, OH, USA Session Co-Chair: Alok Sinha, The Pennsylvania State University, University Park, PA, USA 

Gas Turbine Dynamic Model & Control in 

Integrated Gasification Combined Cycle 

Application 

GT2010-22364 

Prashant Parulekar, WorleyParsons Services 

Pty Ltd, Westlake, QLD, Australia, Hal 

Gurgenci, The University of Queensland, 

Brisbane, Queensland, Australia 

Transition in Gas Turbine Control System 

Architecture: Modular, Distributed, and 

Embedded 

GT2010-23226 

Dennis Culley, NASA Glenn Research Center, 


Challenges for Implementing a Distributed- 

Control System for Turbine Engines 

GT2010-23640 

Andy Berner, BAE Systems, Johnson City, NY, 

USA 

COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • FA-6-12 

NOVEL CYCLES 

Session Chair: Tong Seop Kim, Inha University, Incheon, Korea (Republic) Session Co-Chair: Fateh Bhinder, University of Hertfordshire, Hatfield, Hertfordshire, UK 

Chemical Looping Combustion Using the 

Direct Combustion of Liquid Metal in a Gas 

Turbine Based Cycle 

GT2010-23393 

Niall McGlashan, Peter R.N., Childs, Andrew 

L., Heyes, Imperial College, London, UK 

Experimental Test On A Syngas Model 

Combustor With Flameless Technology 

GT2010-23087 

Xuan Lv, Yufeng Cui, Gang Xu, Chaoqun Nie, 

IAibing Fang, Institute of Engineering 


Sciences, Beijing,China, Bin Yu, Chinese 

Academy of Sciences, Beijing,China 

Second Law Analysis Of A Refrigeration 

System For A Novel Semi-Closed Gas 

Turbine-Absorption Combined Cycle 

GT2010-23729 

ChoonJae Ryu, William Lear, Sherif A. Sherif, 

University of Florida, Gainesville, FL, USA 

FLOX ® Combustion at High Power Density 

and High Flame Temperatures 

GT2010-23385 

Oliver Lammel, Harald Schütz, Guido 

Schmitz, Rainer Lückerath, Michael Stöhr, 

Berthold Noll, Manfred Aigner, German 

Aerospace Centre (DLR), Stuttgart, Germany, 

Matthias Hase, Siemens AG, Mülheim, 

Germany, Werner Krebs, Siemens, Muelheim, 

NRW, Germany 

Enhancement Of Simple Gas Turbine System 

And Cogeneration Power Plant Using Dual 

Fueling Of Combustion Chamber: Based On 

Endogenous And Exogenous Exergy 

Destruction Concepts 

GT2010-22073 

Rahim Khoshbakhti Saray, Sahand University 

of Technology, Tabriz, East Azarbayjan, Iran, 

N. Razmara, Department of Mechanical 

Engineering, Tabriz, Iran 

Flash Back Propensity of Syngas Flames at 

High Pressure: Diagnostics and Control 

GT2010-23456 

Salvatore Daniele, Peter Jansohn, Paul 

Scherrer Institut, Villigen PSI, Switzerland, 

Konstantinos Boulouchos, Swiss Federal 

Institute of Technology, Zurich, Switzerland



8:00 8:30 9:00 9:30 

COMMITTEE: Education • Tutorial Session Room: Boisdale 1 • SECC • FA-7-2 

TUTORIAL ON THE APPLICATION, DESIGN, AND ANALYSIS OF FLUID FILM AND MAGNETIC BEARINGS 

Session Chair: Marianne Salomon, Royal Institute of Technology, Stockholm, Sweden Session Co-Chair: Balkrishna Annigeri, Pratt & Whitney, East Hartford, CT, USA 

Tutorial on the application, design, and 

analysis of fluid film bearings 

James Byrne, BRG Machinery Consulting, 

Charlottesville, VA, USA 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Alsh 1 • SECC • FA-9-2 

INNOVATIVE INTERNAL COOLING 

Session Chair: Charles Haldeman, The Ohio State University, Columbus, OH, USA Session Co-Chair: John Clark 

Comparisons Of Flow Friction And Heat 

Transfer Performance In Rectangular 

Channels With Pin Fin-Dimple, Pin Fin And 

Dimple Arrays 

GT2010-22442 

Yu Rao, Chaoyi Wan, Shusheng Zang, 

Shanghai Jiaotong University, Shanghai, 

China 

A Simplified Approach To Design Transverse 

Ribs Which Array Alternately In Rectangular 

Channel 

GT2010-22562 

Hong Zhang, JianHua Wang, University of 

Science and Technology of China, Hefei, 

China 

Experimental Flow Visulization Study In A 

Trapezoidal Duct With Impingement Jets And 

Cross Flow Near The Leading Edge 

GT2010-23076 

Haiyong Liu, Hongfu Qiang, Xi’an High-Tech 

Institute, Xi’an, Shaan’xi, China, Songling Liu, 

Cun-Liang Liu, Northwestern Polytechnical 

University, Xi’an, Shaan’xi, China 

Numerical Investigation Of Heat Transfer 

And Flow Characteristics In A Steam-Cooled 

Square Ribbed Duct 

GT2010-22407 

Linqi Shui, Jianmin Gao, Liang Xu, State Key 

Laboratory for Manufacturing Systems 

Engineering, Xi’an Jiaotong University, Xi’an, 

Shaanxi, China, Xinjun Wang, Xi’an Jiaotong 

University, Xi’an, Shannxi, China 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Hall 1 • SECC • FA-9-10 

CONJUGATE HEAT TRANSFER 

Session Chair: Sanjay Chopra, PSM An Alstom Company, Jupiter, FL, USA Session Co-Chair: Jayanta Kapat, University of Central Florida, Orlando, FL, USA 

Conjugate Heat Transfer Analysis Of A High 

Pressure Air-Cooled Gas Turbine Vane 

GT2010-23247 

Wang Zhenfeng, Yan Peigang, Huang 

Hongyan, Han Wanjin, Harbin Institute of 

Technology, Harbin, China 

Conjugate Heat Transfer Numerical 

Validation and PSE Analysis of Transonic 

Turbine Cascade 

GT2010-23251 

Yan Peigang, Wang Zhenfeng, Han Wanjin, 

Harbin Institute of Technology, Harbin, China 

Prediction Of The Influence Of HP NGV 

Wake Passing On The Rotor Blade External 

Heat Transfer Coefficient A New Physical 

Based Method 

GT2010-23314 

Kam Chana, QinetiQ, Farnborough, 

Hampshire, UK, Brian Haller, Alstom, Rugby, 

UK 

Momentum and Thermal Boundary Layer 

Development on an Internally Cooled Turbine 

Vane 

GT2010-23008 

Jason Dees, Dave Bogard, The University of 

Texas at Austin, Austin, TX, USA, Gustavo 

Ledezma, Gregory Laskowski, GE Global 

Research Center, Niskayuna, NY, USA, Anil 

Tolpadi, GE Energy, Schenectady, TX, USA 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Alsh 2 • SECC • FA-10-12 

INNOVATIVE FILM COOLING CONCEPTS 

Session Chair: Phillip Ligrani, Siemens Energy Inc., Orlando, FL, USA Session Co-Chair: Terry Simon, University of Minnesota, Minneapolis, MN, USA 

Film Cooling Holes with Enhanced Effectiveness 

GT2010-22774 

Jong-Shang Liu, Malak F. Malak, Luis Tapia, 

Daniel Crites, Honeywell, Phoenix, AZ, USA, 

D Ramachandran, Balamurugan Srinivasan, 

Gopal Samy Muthiah, Jyothishkumar 

Venkataramanan, Honeywell Technology 

Solutions, Bangolore, Kasnataka, India 

Tutorial on the application, design, and 

analysis of magnetic bearings 

Eric Maslen, BRG Machinery Consulting, 

LLC., Charlottesville, USA 

Shape Optimization Of A Laidback Fan- 

Shaped Film-Cooling Hole To Enhance 

Cooling Performance 

GT2010-22398 

Ki-Don Lee, Kwang-Yong Kim, Inha 

University, Incheon, Korea (Republic) 

Film Cooling Performance of Waist-shaped 

Slot Holes 

GT2010-22237 

Cun-Liang Liu, Hui-Ren Zhu, Jiang-Tao Bai, 

Du-Chun Xu, Northwestern Polytechnical 

University, Xi’an, China 

Film Cooling Effect of Rotor-Stator Purge 

Flow on Endwall Heat/Mass Transfer 

GT2010-23178 

Marco Papa, Richard Goldstein, University of 

Minnesota, Minneapolis, MN, USA, Vinod 

Srinivasan, University of California, Berkeley, 

CA, USA



8:00 8:30 9:00 9:30 

COMMITTEE: Heat Transfer: Combustion (with Combustion, Fuels & Emissions Committee) • Paper Session Room: Boisdale 2 • SECC • FA-13-3 

COMBUSTOR EFFECTS ON TURBINE COMPONENTS 

Session Chair: Marc Polanka, Air Force Institute of Technology, WPAFB, OH, USA 

Session Co-Chair: Uwe Ruedel, Alstom Power, Baden, Aargau, Switzerland, Joseph Zelina, AFRL/RZTC WPAFB, WPAFB, OH, USA 

Hot Streak Migration in a Turbine Stage: 

Integrated Design to Improve Aero-thermal 

Performance 

GT2010-23556 

Altug M. Basol, Mohamed Ibrahim, Anestis I. 

Kalfas, Laboratory for Energy Conversion, 

ETH Zürich, Zürich, Switzerland, Philipp 

Jenny, Reza S. Abhari, ETH Zurich, Zurich, 

Switzerland 

The Effects of Localized Blade Endwall 

Suction on Secondary Flows and Surface 

Heat Transfer 

GT2010-23664 

Rebecca Hollis, Clean Energy Systems, Inc., 

Rancho Cordova, CA, USA, Jeff Bons, The 

Ohio State University, Columbus, OH, USA 

Effect of Simulated Combustor Temperature 

Nonuniformity on HP Vane and Endwall Heat 

Transfer: An Experimental and 

Computational Investigation 

GT2010-22702 

Imran Qureshi, Thomas Povey, University of 

Oxford, Oxford, UK, Arrigo Beretta, Rolls- 

Royce PLC, Derby, UK 

Study of Flow and Convective Heat Transfer 

in a Simulated Scaled up Low Emission 

Annular Combustor 

GT2010-22986 

Teddy Sedalor, Srinath Ekkad, Sunil Patil, 

Danesh K. Tafti, Virginia Tech, Blacksburg, 

VA, USA, Hee-Koo Moon, Yong Kim, Ram 

Srinivasan, Solar Turbines Incorporated, San 

Diego, CA,USA 

COMMITTEE: Manufacturing Materials & Metallurgy • Tutorial Session Room: Dochart 1 • SECC • FA-15-10 

GAS TURBINE MATERIALS FOR THE NON-METALLURGIST 

Session Chair: Henry Bernstein, Gas Turbine Materials Associates, San Antonio, TX, USA 

High Temperature Coatings 

Henry Bernstein, Gas Turbine Materials 

Associates, San Antonio, TX, USA 

Failure Analysis 

Mehdi Rahimi, Gas Turbine Materials 

Associates, San Antonio, USA 

Repair 

Hans van Esch, TEServices, Inc, Houston, 

USA 

Base Metals 

Paul Lowden, Liburdi Turbine Services, 

Dundas, Ontario, Canada 

COMMITTEE: Structures & Dynamics: General • Paper Session Room: Castle 1 • Crowne Plaza • FA-19-2 

COMPONENT ANALYSIS 

Session Chair: Corso Padova, The Ohio State University, Columbus, OH, USA Session Co-Chair: Jan Biskupski, GE Aviation, EDC, Warsaw, Poland 

Low-Fidelity Turbomachinery Disk Design 

Studies 

GT2010-22733 

David Gutzwiller, Numeca USA, San 

Francisco, CA, USA, Mark Turner, University 

of Cincinnati, Cincinnati, OH, USA 

Accuracy Of Analytical Engine Weight 

Estimation During The Conceptual Design 

Phase 

GT2010-23774 

Fabian Donus, Reinhold Schaber, Klaus- 

Juergen Schmidt, MTU Aero Engines, 

Munich, Germany, Stephan Staudacher, 

Institute of Aircraft Propulsion Systems 

University of Stuttgart, Stuttgart, Germany 

Evaluation Of the Energy Dissipated As 

Friction/Heat Between Turbines Following 

Shaft Failure 

GT2010-23302 

Irune Rojo, Aikaterini Psarra, Pericls Pilidis, 

Cranfield University, Bedford, UK, Vassilios 

Pachidis, Cranfield University, Cranfield, UK 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Castle 2 • Crowne Plaza • FA-23-9 

STRUCTURAL MECHANICS II 

Session Chair: Theodore Brockett, Honeywell International, Inc, Phoenix, AZ, USA Session Co-Chair: Anant Grewal, National Research Council Canada, Ottawa, ON, Canada 

Pseudo Density Approach to the Solution of 

a Thin Rotating Turbine Engine Disk 

GT2010-23528 

Richard Rodrigues Jettappa, Gas Turbine 

Research Establishment, Bangalore, 

Karnataka India, India 

A Method to Determine the Exact Time 

Period of Oscillations of a Bifilar Pendulum 

GT2010-23531 

Sheshadri Sharma, A T Kearney, Costa Mesa, 

CA, USA, Richard Rodrigues Jettappa, Gas 

Turbine Research Establishment, Bangalore, 

Karnataka India, India 

On The Frequency Response Of An 

Axisymmetric Non-Flat Spinning Disk 

GT2010-23708 

Ramin M.H. Khorasany, Stanley G. Hutton, 

The University of British Columbia, 

Vancouver, BC, Canada 

✲ 

A Computational Parametric Study Of The 

Vibration Of A Three-Spool Engine Under 

Multi-Frequency Unbalance Excitation 

GT2010-22801 

Pham M. Hai, Philip Bonello, The University 

of Manchester, Manchester, UK



8:00 8:30 9:00 9:30 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Lomond Auditorium • SECC • FA-27-10 

FLOW CONTROL 

Session Chair: Marius Swoboda, Rolls-Royce Deutschland, Blankenfelde-Mahlow, Germany Session Co-Chair: Anders Skyttebol, Volvo Aero Corporation, Trollhattan, Sweden 

Numerical Investigations of Flow Separation 

Control for a Low Pressure Turbine Blade 

Using Steady and Pulsed Vortex Generator 

Jets 

GT2010-22587 

Liu Xiaomin, Zhou Haiyang, Xian Jiaotong 


Passive Boundary Layer Control on a Highly 

Loaded Low Pressure Turbine Cascade 

GT2010-22739 

Markus Martinstetter, Reinhard Niehuis, 

Institute of Jet Propulsion, University of the 

Federal Armed Forces Munich, Neubiberg, 

Germany, Matthias Franke, MTU Aero 

Engines GmbH, Munich, Germany 

Wake Control by Boundary Layer Suction 

Applied to a High-Lift Low-Pressure Turbine 

Blade 

GT2010-23475 

Francesca Satta, Marina Ubaldi, Pietro 

Zunino, Università di Genova, Genova, Italy, 

Claudia Schipani, Avio R&D, Rivalta (To), Italy 

A Global Approach to Turbomachinery Flow 

Control: Passage Vortex Control 

GT2010-23552 

Matthew Bloxham, Jeff Bons, The Ohio State 


COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Leven • SECC • FA-29-9 

OPTIMIZATION II 

Session Chair: Andrea Arnone, University of Florence, Florence, Italy Session Co-Chair: May-Fun Liou, NASA Glenn Research Center, Cleveland, OH, USA 

Demonstration Of An Aerodynamic Design 

Process For Turbomachines Using Open 

Source Software Tools 

GT2010-22194 

Oliver Borm, Balint Balassa, Sebastian 

Barthmes, Andreas Kührmann, Institute for 

Flight Propulsion, Technische Universität 

München, München, Germany, Julius 

Fellerhoff, Hans-Peter Kau, Institute for Flight 

Propulsion, Technische Universität München, 


Multi-Objective Optimization Design Method 

for Tandem Compressor Cascade at Design 

and Off Design Conditions 

GT2010-22655 

Yaping Ju, Chuhua Zhang, Xi’an JiaoTong 


Multi-Objective Aero-Structural Optimization 

of Turbine Stages in Three-Dimensional Flow 

GT2010-23406 

Vadivel Kumaran Sivashanmugam, 

Mohammad Arabnia, Wahid Ghaly, 

Concordia University, Montreal, QC, Canada 

Two Schemes of Multi-Objective 

Aerodynamic Optimization for Centrifugal 

Impeller Using Response Surface Model and 

Genetic Algorithm 

GT2010-23775 

Liu Xiaomin, Wenbin Zhang, Xi’an Jiaotong 


COMMITTEE: Turbomachinery: Unsteady Flows In Turbomachinery • Paper Session Room: Morar/Ness • SECC • FA-33-8 

STALL AND SURGE II 

Session Chair: Gavin Hendricks, Pratt & Whitney, East Hartford, CT, USA Session Co-Chair: Song Fu, Tsinghua University, Beijing, China 

Effects Of Fan Speed On Rotating Stall 

Inception And Recovery 

GT2010-23183 

Minsuk Choi, Mehdi Vahdati, Mehmet 

Imregun, Imperial College London, London, 

UK 

3D Unsteady Computation Of Stall Inception 

In Axial Compressors 

GT2010-22269 

Baofeng Tu, Jun Hu, Nanjing University of 

Aeronautics and Astronautics, Nanjing, 

China, Yong Zhao, Shenyang Aeroengine 

Research Institute, Shenyang, China 

Numerical Simulation of Flow Instabilities in 

High Speed 

GT2010-22276 

Huan Zhang, Jun Hu, Baofeng Tu, Zhiqiang 

Wang, Nanjing University of Aeronautics and 

Astronautics, Nanjing, China


FRIDAY, JUNE 18: 10:15 a.m. – 12:45 p.m. 

10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Aircraft Engine • Paper Session Room: Castle 1 • Crowne Plaza • FB-1-17 

MODELING & SIMULATION II 

Session Chair: Milt Davis, Aerospace Testing Alliance, ATA, Arnold AFB, TN, USA 

Simulation Framework 

Development for Aircraft Mission 

Analysis 

GT2010-23379 

Ioannis Goulos, Cranfield 

University, Bedford, Bedfordshire, 

UK, Vassilios Pachidis, Celis Cesar, 

Cranfield University, Cranfield, UK, 

Roberto D’Ippolito, LMS 

International, Leuven, Belgium, Jos 

Stevens, National Aerospace 

Laboratory NLR, Amsterdam, 

Netherlands 

Advanced Open Rotor Performance 

Modelling for Multi-Disciplinary 

Optimisation Assessments 

GT2010-22963 

Pablo Bellocq, Luca Cerasi 

Cranfield University, Cranfield, 

Bedfordshire, UK, Nicolas Tantot, 

SNECMA, Moissy Cramayel, 

France, Vishal Sethi, Cranfield 

University, Cranfield, UK, Riti Singh, 

Cranfield University, Bedford, UK, 

Sebastian Ahlefelder, 

Deventerstrasse 9, Haltern am See, 

Germany 

An Assessment of The Impact of 

Emerging High-Temperature 

Materials on Engine Cycle 

Performance 

GT2010-22361 

Michael T. Tong, NASA Glenn 

Research Center, Cleveland, OH, 

USA 

COMMITTEE: Coal, Biomass & Alternative Fuels • Tutorial Session Room: Boisdale 2 • SECC • FB-3-9 

BEST PRACTICES FOR ENGINEERING COMPUTER SIMULATION FOR THE FUELS INDUSTRY 

Session Chair: Masha Petrova, MVP Modeling Solutions, Springfield, IL, USA Session Co-Chair: Ting Wang, University of New Orleans, New Orleans, LA, USA 

Best Practices in Engineering 

Computer Modeling 

Masha Petrova, MVP Modeling 

Solutions, Springfield, IL, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Staffa/Shuna • Crowne Plaza • FB-4-17 

COMBUSTOR DESIGN, DEVELOPMENT & TEST II 

Session Chair: Carlos Arana, USA Air Force, Wright-Patterson AFB, OH, USA 

Session Co-Chair: Ruben Del Rosario, National Aeronautics and Space Administration, Cleveland, OH, USA 

A Study On The Flowfield Of An 

Innovative Z-Flowpath Gas Turbine 

Combustor 

GT2010-22242 

Zongming Yu, Beijing University of 

Aeronautics and Astronautics, 

Beijing, Beijing, China, Yong Huang, 

Fang Wang, Beihang University, 


Two Dilemmas in Fuel Chemistry 

Modeling 



Design Validation On Pressurized 

Test Rig Of Upgraded VeLoNOx 

Combustion System For F Class 

Engine 

GT2010-22256 

Domenico Zito, Federico 

Bonzani,Aldo Chiarioni, Ansaldo 

Energia S.p.A., Genoa, Italy, Carlo 

Piana, Ansaldo Energia, Milano, 

Italy 

Why CFD Is Not Enough for 

Modeling Combustion Processes 



Characterizing the Effects of G- 

Loading in an Ultra Compact 

Combustor via Sectional Models 

GT2010-22723 

Kenneth D. LeBay, Aaron C. Drenth, 

Levi M. Thomas, Marc Polanka, 

Richard D. Branam, Air Force 

Institute of Technology, WPAFB, 

OH, USA, Jacob Schmidt, Spectral 

Energies, Dayton, OH, USA 

Computer Modeling for Combustion 

and Materials Experimentalists 


Solutions, Springfield, IL, USA



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Jura/Barra • Crowne Plaza • FB-4-19 

FLASHBACK & BLOWOUT, FLAMELESS COMBUSTION II 

Session Chair: Jeffrey Armstrong, Ingersoll Rand Energy Systems, Portsmouth, NH, USA Session Co-Chair: Geoff Myers, GE Energy, Simpsonville, SC, USA 

Visualization of the Lean Blowout 

Process in a Model Combustor 

with A Swirl Cup 

GT2010-22534 

Fa Xie, Yong Huang, Fang Wang, 

Bin Hu, Beihang University, Beijing, 


Experimental Investigations on 

Flame Flashback in a Quasi-2D 

Turbulent Wall Boundary Layer for 

Premixed Methane-Hydrogen-Air 

Mixtures 

GT2010-23401 

Christian Eichler, Thomas 

Sattelmayer, Technische 

Universität München, Garching bei 


Flashback Limits Of Premixed 

H2/Ch4 Flames In A Swirl- 

Stabilized Combustor 

GT2010-23623 

Nasser Shelil, Audrius 

Bagdanavicius, Cardiff University, 

Cardiff, UK, Anthony Griffiths, Nick 

Syred, GTRC, Cardiff, Wales, UK 

COMMITTEE: Controls, Diagnostics & Instrumentation • Panel Session Room: Forth • SECC • FB-5-16 

ACTIVE CLEARANCE MEASUREMENT IN A HOT ZONE 

Session Chair: Richard Bunce, Siemens Energy Inc, Orlando, FL, USA Session Co-Chair: Kam Chana, QinetiQ, Farnborough, Hampshire, UK 

Overview of Hot Zone Clearance 

Sensor Options 

Kam Chana, QinetiQ, Farnborough, 

Hampshire, UK 

Microwave Based Dimensional 

Metrology for TurboMachinery 

Monitoring 

Scott Billington, Vibro-Meter SA, 

Fribourg, Switzerland 

Optical Extreme Environment Blade 

Health Monitoring Sensor 

Simon Merchant, Agilis 

Measurement Systems, Inc., Palm 

Beach Gardens, USA 

Advances in Microwave Sensing 

Technology for Turbine 

Applications 

Peter Jalbert, Hamilton Sunstrand, 

Windsor Locks, USA 

The Requirements of Clearance 

Measurement in the Hot Section - 

Industrial Perspective 

Peter Loftus, Rolls Royce, Derby, 

UK 

COMMITTEE: Cycle Innovations • Paper Session Room: Gala 1 • SECC • FB-6-14 

TECHNO-ECONOMIC ANALYSIS 

Session Chair: Changduk Kong, Chosun University, Gwangju, Korea (Republic) 

Session Co-Chair: Dr. Timot Veer, Siemens AG, E S SF REU 463, Mülheim an der Ruhr, Germany 

Impact Of Operating Conditions 

And Design Parameters On Gas 

Turbine Hot Section Creep Life 

GT2010-22334 

Samir Eshati, Mohammad Fahmi 

Abdul Ghafir, Dr. Panagiotis 

Laskaridis, Yi-Guang Li, Cranfield 


A Study On Modeling Program 

Development Of An Environmental 

Control System Using AMESIM 

S/W 

GT2010-22862 

Youngjune Yoo, Seongki Min, 

Jinshik Lim, Agency for Defense 

Development, Daejeon, Korea 

(Republic), Seonghee Kho, Jayoung 

Ki, Easy Gas Turbine Co., Ltd., 

Daejeon, Korea (Republic) 

Thermodynamic Modeling And 

Optimization Of Cogeneration Heat 

And Power System Using 

Evolutionary Algorithm (Genetic 

Algorithm) 

GT2010-23026 

Hadi Karrabi, Sharif University, 

Tehran, Iran, Peyman Ebrahimi, 

Azad Tehran University (Sama), 

Tehran, Iran, Shahram Ghadami, 

Sahand Rasoulipour, 

Mohammadhasan Kebriaee, Sharif 

University of Technology, Tehran, 

Iran, Hasan Barzegar Awal, PWUT, 

Tehran, Iran 

✲



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Alsh 1 • SECC • FB-9-7 

EXP. & CFD IMPINGEMENT COOLING 

Session Chair: Mike Crawford, Siemens Energy, Inc, Oviedo, FL, USA Session Co-Chair: Mounir Ibrahim, Cleveland State University, Cleveland, OH, USA 

Model Verification of Mist/Steam 

Cooling with Jet Impingement Onto 

a Concave Surface and Prediction 

at Elevated Operating Condition 

GT2010-22238 

Ting Wang, T.S. Dhanasekaran, 

University of New Orleans, New 

Orleans, LA, USA 

Computational And Experimental 

Study Of Conjugate Heat Transfer 

For A Flat Plate With Impinging Jet 

GT2010-22572 

Rajesh Kumar Panda, Bhamidi 

V.S.S.S. Prasad, Indian Institute of 

Technology Madras, Chennai, 

Tamilnadu, India 

Heat Transfer Investigations In 

Multiple Impinging Jets At Low 

Reynolds 

GT2010-22720 

Arvind Gangoli Rao, Technical 

University of Delft, Delft, Netherlands, 

M. Kitron-Belinkov, Kinneret College 

on the Sea of Galilee, Kinneret, Israel, 

V. Krapp, Israel Institute of 

Technology, Haifa, Israel, Yeshayahou 

Levy, Technion:- Israel Institute of 

Technology, Haifa, Israel 

Computational Study of Heat/Mass 

Transfer Characteristics in a 

Ribbed Cooling Channel in a 

Stationary Gas Turbine Blade 

GT2010-23031 

Ryo Amano, University of 

Wisconsin-Milwaukee, Milwaukee, 

WI, USA 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Alsh 2 • SECC • FB-10-4 

LEADING EDGE FILM COOLING 

Session Chair: Kenneth K. Landis, Florida Turbine Technologies, Inc., Jupiter, FL, USA Session Co-Chair: Jayanta Kapat, University of Central Florida, Orlando, FL, USA 

Flow Visualization Study of 

Passive Flow Control Features on a 

Film-Cooled Turbine Blade Leading 

Edge 

GT2010-23179 

Daniel Carroll, Paul King, James 

Rutledge, Air Force Institute of 

Technology, Dayton, OH, USA 

Effects Of Vane/Blade Relative 

Positions And Showerhead Film 

Cooling On A Stationary Blade: 

Heat Transfer 

GT2010-23321 

Dong Hyun Lee, Kyung Min Kim, 

Hyung Hee Cho, Yonsei University, 

Seoul, Korea (Republic), Dong-Ho 

Rhee, Korea Aerospace Research 

Institute, Daejeon, Korea (Republic) 

Evaluating the Effects of Internal 

Impingement Cooling on a Film 

Cooled Turbine Blade Leading 

Edge 

GT2010-23002 

Silvia Ravelli, University of 

Bergamo, Dalmine (BG), Italy, 

Laurene Dobrowolski, Dave 

Bogard, The University of Texas at 

Austin, Austin, TX, USA 

Accuracy of Conventional 

Adiabatic Effectiveness and Heat 

Transfer Augmentation Factors in 

Predicting Heat Flux into a Turbine 

Blade Leading Edge 

GT2010-23438 

Laurene Dobrowolski, Dave 

Bogard, The University of Texas at 

Austin, Austin, TX, USA, Silvia 

Ravelli, University of Bergamo, 

Dalmine (BG), Italy 

Assessment of URANS and DES for 

Prediction of Leading Edge Film 

Cooling 

GT2010-22325 

Toshihiko Takahashi, Eiji Sakai, 

Central Research Institute of 

Electric Power Industry, Yokosuka, 

Kanagawa, Japan, Ken-ichi 

Funazaki, Iwate University, 

Morioka,Japan, Kazunori 

Watanabe, Central Research 

Institute of Electric Power Industry, 

Tokyo, Japan, Hamidon Bin Salleh, 

Iwate University, Iwate, Japan



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Heat Transfer: Combustion (with Combustion, Fuels & Emissions Committee) • Paper Session Room: Carron 1 • SECC • FB-13-2 

COMBUSTOR LINER COOLING 

Session Chair: Anil Tolpadi, GE Energy, Schenectady, TX, USA Session Co-Chair: Srinath Ekkad, Virginia Tech, Blacksburg, VA, USA 

Heat Transfer and Pressure Losses 

of W-shaped Small Ribs at High 

Reynolds Numbers for Combustor 

Liner 

GT2010-23197 

Tomoko Hagari, Katsuhiko Ishida, 

Takeo Oda, Yasushi Douura, 

Kawasaki Heavy Industries, Ltd., 

Akashi, Hyogo, Japan, Yasuhiro 

Kinoshita, Kawasaki Heavy 

Industries, Ltd GTBC, Akashi shi, 

Japan 

COMMITTEE: Manufacturing Materials & Metallurgy • Paper Session Room: Dochart 1 • SECC • FB-15-5 

ADVANCED MATERIALS, NDE & RELIABILITY IMPROVEMENT 

Session Chair: Pontus Slottner, Siemens Industrial Turbomachinery AB, Finspong, Sweden 

Session Co-Chair: Yasuoki Tomita, Mitsubishi Heavy Industries, Ltd., Hyogo, Japan, Bruce Kang, West Virginia University, Morgantown, WV, USA 

Cobalt Based Antifretting Coatings 

GT2010-23547 

Petr Fiala, Karel Hajmrle, Sulzer 

Metco (Canada) Inc., Fort 

Saskatchewan, AB, Canada 

Evaluation of Turbine Airfoil 

Cooling Holes by Transient Infrared 

Methods 

GT2010-23670 

Jason R. Allen, Jared M. Crosby, 

GE Global Research, Niskayuna, NY, 

USA, Christopher J. Uhl, Bianca M. 

McCartt, GE Aviation, Cincinnati, 

OH, USA 

Use Of Life Prediction Models And 

Non-Destructive Techniques To 

Evidence Film Cooling Effect And 

Operation Conditions Influence On 

Eb-Pvd Ceramic Thermal Barrier 

Coatings Of Ex-Service Blades 

GT2010-23523 

Claudia Rinaldi, Letizia de Maria, 

Ada del Corno, ERSE, MILAN, Italy 

OEMs Approach to Maintain High 

Reliability of Hot Gas Path Parts 

GT2010-23241 

Yoshie Usune, Masahiko Onda, 

Yasuoki Tomita, Mitsubishi Heavy 

Industries, Ltd., Hyogo, Japan, 

Balaji Jayaraj, Mitsubishi Power 

Systems Americas, Inc., Orlando, 

FL, USA 

Materials and Component 

Development for Advanced Turbine 

Systems 

GT2010-23173 

Mary Anne Alvin, US DOE National 

Energy Technology Laboratory, 

Pittsburgh, PA, USA 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Castle 2 • Crowne Plaza • FB-22-5 

MAGNETIC BEARINGS 

Session Chair: Ilmar Santos, Technical University of Denmark, Kgs. Lyngby, Denmark 

Design, Construction and Testing of 

a Flexible Rotor Active Magnetic 

Bearing Test Rig 

GT2010-23619 

Paul Allaire, Simon Mushi, Zongli 

Lin, University of Virginia, 

Charlottesville, VA, USA 

Heat Transfer and Pressure Drop in 

Combustor Cooling Channels with 

Combinations of Geometrical 

Elements 

GT2010-23234 

Sebastien Kunstmann, Jens von 

Wolfersdorf, Universitaet Stuttgart, 

Stuttgart, BW, Germany, Uwe 

Ruedel, Alstom Power, Baden, 

Aargau, Switzerland 

Experiments on the Transient 

Performance of an Adaptive Multi- 

Objective Controller for Rotating 

Machinery 

GT2010-23482 

Necip Sahinkaya, Patrick Keogh, 

Clifford Burrows, University of 

Bath, Bath, UK, Abdul-Hadi 

Abulrub, University of Warwick, 

Coventry, UK 

Combined Effect Of Slot Injection, 

Effusion Array And Dilution Hole 

On The Heat Transfer Coefficient Of 

A Real Combustor Liner Part 1 

Experimental Analysis 

GT2010-22936 

Lorenzo Tarchi, Francesco 

Maiuolo, University of Florence, 

Firenze, Italy, Bruno Facchini, 



Florence, Italy, Daniele Coutandin, 

Avio Group, Torino, Italy 

Destabilization of Forwards Rub in 

Rotor Magnetic Bearing System 

Using Actively Controlled Auxiliary 

Bearings 

GT2010-23028 

Iain Cade, University of Bath, Bath, 

Avon, UK 

Combined Effect Of Slot Injection, 

Effusion Array And Dilution Hole 

On The Heat Transfer Coefficient Of 

A Real Combustor Liner Part 2 

Numerical Analysis 

GT2010-22937 

Antonio Andreini Bruno Facchini, 



Florence,Italy, Alberto Ceccherini, 



Firenze,Italy, Daniele Coutandin, 

Avio Group, Torino, Italy 

Force Feedback Control For Active 

Stabilization Of Synchronous Whirl 

Orbits In Rotor Systems With Nonlinear 

Stiffness Elements 

GT2010-23246 

Matthew Cole, Chakkapong 

Chamroon, Prinya Ngamprapasom, 

Chiang Mai University, Chiang Mai, 

Thailand 

✲ 

Development of a 125KW AMB 

Expander/Generator for Waste 

Heat Recovery 

GT2010-22763 

Lawrence Hawkins, Lei Zhu, Eric 

Blumber, Calnetix, Cerritos, CA, 

USA



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Castle 3 • Crowne Plaza • FB-23-8 

EXPERIMENTAL AND NUMERICAL DYNAMICS OF CYCLIC STRUCTURES II 

Session Chair: Eric Maslen, University of Virginia, Charlottesville, VA, USA Session Co-Chair: Andrew Provenza, NASA Glenn Research Center, Cleveland, OH, USA 

Validation Of Test Rig 

Measurements And Prediction 

Tools For Friction Interface 

Modelling 

GT2010-23274 

Christoph Schwingshackl, Evgeny 

Petrov, David J. Ewins, Imperial 

College London, London, UK 

Detection Of Damage In Repeating 

Structures 

GT2010-23351 

A.U. Rehman, J.A. Rongong, Keith 

Worden, University of Sheffield, 

Sheffield, UK 

Vibrations of the LH2 Turbine Rotor 

during Vinci Engine Test: Tip 

Timing Measurements and 

Predictions 

GT2010-23413 

Clas Andersson, Peter Grasbon, 

Volvo Aero Corporation, Trollhättan, 

Sweden, Simon Merchant, Agilis 

Measurement Systems, Inc., Palm 

Beach Gardens, USA 

Airfoil Deflection Characteristics 

During Rub Events 

GT2010-22166 

Kevin Turner, GE Aviation, 

Cincinnati, OH, USA, Corso Padova, 

Mike Dunn, The Ohio State 


Design and Optimization of Radial 

Flow Wheels for a Waste Heat 

Recovery Double Supersonic Stage 

Turbo-Expander 

GT2010-23649 

Paolo Del Turco, Daniele Natali, GE 

Energy Infrastructure - Oil & Gas, 

Firenze, Italy, Alberto Scotti del 

Greco, Roberto Biagi, GE Oil&Gas - 

Nuovo Pignone, Florence, Italy, 

Robert Borys, GE Company Polska, 

Warsaw, Poland 

COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session Room: Lomond Auditorium • SECC • FB-26-8 

REAL GEOMETRY INFLUENCES 

Session Chair: Kurt Weber, Rolls-Royce Corporation, Indianapolis, IN, USA 

Numerical Investigation into the 

Unsteady Aerodynamics of a 

Ducted Helicopter Tail Rotor Under 

Side-Wind Conditions 

GT2010-22142 

Marc Kainz, Florian Danner, Hans- 

Peter Kau, Institute for Flight 

Propulsion, Technische Universitaet 

Muenchen, Garching, Germany, 

Frederic Le Chuiton, Eurocopter 

Deutschland GmbH, Munich, Germany 

A Study Of Fan-Distortion 

Interaction Within The NASA Rotor 

67 Transonic Stage 

GT2010-22914 

Vicente Jerez Fidalgo, Yann Colin, 

Whittle Laboratory, Cambridge, UK, 

Cesare Hall, Cambridge University, 

Cambridge, UK 

Effect of Geometry Deviations on 

the Aerodynamic Performance of 

an Outlet Guide Vane Cascade 

GT2010-22923 

Valery Chernoray, Chalmers 


Gothenburg, Sweden, Sofia Ore, 

Jonas Larsson, Volvo Aero 

Corporation, Trollhättan, Sweden 

The Effect Of An Upstream 

Compressor On A Non- 

Axisymmetric S-Duct 

GT2010-23404 

Marios Karakasis, Edward Naylor, 

Rob Miller, Howard Hodson, 


Cambridge, Cambridgeshire, UK 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Hall 1 • SECC • FB-27-12 

TRANSONIC FLOWS 

Session Chair: Piotr Doerffer, IMP PAN, Gdansk, Poland 


Studies on Highly Loaded 

Supersonic Axial Turbines 

Cascades 

GT2010-23808 

Erik Janke, Torsten Wolf, L. Willer, 

Rolls-Royce Deutschland, 

Blankenfelde-Mahlow, Germany, F. 

Kost, German Aerospace Centre 

(DLR), Göttingen,Germany, Frank 

Haselbach, Rolls-Royce plc, Derby, 

UK 

Design and Analysis of HP-Turbine 

for Variable Cycle Engine 

GT2010-22449 

Fang Xiangjun, Liu Zhigang, Liu 

Siyong, Wang Ping, Beihang 

Unversity, Beijing, China, Yin Zhao, 

Beijing University of Aeronautics 

and Astronautics, Beijing, China 

Numerical Investigation of the 

Influence of Real World Blade 

Profile Variations on the 

Aerodynamic Performance of 

Transonic Nozzle Guide Vanes 

GT2010-23461 

Robert Edwards, Asad Asghar, 

Kiari Goni Boulama, William Allan, 

Marc LaViolette, Royal Military 

College of Canada, Kingston, ON, 

Canada, Ray Woodason, Standard 

Aero Ltd, Winnipeg, ON, Canada 

Influence of Shock Systems on 

Suction Surface Film Cooling in 

Turbine Convergent-Divergent- 

Nozzle Rotor at Off-design 

Condition 

GT2010-22621 

Huishe Wang, Lei Zhang, Weiwei 

Luo, Qingjun Zhao, Yongjun Zhang, 

Jianzhong Xu, Institute of 


Chinese Academy of Sciences, 


Numerical Simulations of Shock 

Systems in Convergent-Divergent- 

Nozzle-Rotor Turbine Cascade with 

Different Outlet Static Pressure 

GT2010-22620 

Huishe Wang, Weiwei Luo, Lei 

Zhang, Qingjun Zhao, Yongjun 

Zhang, Jianzhong Xu, Institute of 



Beijing, China



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Turbomachinery: Component Interactions (with Combustion, Fuels & Emissions Committee) • Paper Session Room: Leven • SECC • FB-28-1 

CROSS-MODULE INTERACTIONS, AERODYNAMICS AND PERFORMANCE CONSIDERATIONS IN GAS TURBINE ENGINES 

Session Chair: Steven Burd, Pratt & Whitney/United Technologies, East Hartford, CT, USA Session Co-Chair: Erlendur Steinthorsson, Parker Hannifin, Mentor, OH, USA 

Performance of a Round Ejector 

with 22.5° Bent Entraining Diffuser 

GT2010-22230 

Qi Chen, Atomic Energy of Canada 

Limited, Chalk River, ON, Canada, A. 

Michael Birk, Queen’s University, 

Kingston, ON, Canada 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Dochart 2 • SECC • FB-29-8 

OPTIMIZATION III 

Session Chair: Mahmoud Mansour, Honeywell International, Phoenix, AZ, USA Session Co-Chair: Mark Celestina 

Attenuation Of Vane Distortion In A 

Transonic Turbine Using 

Optimization Strategies, Part I - 

Methodology 

GT2010-22370 

Michael Joly, Tom Verstraete, Dr. 

Guillermo Paniagua, von Karman 

Institute for Fluid Dynamics, Rhode 

St Genese, Belgium 

Effect of Entraining Diffuser on the 

Performance of Bent Exhaust 

Ejectors 

GT2010-23499 

Asim Maqsood, A. Michael Birk, 

Queen’s University, Kingston, ON, 

Canada 

Attenuation Of Vane Distortion In A 

Transonic Turbine Using 

Optimization Strategies, Part II - 

Optimization 

GT2010-22371 

Michael Joly, Dr. Guillermo 

Paniagua, Tom Verstraete, von 

Karman Institute for Fluid Dynamics, 

Rhode St Genese, Belgium 

Towards Investigation Of 

Combustor Turbine Interaction in 

an Integrated Simulation 

GT2010-22933 

E. Verena Klapdor, Tu Darmstadt, 

Darmstadt, Germany, Stavros 

Pyliouras, Institute of Gas Turbine 

and Aerospace Propulsion, 

Technische Universität Darmstadt, 

Darmstadt, Hesse, Germany, Ruud 

L.G.M. Eggels, Rolls-Royce 


Mahlow, Germany, Johannes 

Janicka, Darmstadt University of 

Technology, Darmstadt, Germany 

Design Optimization of 

Circumferential Casing Grooves for 

A Transonic Axial Compressor to 

Enhance Stall Margin 

GT2010-22396 

Kwang-Jin Choi, Jin-Hyuk Kim, 

Kwang-Yong Kim, Inha University, 

Incheon, Korea (Republic) 

Integrated Combustor and Vane 

Concept in Gas Turbines 

GT2010-23170 

Budimir Rosic, Oxford University, 

Oxford, UK, John Denton, 

Cambridge University Engineering 

Dept., Cambridge, UK, Sumiu 

Uchida, Mitsubishi Heavy 

Industries, Takasago, Japan, John 

Horlock, Cambridge University, 

Cambridge, UK 

On the use of Blades Stager and 

Stacking in Turbine Stage 

Optimization 

GT2010-23399 

Mohammad Arabnia, Wahid Ghaly, 

Concordia University, Montreal, QC, 

Canada 

Generation of Turbine Maps Using 

a Fusion of Validated Operational 

Data and Streamline Curvature 

Methods 

GT2010-22738 

Marcel Zwingenberg, Friedrich- 

Karl Benra, University of Duisburg- 

Essen, Duisburg, Germany, Klaus 

Werner, Boris Dobrzynski, Siemens 

AG, Mülheim an der Ruhr, Germany 

Study on Aerodynamic Redesign of 

a High Pressure Ratio Centrifugal 

Compressor 

GT2010-23714 

Chaolei Zhang, Qinghua Deng, 

Zhenping Feng, Xi’an Jiaotong 

University, Xi’an City, Shaanxi 

Province, China



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Turbomachinery: Steam Turbines • Paper Session Room: Morar/Ness • SECC • FB-32-3 

STEAM TURBINE DESIGN 

Session Chair: Thomas Behr, ABB Turbo Systems Ltd, Baden, Switzerland Session Co-Chair: Naoki Shibukawa, Toshiba Corporation, Yokohama, Kanagawa, Japan 

Three-Dimensional Design 

Method for Long Blades of 

Steam Turbines Using 

Fourth-Degree NURBS 

Surface 

GT2010-22312 

Shigeki Senoo, Naoaki 

Shibashita, Takeki 

Nakamura, Koji Ogata, 

Hitachi, Ltd., Hitachi, Ibaraki, 

Japan 

A CFD Approach to Fluid 

dynamic Optimum Design of 

Steam Turbine Stages with 

Stator and Rotor Blades 

GT2010-22477 

Xin Yuan, Xiaofeng Zhu, 

Zhirong Lin, Tsinghua 

University, Beijing, China, 

Tadashi Tanuma, Daisuke 

Nomura, Toshiba Corporation, 

Yokohama, Japan 

Loss Coefficient 

Dependence of Turbine 

Blade Cascade 

GT2010-22740 

Milan Matejka, Czech 

Technical University in 

Prague, Faculty of 


Prague, Czech Republic, 

David Simurda, Martin Luxa, 

Institute of 

Thermomechanics v.v.i., AS, 

CR, Praha 8, Czech Republic, 

Jaroslav Synac, `koda 

Power, a.s., Plzen, Czech 

Republic, Pavel Safarik, 

Czech Technical University in 

Prague, Faculty of 


Dept. of Fluid Mechanics, 

Praha 6, Czech Republic 

Thermally Sprayed 

Abradable Coatings in 

Steam Turbines: Design 

Integration and Functionality 

Testing 

GT2010-23568 

Dieter Sporer, Sulzer Metco, 

Schattwald, Austria, Scott 

Wilson, Sulzer Metco, 

Wohlen, Switzerland, 

Ruediger Schuelein, Sulzer 

Metco, Weissenborn, 

Germany, Petr Fiala, Sulzer 

Metco (Canada) Inc., Fort 

Saskatchewan, AB, Canada 

Steam Turbine Design 

Considerations For Ultra 

Supercritical Cycles- An 

EPC Contractor Perspective 

GT2010-22317 

Justin Zachary, Bechtel 

Corporation, Frederick, USA 

COMMITTEE: Turbomachinery: Unsteady Flows In Turbomachinery • Paper Session Room: Carron 2 • SECC • FB-33-5 

STALL AND SURGE III 

Session Chair: Choon Tan, Massachusetts Institute of Technology, Cambridge, MA, USA Session Co-Chair: Borislav Sirakov, Honeywell Turbo Technologies, Thaon-Les-Vosges, France 

Modeling of Surge 

Characteristics in Turbo 

Heat Pumps 

GT2010-23342 

Hye Rim Kim, Seung Jin 

Song, Seoul National 

University, Seoul, Korea 

(Republic) 

Flow Structures in the Tip 

Region for a Transonic 

Compressor Rotor 

GT2010-23025 

Feng Lin, Juan Du, Jingyi 

Chen, Chaoqun Nie, Institute 

of Engineering 

Thermophysics, Chinese 


Beijing, China, Christoph 

Biela, TU Darmstadt, 

Darmstadt, Hessen, Germany 

Axial Transonic Rotor and 

Stage Behavior Near the 

Stability Limit 

GT2010-23713 

Anthony Gannon, Garth 

Hobson, William L. Davis, 

Naval Postgraduate School, 

Monterey, CA, USA 

Detached Eddy Simulation of 

Unsteady Stall Flows of a 

Full Annulus Transonic Rotor 

GT2010-23465 

Hongsik Im, Xiangying Chen, 

Ge-Cheng Zha, University of 

Miami, Miami, FL, USA 

Effect of Inlet Temperature 

Non-Uniformity on High- 

Pressure Turbine 

Performance 

GT2010-22845 

Craig I. Smith, Dongil Chang, 

Stavros Tavoularis, 

University of Ottawa, Ottawa, 

ON, Canada



10:15 10:45 11:15 11:45 12:15 

COMMITTEE: Wind Turbine Technology • Paper Session Room: Boisdale 1 • SECC • FB-34-3 

WIND TURBINE PERFORMANCE 

Session Chair: Anurag Gupta, GE Global Research, Niskayuna, NY, USA Session Co-Chair: Vishwas Iyengar, Southwest Research Institute, San Antonio, TX, USA 

The Effect of Distributed 

Roughness on the Power 

Performance of Wind Turbines 

GT2010-23258 

Georgios Pechlivanoglou, Berlin 

University of Technology, Berlin, 

Germany, Stephan Fuehr, Tembra 

GmbH, Berlin, Germany, Christian 

Navid / C.N. Nayeri, Hermann- 

Foettinger-Institute, Berlin Institute 

of Technology, Berlin, Germany, 




Aerodynamic and Performance 

Measurements of a Vertical Axis 

Wind Turbine in a Large Scale 

Wind Tunnel 

GT2010-23512 

Lorenzo Battisti, Luca Zanne, 

Sergio Dell’anna, Università di 

Trento, Trento, Italy, Vincenzo 

Dossena, Berardo Paradiso, 

Giacomo Persico, Politecnico di 

Milano - Dipartimento di Energia, 

Milano, Italy 

Effect of Blade Inclination Angle 

on a Darrieus Wind Turbine 

GT2010-23332 

Marco Raciti Castelli, Ernesto 

Benini, University of Padova, 

Padova, Italy 

Optimal Performance of a Modified 

Three-Blade Savonius Turbine 

Using Frontal Guiding Plates 

GT2010-22538 

Mohamed Mohamed, Otto-von- 

Guericke University Magdeburg, 

Magdeburg, Germany, Gábor 

Janiga, Elemér Pap, Dominique 

Thévenin, Magdeburg University, 

Magdeburg, Germany


FRIDAY, JUNE 18: 2:30 p.m. – 5:00 p.m. 

2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Boisdale 2 • SECC • FC-4-18 

COMBUSTOR DIAGNOSTICS 

Session Chair: Gang Xu, Institute of Engineering Thermophysics, Chinese Academic of Sciences, Beijing, China Session Co-Chair: Victoria Sanderson, Siemens, Lincoln, UK 

Experimental Investigation of the 

Nonlinear Response of Swirl 

Stabilized Flames to Equivalence 

Ratio Oscillations 

GT2010-23023 

Kyu Tae Kim, University of 


Jonguen Lee, Bryan Quay, Domenic 

Santavicca, The Pennsylvania State 

University, University Park, PA, USA 

OH* Chemiluminescence and OH- 

PLIF Measurements in a Micro Gas 

Turbine Combustor 

GT2010-22800 

Martina Hohloch, Axel Widenhorn, 

Manfred Aigner, German 

Aerospace Center, Stuttgart, 

Germany, Rajesh Sadanandan, 

Wolfgang Meier, Deutsches 

Zentrum f. Luft- u. Raumfahrt, 


CH*/OH* Chemiluminescence 

Response Of An Atmospheric 

Premixed Flame Under Varying 

Operating Conditions 

GT2010-23135 

Daniel Guyot, Dr. Bruno 

Schuermans, Alstom Power, Baden, 

Switzerland, Felix Guethe, Dr., 

Alstom, Birr, Switzerland, Arnaud 

Lacarelle, Christian Oliver 

Paschereit, Technische 

Universitaet Berlin, Berlin, Germany 

Optical Characterization of a 

Multipoint Lean Direct Injector for 

Gas Turbine Combustors: Velocity 

and Fuel Drop Size Measurements 

GT2010-22960 

Christopher M. Heath, Robert C. 

Anderson, Yolanda R. Hicks, NASA 

Glenn Research Center, Cleveland, 

OH, USA, Randy J. Locke, ASRC 

Aerospace, Cleveland, OH, USA 

Measurements of Equivalence 

Ratio Fluctuations in a Lean 

Premixed Gas Turbine Combustor 

using an IR Absorption Technique 

GT2010-23424 

Hyung Ju Lee, Agency for Defense 

Development, Daejeon, Korea 

(Republic), Kyu Tae Kim, University 

of Cambridge, Cambridge, UK, 

Jonguen Lee, Bryan Quay, Domenic 

Santavicca, The Pennsylvania State 

University, University Park, PA, USA 

COMMITTEE: Combustion, Fuels & Emissions • Paper Session Room: Boisdale 1 • SECC • FC-4-20 

COMBUSTOR FUEL FLEXIBILITY 

Session Chair: Peter Stuttaford, Power Systems Mfg, LLC (PSM) - An Alstom Group Company, Jupiter, FL, USA Session Co-Chair: Chris Wilson, The University of Sheffield, Sheffield, UK 

Prediction of Flow and Combustion 

Characteristics for a Gas Turbine 

Combustor Burning Low Heating 

Value Fuels 

GT2010-22156 

Hafez El-Salmawy, Zagazig 

University, Giza, Egypt, M. R. 

Shaalan, Mohamed Anwar M. 

Ismail, Faculty of Engineering, 

Zagazig, Egypt 

Fuel Flexibility with Low Emissions 

in Heavy Duty Industrial Gas 

Turbines 

GT2010-22267 

Geoff Myers, GE Energy, 

Simpsonville, SC, USA, Joseph 

Citeno, Tony Campbell, Predrag 

Popovic, GE Energy, Greenville, SC, 

USA, Richard Symonds, GE Energy, 


Dynamic Adaptation of 

Aerodynamic Flame Stabilization of 

a Premix Swirl Burner to Fuel 

Reactivity using Fuel Momentum 

GT2010-22340 

J. Sangl, C. Mayer, Thomas 

Sattelmayer, Technische 

Universität München, Garching bei 


Increasing Operational Stability In 

Low NOx GT Combustors By Pilot 

Flame 

GT2010-22785 

Yeshayahou Levy, A. Gany, Y. 

Goldman, V. Erenburg, V. Sherbaum, 

V. Ovcharenko, L. Rosentsvit, 

Technion:- Israel Institute of 

Technology, Haifa, Israel, B. 

Chudnovsky, A. Herszage, A. 

Talanker, Israel Electric Company, 

Haifa, Israel 

Expanding Fuel Flexibility 

Capability in GEs Aeroderivative 

Engines 

GT2010-23546 

Karl Wisniewski, Steve 

Handelsman, GE Aviation, 

Cincinnati, OH, USA



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Cycle Innovations • Paper Session Room: Dochart 2 • SECC • FC-6-13 

NOVEL SOLAR SYSTEMS 

Session Chair: Anestis Kalfas, Aristotle University of Thessaloniki (AUTH), Thessaloniki, Greece Session Co-Chair: Pavlos K. Zachos, Cranfield University, Bedford, UK 

Design and Operational Aspects of Gas 

and Steam Turbines for the Novel Solar 

Hybrid Combined Cycle SHCC ® 

GT2010-22124 

Stephan Heide, Uwe Gampe, University 

of Technology Dresden, Dresden, 

Saxony, Germany, Ulrich Orth, Markus 

Beukenberg, Bernd Gericke, MAN 

Turbo AG, Oberhausen, Nordrhein- 

Westfalen, Germany, Manfred 

Freimark, Ulrich Langnickel, VGB 

Powertech e.V., Essen, Nordrhein- 

Westfalen, Germany, Robert Pitz-Paal, 

German Aerospace Center, Köln-Porz- 

Wahnheide, Nordrhein-Westfalen, 

Germany, Reiner Buck, Stefano 

Giuliano, German Aerospace Center, 

Stuttgart, Baden-Württemberg, 

Germany 

Solar Retrofit to Combined Cycle 

Plant With Thermal Energy Storage 

GT2010-23685 

Monica Bonadies, Mahmood 

Mohagheghi, Mark Ricklick, 

Jayanta Kapat, University of Central 

Florida, Orlando, FL, USA 

Integration of combined cycle 

power plants and parabolic solar 

troughs using CO2 as heat transfer 

fluid 

GT2010-22886 

Daniele Cocco, Giorgio Cau, 

Vittorio Tola, Pamela Concas, 

Department of Mechanical 

Engineering, University of Cagliari, 

Cagliari, Italy 

TRANSIT Code for Air Turbine 

Flows of Solargravity 

Draught Power Plants 

GT2010-22518 

Radu Cirligeanu, University of 

Sussex, Brighton, UK, Alina Bogoi, 

COMOTI INCDT, Bucharest, 

Romania, Radu D. Rugescu, 

University Politehnica of Bucharest, 

Bucharest, Romania 

A Novel Multi-Functional Energy 

System (MES) For CO2 Removal 

With Ultra Low Energy Penalty 

Fueled By Hybrid Natural Gas And 

Solar Radiation 

GT2010-23199 

Wei Han, Hongguang Jin, Institute 

of Engineering Thermophysics, 



COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Alsh 1 • SECC • FC-9-3 

INTERNAL COOLING WITH RIBS 

Session Chair: Hyung Hee Cho, Yonsei University, Seoul, Korea (Republic) Session Co-Chair: Minking Chyu, University of Pittsburgh, Pittsburgh, PA, USA 

Experimental Measurement and 

Computational Predictions for an 

Internally Cooled Simulated Vave 

with 90 degree Rib Turbulators 

GT2010-23004 

Jason Dees, Dave Bogard, The 


Austin, TX,USA, Gustavo Ledezma, 

Gregory Laskowski, GE Global 

Research Center, Niskayuna, NY, 

USA, Anil Tolpadi, GE Energy, 

Schenectady, TX, USA 

Effect Of Turning Vane 

Configurations On Heat Transfer 

And Pressure Drop In A Ribbed 

Internal Cooling System 

GT2010-22273 

Wei Chen, Jing Ren, Hongde Jiang, 

Tsinghua University, Beijing, China 

Numerical Validation of Heat 

Transfer Augmentation Factor in 

Serpentine Passages with Ribbed 

Walls 

GT2010-22636 

B.V.N. Ramakumar, Vighneswara R 

Kollati, Vaman Kulkarni, Honeywell 

Technology Solutions, Bangalore, 

Karnataka, India, Jong-Shang Liu, 

Daniel Crites, Honeywell, Phoenix, 

AZ, USA, Shraman Goswami, 

Honeywell Technology Solutions, 

Bangalore, India 

Numerical Investigations of Fluid 

Flow and Heat Transfer 

Performances of Semiattached Rib 

Channel Design 

GT2010-22563 

JianHua Wang, Liu Huichun, 


Technology of China, Hefei, China 

Internal Cooling Using Novel Swirl 

Enhancement Strategies in a Slot 

Shaped Single Pass Channel 

GT2010-23679 

Del Segura, Sumanta Acharya, 


Rouge, LA, USA



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Alsh 2 • SECC • FC-10-10 

CONJUGATE STUDIES IN FILM COOLING 

Session Chair: Andrew Nix, West Virginia University, Morgantown, WV, USA Session Co-Chair: Michael Barringer, The Pennsylvania State University, University Park, PA, USA 

Film Cooling Calculations with an 

Iterative Conjugate Heat Transfer 

Approach using Empirical Heat 

Transfer Coefficient Corrections 

GT2010-22958 

Sushant Dhiman, Penn State 

University, State College, PA, USA, 

Savas Yavuzkurt, The Pennsylvania 

State University, University Park, 

PA, USA 

Conjugate Heat Transfer Analysis 

Of NASA C3X Film Cooled Vane 

With An Object-oriented CFD Code 

GT2010-23458 

Luca Mangani, Matteo Cerutti, 

CFD-Engineering S.R.L., Florence, 

Italy, Massimiliano Maritano, 

Ansaldo Energia S.P.A., Genova, 

Italy, Martin Spel, R.Tech, Verniolle, 

France 

Overall Effectiveness for a Film 

Cooled Turbine Blade Leading 

Edge with Varying Hole Pitch 

GT2010-23707 

Thomas Dyson, Dave Bogard, The 


Austin, TX, USA, Atul Kohli, Justin 

Piggush, Pratt & Whitney, East 


Total Cooling Effectiveness on a 

Staggered Full-Coverage Film 

Cooling Plate with Impinging Jet 

GT2010-23725 

Eui Yeop Jung, Dong Hyun Lee, 

Sang Hyun Oh, Kyung Min Kim, 

Hyung Hee Cho, Yonsei University, 

Seoul, Korea (Republic) 

Comparison of Film Effectiveness 

and Cooling Uniformity of Conical 

and Cylindrical-Shaped Film Hole 

with Coolant-Exit Temperature 

Correction 

GT2010-23732 

Cuong Nguyen, Perry Johnson, 

Bryan Bernier, Son H. Ho, Jayanta 

Kapat, CATER, University of Central 

Florida, Orlando, FL, USA 

COMMITTEE: Structures & Dynamics: Rotordynamics • Paper Session Room: Dochart 1 • SECC • FC-22-12 

AIR AND FOIL BEARINGS 3 

Session Chair: Robert Bruckner, NASA Glenn Research Center, Cleveland, OH, USA 

Numerical Solving Method for the 

Structural Stiffness of Gas Foil 

Bearings 

GT2010-22954 

Haipeng Geng, Shemiao QI, Lie Yu, 

Xian Jiaotong University, Xi’an, 

Shannxi, China 

Theoretical Prediction of the Liftoff 

Speed in Aerodynamic 

Compliant Foil Journal Bearings 

GT2010-23267 

Shemiao Qi, Haipeng Geng, Lie Yu, 

Xi’an Jiaotong University, Y. S. Ho 

The Hong Kong Polytechnic 

University 

COMMITTEE: Structures & Dynamics: Structural Mechanics & Vibration • Paper Session Room: Carron 1 • SECC • FC-23-3 

DAMPING OF TURBINE BLADE VIBRATIONS 

Session Chair: Lars Panning, Leibniz University Hannover, Hannover, Germany Session Co-Chair: Yehia EL-Aini, Pratt & Whitney Rocketdyne, West Palm Beach, FL, USA 

Coupled Static/Dynamic Modeling 

Of Wedge Dampers For Turbine 

Blades 

GT2010-23466 

Stefano Zucca, Christian Firrone, 

Muzio Maria Gola, Politecnico di 

Torino, Torino, Italy 

3D Numerical Friction Contact 

Model And Its Application To 

Nonlinear Blade Damping 

GT2010-22292 

Weiwei Gu, Xu Zili, Xi’an Jiaotong 

Universtiy, Xi’an, China 

Coating Methods to Increase 

Material Damping of Compressor 

Blades— Measurements and 

Modeling 

GT2010-23790 

Jia Sun, MWL, Stockholm, Sweden 

Experimental Methodology for 

Determining Turbomachinery Blade 

Damping Using Magnetic Bearing 

Excitation and Non-Contacting 

Optical Measurements 

GT2010-22093 

Andrew Provenza, NASA Glenn 

Research Center, Cleveland, OH, 

USA, Kirsten Duffy, University of 

Toledo, Cleveland, OH, USA



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Turbomachinery: Axial Flow Fan & Compressor Aerodynamics • Paper Session Room: Lomond Auditorium • SECC • FC-26-2 

DESIGN, ANALYSIS AND TEST III 

Session Chair: Patricia Cargill, GE Aviation, Cincinnati, OH, USA 

Effects Of Vortex Generator 

Application On The Performance Of 

A Compressor Cascade 

GT2010-22464 

Alexander Hergt, German 

Aerospace Center (DLR), Cologne, 

Germany, Robert K.J. Meyer, 

German Aerospace Center (DLR), 

Berlin, Germany, Karl Engel, MTU 

Aero Engines GmbH, Munich, 

Germany 

Assessment and Optimization of 

the Aerodynamic and Acoustic 

Characteristics of a Counter 

Rotating Open Rotor 

GT2010-22076 

Rainer Schnell, Jianping Yin, 

Christian Voss, Eberhard Nicke, 

German Aerospace Center DLR, 

Cologne, Germany 

Numerical Study Of The Stagger 

Angle Effects In Forward Swept 

Axial Compressor Rotor Passages 

GT2010-23160 

Ramakrishna, P.V., Govardhan, M., 

Indian Institute of Technology 

Madras, Chennai, Tamilnadu, India 

COMMITTEE: Turbomachinery: Axial Flow Turbine Aerodynamics • Paper Session Room: Hall 1 • SECC • FC-27-9 

DUCTS AND DIFFUSORS 

Session Chair: Franz Malzacher, MTU Aero Engines GmbH, Munich, Germany Session Co-Chair: Emil Goettlich, Graz University of Technology, Graz, Styria, Austria 

Study of Gas Turbine Exhaust 

Diffuser Performance and its 

Enhancement by Shape 

Modifications 

GT2010-22088 

Pradeep A M, Bhaskar Roy, 

Vaibhav Vashistha, Srinuvasu 

Dakuri, Indian Institute of 

Technology Bombay, Mumbai, 

Maharashtra, India 

The Influence of the Total Pressure 

Profile on the Performance of Axial 

Gas Turbine Diffusers 

GT2010-22481 

Andreas Hirschmann, Silke 

Volkmer, Conrad Finzel, ITSM - 

Institute of Thermal 

Turbomachinery and Machinery 

Laboratory, Universität Stuttgart, 

Stuttgart,Germany, M. Schatz, 

Michael Casey, ITSM / University 

of Stuttgart, Stuttgart, Germany, 

Matthew Montgomery, Siemens 

AG, Jupiter, FL, USA 

Impact of the Inflow Conditions on 

the Heavy-duty Gas Turbine 

Exhaust Diffusers Performance 

GT2010-22840 

Vladimir Vassiliev, Stefan Irmisch, 

Alstom, Baden, Switzerland, Samer 

Abdel-Wahab, Alstom, Palm Beach 

Gardens, FL, USA, Andrey 

Granovskiy, ALSTOM Power 

Uniturbo, Moscow, Russia 

The Application of Low-Profile 

Vortex Generators in an 

Intermediate Turbine Diffuser 

GT2010-22892 

Cornelia Santner, Emil Goettlich, 

Andreas Marn, Josef Hubinka, 

Berardo Paradiso, Graz University 

of Technology, Graz, Styria, Austria 

Computational Study of Geometric 

Parameter Influence on Aggressive 

Inter-Turbine Duct Performance 

GT2010-23604 

Paul T. Couey, Craig W. McKeever, 

Malak F. Malak, Honeywell, 

Phoenix, AZ, USA, Balamurugan 

Srinivasan, Honeywell Technology 

Solutions, Bangalore, Karnataka, 

India, D Ramachandran, Honeywell 

Technology Solutions, Bangolore, 

Kasnataka, India, 

VeeraraghavaRaju Hasti, 

Honeywell Technical Solutions, 

Bangalore, India



2:30 3:00 3:30 4:00 4:30 

COMMITTEE: Turbomachinery: Design Methods & CFD Modeling For Turbomachinery • Paper Session Room: Morar/Ness • SECC • FC-29-6 

UNSTEADY CFD METHODS 

Session Chair: Thomas Hildebrandt, Numeca, Nürnberg, Germany Session Co-Chair: Wolfgang Sanz, Graz University of Technology, Graz, Austria 

Hybrid LES Approach For Practical 

Turbomachinery Flows: Part 1 - 

Hierarchy And Example 

Simulations 

GT2010-23431 

Paul G. Tucker, University of 


Cambridgeshire, UK, Simon 

Eastwood, Christian Klostermeier, 

Richard Jefferson-Loveday, James 

Tyacke, Cambridge University, 

Cambridge, UK, Yan Liu, Dalian 

University of Technology, Dalian, 

China 

Hybrid LES Approach For Practical 

Turbomachinery Flows: Part 2 - 

Further Applications 

GT2010-23807 

Paul G. Tucker, University of 


Cambridgeshire, UK, Simon 

Eastwood, Christian Klostermeier, 

Hao Xia, Richard Jefferson- 

Loveday, James Tyacke, Prasun 

Ray, Cambridge University, 

Cambridge, UK, Bill Dawes, 


Cambridge, UK 

Aeroacoustics and Performance 

Modeling of a Counter-Rotating 

Propfan 

GT2010-22543 

Martin Olausson, Lars-Erik 

Eriksson, Chalmers University of 

Technology, Gothenburg,Sweden, 

Richard Avellán, Niklas Sörman, 

Filip Rudebeck, Volvo Aero 

Corporation, Trollhättan, Sweden 

Time-Linearized and Time- 

Accurate 3D RANS Methods for 

Aeroelastic Analysis in 


GT2010-22940 

Hans-Peter Kersken, Christian Frey, 

Christian Voigt, Graham Ashcroft, 

German Aerospace Center (DLR), 

Cologne, Germany

136 

FINAL PROGRAM TURBO EXPO 2010 

June 16 WC-14-2 Wet Compression in Gas Turbines 

June 16 WC-8-6 The Pathway Forward: Future Gas Turbine Products 

and Their Enabling Technologies 

June 17 ThA-15-2 Advanced Manufacturing and Repair 

Technologies 

June 17 ThA-18-6 Subsea Compression Applications 

June 17 ThA-8-3 Optimization of Gas Turbine Based Power Plants 

June 17 ThB-14-6 Simulation and Optimization–Gas Turbine and 

Cogeneration Systems 

June 17 ThB-18-8 Offshore and Arctic Compression Application 

Issues 

June 17 ThC-14-5 Operation & Maintenance–Cogeneration Systems 

June 17 ThC-15-9 Strategies for Repair Schemes and Technology for 

Advanced Gas Turbine Component Repairs 

June 17 ThC-30-1 Acoustics of Rotating Machinery I 

June 17 ThC-34-10 Wind Turbine History and Technology 

Fundamentals 

June 18 FA-15-10 Gas Turbine Materials for the Non-Metallurgist 

June 18 FB-15-5 Advanced Materials, NDE & Reliability 

Improvement 

June 18 FB-6-14 Techno-Economic Analysis 

June 14 MB-15-6 Design, Manufacturing and Repair of 

Combustion Components 

June 15 TA-18-1 Operation and Management 

June 15 TA-18-10 Asset Management 

June 15 TA-8-1 Gas Turbine Technology 

June 15 TB-18-2 Gas Turbine Diagnostics, Maintenance 

and Performance 

June 15 TC-14-4 Thermodynamic Analysis of Cogeneration 

Systems with Refrigeration 

June 15 TC-15-3 Material and Component Performance 

Assessment 

June 15 TC-16-3 Applications & In Service Experience 

June 16 WA-15-7 Processes for Gas Turbine Component Repair 

June 16 WA-18-7 Aeroderivative and Light Industrial Gas Turbine 

Upgrades and Uprates 

June 16 WA-5-1 Gas Turbine Diagnostics I 

June 16 WA-8-2 Emissions of Gas Turbine Based Power Plants 

June 16 WB-16-5 Maintenance and Monitoring 

June 16 WB-18-5 Degradation in Gas Turbines 

June 16 WB-2-2 Ceramic Development, Characterization 

and Application 

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www.spt.co.uk/subway/. 

By Taxi – Black taxis are operated by Glasgow Taxi Owners Association (TOA). If their yellow light 

is on they can be flagged down on the street, or alternatively, they can booked by calling 0141 

429 7070. Journeys should be entirely metered. Private hire taxis are not allowed to stop and 

pick up in the street, they can only be phoned in advance. 

TRAVEL AT-A-GLANCE 

JOURNEY OPERATOR DEPART TRAVEL TIME SINGLE RETURN 

GLASGOW AIRPORT 

TO CITY CENTRE 

CITY CENTRE 

TO SECC 

747 COACH – CITY 

CENTRE FIRST GROUP 

500 GLASGOW FLYER 

ARRIVA 

EVERY 30 MINS APPROX 25 MINS £3.00 £5.00 

EVERY 10 MINS APPROX 25 MINS £4.20 £6.50 

GLASGOW TAXIS ON BOOKING 15/20 MINS £19.00 N/A 

GLASGOW AIRPORT TAXIS IMMEDIATE 15/20 MINS £25.00 N/A 

GLASGOW CENTRAL 

STATION FIRST SCOTRAIL 

EVERY 9 MINS 3 MINS £1.20 £1.50 


137

138 

Exhibit Advisory Committee 

MISSION 

To assist in the growth and expansion of the Turbo Expo exhibit with continued support to exhibiting companies and IGTI expositions staff. 

Representatives serve as experts for fielding questions and providing resources and initiatives for continued success of the exposition. 

Mary-Jane Coombes 

British Pavilion 

3 Albert Embankment, Westminster Tower 

London, SE 17SL UK 

+44 171-7933025 Phone 

+44 171-7933054 Fax 

maryjane@beama.org.uk 

Term: 2008-2012 

Zoran Glozinik 

SPG Data 3D 

2151 Leonardo de Vinci, Ste. 101 

Ste. Julie, Quebec J3E 173 Canada 

+1 450-922-3515 Phone 

+1 450-922-3510 Fax 

zglozinic@spgdata3d.com 

Term: 2009-2012 

Frank Hanzlik 

Parker Hannfin Corporation GTFSD 

9200 Tyler Blvd. 

Mentor, OH 44060 USA 

+1 440-954-8174 Phone 

+1 440-954-8199 Fax 

fhanzlik@parker.com 

Term: 2005-2011 

Jeff Mackwood 

National Research Council Canada 

1200 Monteal Rd. 

Ottawa, Ontario K1A 0R6 Canada 

+1 613-990-0765 Phone 

+1 613-952-7214 Fax 

jeff.mackwood@nrc.ca 

Term: 2006-2012 

Lucia Maffucci 


400 Main Street., M/S 191-13 

East Hartford, CT 06108 USA 

+1 860-557-0809 Phone 

+1 860-755-9331 Fax 

lucia.maffucci@pw.utc.com 

Term: 2008-2012 

Heather McCoy 


213 S. Jennings Ave. 

Fort Worth, TX 76014 USA 

+1 817-377-2807 Phone 

+1 817-377-2799 Fax 

hlmccoy@pointwise.com 

Term: 2009-2012 

If you are interested in joining this committee, contact Kristin Barranger 

at +1 404-847-0072 x 1646 or igtiexpo@asme.org 

Local Liaison Committee 

Jason Reese, Chair 

Professor 

University of Strathclyde 

Glasgow, Scotland 

Susan Andrews 

Policy & Lifelong Learning Executive 

Scottish Engineering 


Keith Cobley 

Chief Audit Engineer - Aerothermal 

Rolls-Royce plc 

Derby, England 

Mick Conway 

Marketing Director 

Wood Group Gas Turbine Services Ltd. 

Aberdeen, Scotland 

Brian Haller 

Director, Critical Technology, 

Steam Turbine Retrofit Integration 

Alstom 

Rugby, England 

Brian Igoe 

Product Manager 

Siemens Industrial Turbomachinery Ltd. 

Lincoln, England 

Theodosios Korakianitis 

Chair of Energy Engineering 

Queen Mary University of London 

London, England 

William McDowell 

Regional Manager 

PPI Engineering & CNE International 

Norwich, England 

Masaki Nakashima 

Aikoku Alpha Corp. 

Aero Precision Division 

Morikami, Sobue 

Inazawa, Aichi, 495-8501 Japan 

+81 587 97 2137 Phone 

+81 587 97 1115 Fax 

m-nakashima@aikoku.com 

Term: 2009-2012 

Marybeth Nored 


6220 Culebra Rd. 

San Antonio, TX 78228-0510 

+1 210-684-5111 Phone 

+1 210-522-3547 Fax 

marybeth.nored@swri.org 

Term: 2009-2012 

Kristin Barranger & Judy Osborn 

ASME International Gas Turbine Institute 

The Corners Office Park 

6525 The Corners Parkway, Ste. 115 

Norcross, GA 30092 

Atlanta, GA 30328 USA 

+1 404-847-0072 Phone 

+1 404-847-0151 Fax 

barrangerk@asme.org | osbornj@asme.org 

Term: Staff Liaisons 

Ian McMahon 

Head of Aerospace, Defence and Marine 

Scottish Enterprise, Aerospace & Defence 


George Rae 

Rotating Equipment Leader 

BP Exploration Operating Company Ltd. 

Aberdeen, Scotland 

Stephen Spence 

Senior Lecturer 

Queen’s University Belfast 

Belfast, Ireland 

Scott Wilson 

Advanced Engineering Scottish Enterprise, 

Aerospace & Defence 



Committee Point Contacts & Vanguard Chairs 

Philip Andrew 

GE Energy 


Mihai Arghir 

Université de Poitiers 

Poitiers, France 

Wieslaw Beres 

National Research 

Council Canada 


Rakesh Bhargava 

Foster Wheeler USA Corp 


Tania Bhatia 

United Technologies 

Research Center 


David Brewer 

NASA Langley 

Research Center 

Hampton, VA, USA 

Steven Burd 

Pratt & Whitney/ 

United Technologies 


John Chew 

University of Surrey 

Guildford, Surrey, UK 

Peter R N Childs 

Imperial College London 

London, UK 

William Cousins 



Milt Davis 

Aerospace Testing Alliance 

Arnold AFB, TN, USA 

Klaus Doebbeling 

Alstom Power 


Srinath V. Ekkad 

Virginia Tech 


Michael P. Enright 



Francesco Fantozzi 

University of Perugia 

Perugia, Italy 

Jochen Gier 

MTU Aero Engines 

Muenchen, Germany 

Steve Gorrell 

Brigham Young University 

Provo, UT, USA 

Phillip Gravett 

Siemens Energy Inc. 


Frank Haselbach 

Rolls-Royce plc 

Derby, UK 

Xiao Huang 



Leiyong Jiang 

NRCC 


Anestis Kalfas 

Aristotle University 

of Thessaloniki 


Jim Kesseli 

Brayton Energy LLC 

Hampton, NH, USA 

Syed Khalid 

Rolls-Royce 

Indianapolis, IN, USA 

Atul Kohli 



Changduk Kong 

Chosun University 

Gwangju, Korea 

Michael Ladwig 

Alstom Power 


Björn Laumert 

Volvo Aero 

Trollhättan, Sweden 

Joe Lawton 

Naval Surface Warfare Center 


Yi-Guang Li 

Cranfield University 

Bedfordshire, UK 

Angelo Martucci 



Wendy J. Matthews 

Capstone Turbine Corporation 

Chatsworth, CA, USA 

Richard Meisner 



Jeffrey Moore 



Jeffrey Patterson 



Marc Polanka 

Air Force Institute of Technology 

WPAFB, OH, USA 

Dilip Prasad 

Pratt & Whitney Rocketdyne 

Canoga Park, CA, USA 

Tom Roche 


Mullica Hill, NJ, USA 

Marianne Salomon 

Royal Institute of Technology 


Jerzy Sawicki 

Cleveland State University 


Meinhard T. Schobeiri 

Texas A&M University 


Geoff Sheard 

Flakt Woods 

Colchester, Essex, UK 

Harold R. Simmons 



Fred Soechting 

Belcan Corporation 

Palm Beach Gardens, FL, USA 

Seung Jin Song 

Seoul National University 

Seoul, Korea 

Zolti Spakovszky 

MIT Gas Turbine Laboratory 

Cambridge, MA, USA 

Stephen Spence 

Queen’s University Belfast 

Belfast, Northern Ireland, UK 

Kenneth L. Suder 

NASA Glenn Research Center 


Swami Swaminathan 

TurboMet International 


Jaroslaw Szwedowicz 

Alstom Turbo Systems Ltd. 

Baden, Aargau, Switzerland 

Alberto Traverso 

University of Genoa 

Genova, Italy 

Richard Tuthill 



Mauro Venturini 

University of Ferrara 

Ferrara, Italy 

Damian Vogt 



Allan Volponi 



Greg Walker 

University of Tasmania 

Hobart, Tasmania, Australia 

Ting Wang 

University of New Orleans 

New Orleans, LA, USA 

Steven Wellborn 

Rolls-Royce 

Derby, Derbyshire, UK 

Tony Wilcoxson 

Vericor Power Systems 

Alpharetta, GA, USA 

Qun Zheng 

Harbin Engineering University 

Harbin, China 


139

140 

Technical Committee Officers 

AIRCRAFT ENGINE 

Bill Cousins 


East Hartford, CT USA 

Committee Chair 

Term: 7/1/2009 – 6/30/2011 

Andrew Nix 

West Virginia University 

Morganton, WV USA 

Committee Vice Chair 

Term: 7/1/2009 – 6/30/2011 

CERAMICS 

David Brewer 

NASA LaRC 

Hampton, VA USA 


Term: 7/1/2008 – 6/30/2010 

Tania Bhatia 

United Technologies Research Center 



Term: 7/1/2008 – 6/30/2010 

Incoming Committee Chair 

Term: 7/1/2010 – 6/30/2012 

Dr. Sung Choi 

US Navy, Naval Air Systems Command 

Patuxent River, MD USA 

Incoming Committee Vice Chair 

Term: 7/1/2010 – 6/30/2012 

COAL, BIOMASS & 

ALTERNATIVE FUELS 

Ting Wang 


New Orleans, LA USA 


Term: 7/1/2008 – 6/30/2010 

Francesco Fantozzi 

University of Perugia 

Perugia, ITALY 


Term: 7/1/2008 – 6/30/2010 


Term: 7/1/2010 – 6/30/2012 

Leiyong Jiang 

National Research Council Canada 

Ottawa, Canada 


Term: 7/1/2010 – 6/30/2012 

COMBUSTION, FUELS 

& EMISSIONS 

Timothy C. Lieuwen 

Georgia Institute of Technology 

Atlanta, GA USA 


Term: 7/1/2009 – 6/30/2011 

Joseph Zelina 

US Air Force, Air Force Research Laboratory 

WPAFB, OH USA 


Term: 7/1/2009 – 6/30/2011 

CONTROLS, DIAGNOSTICS 

& INSTRUMENTATION 

Angelo Martucci 




Term: 7/1/2008 – 6/30/2010 

A. Geoff Sheard 

Flakt-Woods Group 

Colchester, UK 


Term: 7/1/2008 - 6/30/2010 


Term: 7/1/2010 – 6/30/2012 

Richard Meisner 




Term: 7/1/2010 – 6/30/2012 

CYCLE INNOVATIONS 

Changduk Kong 

Chosun University 

Gwangju, Korea 


Term: 7/1/2009 – 6/30/2011 

Yi-Guang Li 

Cranfield University 

Bedford, UK 


Term: 7/1/2009 – 6/30/2011 

EDUCATION 

Marianne Salomon 


Stockholm, SWEDEN 


Term: 7/1/2008 – 6/30/2010 

Balkrishna Annigeri 




Term: 7/1/2008 – 6/30/2010 

Incoming Committee Chair: 

Term: 7/1/2010 – 6/30/2012 

Mark Turner 

University of Cincinnati 

Cincinnati, OH USA 


Term: 7/1/2010 – 6/30/2012 

ELECTRIC POWER 

Richard S. Tuthill 




Term: 7/1/2008 - 6/30/2010 

Philip Andrew 

General Electric Co. 

Greenville, SC USA 


Term: 7/1/2008 - 6/30/2010 


Term: 7/1/2010 - 6/30/2012 

Michael Ladwig 

Alstom 



Term: 7/1/2010 - 6/30/2012 

GAS TURBINE USERS 

SYMPOSIUM ADVISORY GROUP 

Thom Eldridge (PE) 

Shell Global Solutions (US) Inc. 

Houston, TX USA 

Chair 

Term: 10/1/2009- 6/30/2011 


HEAT TRANSFER 

Richard B. Rivir 

AFRL/PR 

Wright Patterson AFB, OH USA 


Term: 7/1/2008 - 6/30/2010 

Raymond Chupp 

GE Energy 

Greenville, SC USA 


Term: 7/1/2008 - 6/30/2010 


Term: 7/1/2010 – 6/30/2012 

Ting Wang 


New Orleans, LA USA 


Term: 7/1/2010 – 6/30/2012 

INDUSTRIAL & COGENERATION 

Qun Zheng 

Harbin Engineering University 

Harbin, CHINA 


Term: 7/1/2009 – 6/30/2011 

Rakesh K. Bhargava 

Foster Wheeler USA Corp. 

Houston, TX USA 


Term: 7/1/2009 – 6/30/2011 

MANUFACTURING MATERIALS 

& METALLURGY 

V.P. Swaminathan 

Turbomet International 



Term: 7/1/2008 - 6/30/2010 

Xiao Huang 


Ottawa, ON CANADA 


Term: 7/1/2008 - 6/30/2010 


Term: 7/1/2010 – 6/30/2012 

Pontus Slottner 

Siemens Industrial Turbomachinery AB 

Finspang, Sweden 


Term: 7/1/2010 – 6/30/2012 

Technical Committee Officers 

MARINE 

Tony Wilcoxson 

Vericor Power Systems 

Alpharetta, GA USA 


Term: 7/1/2009 – 6/30/2011 

Joseph Lawton 


Carderock Division 

Philadelphia, PA USA 


Term: 7/1/2009 – 6/30/2011 

MICROTURBINES & SMALL 

TURBOMACHINERY 

James Kesseli 

Brayton Energy, LLC 

Hampton, NH USA 


Term: 7/1/2009 – 6/30/2011 

Wendy Matthews 

Capstone Turbine Corporation 

Chatsworth, CA USA 


Term: 7/1/2009 – 6/30/2011 

OIL & GAS APPLICATIONS 

Jeff Moore 




Term: 7/1/2009 – 6/30/2011 

Mauro Venturini 

University of Ferrara 

Ferrara, ITALY 


Term: 7/1/2009 – 6/30/2011 

STRUCTURES & DYNAMICS 

Patrick Sean Keogh 

University of Bath 

Bath, UK 


Term: 7/1/2008 - 6/30/2010 

Jaroslaw Szwedowicz 

ABB Turbosystems Ltd. 



Term: 7/1/2008 - 6/30/2010 


Term: 7/1/2010 - 6/30/2012 

Damian Vogt 




Term: 7/1/2010 - 6/30/2012 

TURBOMACHINERY 

Zolti S. Spakovszky 

Massachusetts Institute of Technology 

Cambridge, MA USA 


Term: 7/1/2009 – 6/30/2011 

Dr. Kenneth L. Suder 


Cleveland, OH USA 


Term: 7/1/2009 – 6/30/2011 


141

142 

IGTI Board of Directors 

ASME Vice President, IGTI 

Anthony Strazisar 



Chair 

Knox Millsaps, Jr. 

Naval Postgraduate School 

Monterey, CA, USA 

Vice Chair 

Ronald Bunker 

GE R & D Center 


Chair of Conferences 

Klaus Brun 



IGTI MISSION STATEMENT 

The International Gas Turbine Institute 

of The American Society of Mechanical 

Engineers is dedicated to supporting the 

international exchange and development 

of information to improve the design, 

application, manufacture, operation 

and maintenance, and environmental 

impact of all types of gas turbines, 

turbomachinery and related equipment. 

Review Chair 

Thomas Sattelmayer 

Technische University Munchen 


Past Chair 

Reza Abhari 

Swiss Federal Institute 

of Technology 


Member at Large 

Sigmar Wittig 

University of Karlsruhe 

Karlsruhe, Germany 

Member at Large 

Patrick Campbell 

GE Oil & Gas 

Calgary, AB Canada 

Treasurer 

Kenneth Hall 

Duke University 

Durham, NC, USA 

Incoming Member 

Karen Thole 

Pennsylvania State University 

State College, PA, USA 

Managing Director 

Michael Ireland 

ASME International Gas 

Turbine Institute 

Norcross, GA, USA 


ASME International Gas Turbine Institute 

6525 The Corners Parkway • Suite 115 • Norcross, GA 30092 USA 

Phone: +1 404-847-0072 • Fax: +1 404-847-0151 igti@asme.org • http://igti.asme.org/ 

Managing Director 

Michael Ireland 

Event Specialist 

Stephanie Sears 

Sr. Program Manager of Events 

and Member Services 

Judy Osborn 

Expositions and 

Communications Specialist 

Kristin Barranger 

ASME / IGTI Staff 

Manager of Professional 

& Member Development 

Shirley Barton 

Coordinator, Communications 

& Customer Relations 

Rebecca Watrous 

Coordinator, 

Office & Finance 

Martha Quinlin 

Administrator, 

Conferences & Expositions 

Smita Solanki 


143

A M, P. ............................WA-26-11 

A M, P. ................................FC-27-9 

A, S. ...............................WA-26-11 

Aagrawal, A ..........................TA-3-7 

Aagrawal, A ....................... ThA-3-1 

Abdelfattah, S. .................. MB-27-2 

Abdelwahab, A. ................ MB-33-4 

Abdel-Wahab, S. .................FC-27-9 

Abdel-Wahab, S. ............... WB-27-5 

Abdi, F. ............................... WB-2-2 

Abdul Ghafir, M. .................FB-6-14 

Abdul Ghafir, M. ...............MA-6-17 

Abdul Ghafir, M. ...................TB-6-5 

Abhari, R. .........................MA-32-4 

Abhari, R. .........................WC-10-7 

Abhari, R. .........................WA-34-5 

Abhari, R. .......................... TC-5-14 

Abhari, R. ......................... MB-33-4 

Abhari, R. ...........................FA-13-3 

Abhari, R. .......................... TC-32-1 

Abo El Ella, H. ................... MB-27-2 

Abulrub, A. .........................FB-22-5 

Acharya, S. ...........................FC-9-3 

Acharya, S. ....................... MB-10-2 

Acharya, S. .........................TB-4-26 

Acharya, S. ....................... WB-10-3 

AcuÒas, A. ....................... MB-17-1 

Adibhatla, S. .......................MA-5-3 

Afzali, B. .............................TB-18-2 

Agu, O. .............................. ThA-2-1 

Ahdad, F. ..........................MA-20-4 

Ahlefelder, S. ......................FB-1-17 

Ahmadi, W. ....................... ThA-4-4 

Ahmadian, P................... ThC-22-10 

Ai, Y..................................WA-4-13 

Aidarinis, J. .........................TB-11-6 

Aigner, M.......................... WB-6-16 

Aigner, M..........................WC-4-14 

Aigner, M......................... ThC-4-23 

Aigner, M............................ThB-1-6 

Aigner, M............................TA-4-27 

Aigner, M............................ MB-4-8 

Aigner, M............................MA-4-6 

Aigner, M............................FC-4-18 

Aigner, M............................FA-4-31 

Aigner, M............................TA-10-9 

Akamatsu, S. .................... WB-4-16 

Akbari, A. ...........................TA-4-27 

Akbari, P. ............................TA-1-14 

Aksit, M. .............................TB-11-6 

Akwaboa, S. .......................TA-9-12 

Al Jughaiman, B. ...............WC-22-7 

AldÈn, M. .........................WC-4-14 

Alexander, I. ......................WA-34-5 

Alexander, I. ...................... WB-34-9 

Alexiou, A. .......................... MB-6-2 

Alford, A. ..........................MA-31-4 

Al-Hadhrami, L. ...................TA-15-1 

Alhaj, O. .............................TB-27-8 

Ali, S. ....................................TB-3-4 

Ali, S. ..................................ThB-8-8 

Ali, S. ................................... TC-8-5 

Alin, N. .............................WC-4-14 

Alizadeh, S. ........................ TC-11-4 

Alizadeh, S. ...................... ThC-11-7 

Allaire, P. .............................FB-22-5 

Allaire, P. ........................... MB-22-4 

Allaire, P. ........................... WB-22-3 

Allaire, P. ...........................WC-23-6 

Allan, W. ...........................FB-27-12 

Allan, W. ........................... MB-4-21 

Allan, W. ............................ ThC-4-3 

Allen, J. ...............................FB-15-5 

Allison, T. ........................... TC-18-4 

Allison, T. ....................... ThC-18-12 

Allison, T. .......................... MB-17-2 

Altaher, M.......................... ThA-3-1 

Alvin, M. .............................FB-15-5 

Alvin, M. ............................ ThA-2-1 

Alvin, M. .......................... ThA-34-4 

Alvin, M. ............................ ThA-9-1 

Alvin, M. ............................. WB-2-2 

Amallobieta, I. .................. MB-17-1 

Amano, R. ............................FB-9-7 

Amano, R. ......................... TC-18-3 

Amato, A. .......................... ThA-4-1 

Ameri, A. .......................... MB-9-13 

Ameri, A. ......................... ThC-10-5 

Ameri, A. ..........................WA-34-5 

Ames, F. ..............................TA-9-12 

Ames, F. ..............................TB-9-11 

Ames, R. .............................WA-8-2 

Amibe, D. ....................... WB-17-10 

Amirante, D. ...................... TC-11-4 

Amirante, R. ..................... MB-17-1 

Amirante, R. ................... WB-17-10 

Andac, M. .........................WC-13-1 

Anderson, B. ...................... ThC-4-3 

Anderson, M. ................... ThC-1-15 

Anderson, M. ....................WA-31-6 

Anderson, R. .......................FC-4-18 

Anderson, R. .....................ThB-6-11 

Andersson, C. .....................FB-23-8 

Andersson, M. ................. ThA-15-2 

Anderton, D. ..................... WB-29-5 

Andoh, M. ........................ MB-27-2 

Andreini, A. ........................FB-13-2 

Andreini, A. ........................TB-29-4 

Andreini, A. ......................WC-13-1 

Andrew, P. ..........................WA-8-2 

Andrews, G. ...................... ThA-3-1 

Andrews, G. ..................... WB-4-16 

Andrews, G. ...................... TC-4-25 

Andrews, G. .......................TA-10-9 

Andrews, I. ........................ TC-4-25 

Anegawa, N. ...................... TC-22-9 

Angello, L. ....................... ThC-4-23 

Angello, L. ........................WA-14-8 

Annamalai, K. .....................ThB-3-8 

Annen, K. .......................... TC-5-14 

Annigeri, B. ....................... WB-20-1 

Annigeri, B. ........................ ThA-7-1 

Annigeri, B. ...........................FA-7-2 

Anthony, R. ........................ TC-9-14 

Antona, R. ........................WA-24-2 

Antonogiannakis, E. ............. TC-6-9 

Aprigliano, L. ....................MA-16-2 

Arabnia, M. ........................FA-29-9 

Arabnia, M. ........................FB-29-8 

144 

Session Participant Index 

Araki, T. ........................... ThA-15-2 

Arana, C. ............................FB-4-17 

Araujo Gomes, R. ............. ThC-10-5 

Aravindhan, T. ................... MB-22-4 

Aretakis, N. ......................... MB-6-2 

Aretakis, N. ......................... MB-5-2 

Arghir, M. .........................MA-22-1 

Arghir, M. .........................WC-22-7 

Arienti, M. ......................... ThA-4-4 

Arienti, M. ........................WA-4-13 

Ariffin, Z. ..............................TB-6-5 

Arimura, H. ....................... WB-4-16 

Aritomi, M. ........................ ThA-6-1 

Armstrong, J. ......................FA-4-31 

Armstrong, J. ......................FB-4-19 

Arnal, M. ......................... ThC-14-5 

Arndt, C. ............................ MB-4-8 

Arndt, C. ......................... ThC-4-23 

Arnone, A. ........................ WB-33-6 

Arnone, A. ........................ WB-29-5 

Arnone, A. ..................... ThA-27-16 

Arnone, A. ..........................FA-29-9 

Arnone, A. ....................... ThC-12-2 

Arnulfi, G......................... ThA-34-4 

Arroyo Osso, C. ................ MB-9-13 

Arts, T. ..............................WA-27-4 

Arts, T. ................................TA-27-6 

Arts, T. ............................... ThA-9-4 

Arunajatesan, S. ..................ThB-1-6 

Arzel, T. ..............................WA-9-5 

Asadi, S. ........................... WB-20-1 

Asai, T. ................................WC-4-9 

Asghar, A. .........................FB-27-12 

Asghar, A. ......................... MB-4-21 

Ashcroft, G. ........................FC-29-6 

Aslanidou, I. ..........................TA-6-7 

Aslund, J. ............................ WB-5-4 

Assadi, M. .......................... ThA-6-1 

Astrua, P. ............................ WB-8-4 

Atkins, K. ......................... ThC-30-1 

Atkins, N. ........................... TC-11-4 

Attia, M. .............................MA-1-9 

Au, P. ................................MA-15-4 

Auerbach, S. .....................WC-23-6 

Auf dem Kampe, T. .......... ThC-10-5 

Aulich, M. .........................MA-26-1 

Avalos, J. ............................TB-23-2 

Avancha, R. ......................MA-29-1 

Avdovic, P. ....................... ThA-15-2 

Avell·n, R. ...........................FC-29-6 

Aymanns, R. .......................TB-17-5 

Baagherzadeh Hushmandi, N. . ThC-32-5 

Baba-Ahmadi, M. ............ThB-29-11 

Babak, M. ........................ TC-27-11 

Back, S. ...............................TA-26-7 

Backman, J. ......................MA-31-4 

Backus, O. ......................... ThC-8-7 

Badyda, K. ........................ThB-14-6 

Bagdanavicius, A. ................FB-4-19 

Bagdanavicius, A. ............... ThC-4-3 

Bagshaw, D. ....................... TC-11-4 

Bahr, D..................................TB-3-4 

Bai, J. ................................FA-10-12 

Baik, S. ...............................TB-23-2 

Baik, S. ........................... WB-23-10 

Baines, N. ...........................TB-17-5 

Bakalis, D. .......................... ThA-7-1 

Bake, F. ...............................WC-5-5 

Bake, F. ...............................WC-4-9 

Baker, J. ............................ThB-34-1 

Bakken, L. .......................... TC-18-3 

Bakken, L. ......................... WB-18-5 

Balassa, B. ...........................FA-29-9 

Ballal, D. .............................TA-4-30 

Ballarini, V. ..........................TB-24-1 

Bamba, T. ......................... ThA-31-8 

Banda, G. ........................ ThC-11-7 

Bandaru, R. .........................FA-4-22 

Bandaru, R. ......................... MB-4-8 

Barbosa, J. ........................... TC-6-9 

Barbosa, J. ......................... ThA-8-3 

Barbosa, J. .......................... MB-6-2 

Barbosa, J. ............................TA-6-7 

Barigozzi, G. .....................MA-10-1 

Barker, B. ..........................WC-13-1 

Barmpalias, K. ...................MA-32-4 

Barnes, C. .......................... TC-11-4 

Baron, A. ..........................WC-23-6 

Barpal, D. ..............................TA-8-1 

Barr, B. ..............................MA-29-1 

Barringer, M. .....................FC-10-10 

Barringer, M. ...................... ThA-9-1 

Barthmes, S. .......................FA-29-9 

Bartocci, P. .......................... MB-3-2 

Barzegar Awal, H. ...............FB-6-14 

Basilicata, C. .........................TA-3-7 

Basoalto, H. ...................... MB-21-1 

Basol, A. .............................FA-13-3 

Bastnagel, P.......................MA-16-2 

Basu, S. ............................... MB-4-8 

Battisti, L. ............................FB-34-3 

Bauer, H. .............................TB-9-11 

Bauer, H. ...........................WC-11-1 

Bauer, H. ........................... WB-10-3 

Bauer, H. .............................TB-11-6 

Bauer, H. ...........................TB-10-11 

Bauer, H. ........................... WB-27-5 

Bauknecht, A. .................... TC-11-4 

Baumann, U. ..................... MB-22-4 

Baumann, U. .................... ThA-18-6 

Beck, R. ..............................ThB-8-8 

Bedard, J. ..........................WA-22-6 

Beerer, D. ......................... ThC-4-23 

Beetz, M. ..........................MA-29-1 

Beevers, A. ..........................TB-29-4 

Begley, C.............................MA-1-9 

Behbahani, PhD, A. .............WA-5-1 

Behr, T.................................FB-32-3 

Bellocq, P. ...........................FB-1-17 

Belz, J. ................................TB-24-1 

Benim, A. ..........................WC-4-14 

Benini, E. ............................FB-34-3 

Benini, E. ..........................MA-32-4 

Benini, E. ..........................WC-6-15 

Benjamin, M. ..................... ThA-4-4 

Bennett, G. ....................... MB-26-5 

Bennett, I. ...........................TA-18-1 

Bennington, M. .................TB-26-10 

Bennington, M. .............. ThA-26-12 

Benoit, J. .............................WA-8-2 

Benra, F. ..............................FB-28-1 

Benra, F. ............................ MB-33-4 

Beres, W. ..........................MA-20-4 

Beretta, A. ..........................FA-13-3 

Beretta, A. ..........................TB-19-1 

Berner, A. ...........................FA-5-12 

Bernier, B. .........................FC-10-10 

Bernier, B. .........................MA-10-1 

Bernstein, H. .....................FA-15-10 

Berruti, T. ........................... TC-23-5 

Bertini, F. .........................WC-29-10 

Bertini, F. ........................... WB-29-5 

Bertini, F. ........................ ThA-27-16 

Besharat Shafiei, SA. ...........MA-4-6 

Bettocchi, R. ...................WC-18-13 

Beukenberg, M. ..................FC-6-13 

Beyersdorf, A. .................... ThC-4-3 

Bharadwaj, S. .................... WB-16-5 

Bhargava, R. .......................TB-14-7 

Bhargava, R. .................... ThC-14-5 

Bhargava, R. .....................WC-14-2 

Bhartiya, Y. ....................... MB-23-1 

Bhatia, D. ........................WA-26-11 

Bhatia, N. ........................... TC-14-4 

Bhatia, T. ............................ ThA-2-1 

Bhatia, T. ............................. WB-2-2 

Bhattacharya, A. ................. WB-2-2 

Bhattacharya, N. ...............ThB-21-3 

Bhayaraju, U. ......................WC-4-9 

Bhinder, F. ...........................FA-6-12 

Biagi, R. ..............................FB-23-8 

Bianchi, M. ........................ TC-14-4 

Bianchi, M. .......................WC-14-2 

Bianchi, S. ......................... MB-26-5 

Bianchi, S. ...........................ThB-5-6 

Bianchini, C. .....................TB-10-11 

Bianchini, C. ...................... ThA-9-4 

Biba, Y. .............................MA-31-4 

Biba, Y. ...............................TB-18-2 

Bidan, G. .......................... WB-33-6 

Bidaut, Y. .......................... MB-22-4 

Bidini, G. ............................. MB-3-2 

Biela, C. ..............................FB-33-5 

Bielawski, M. ....................MA-15-4 

Biesinger, T. .........................TA-33-1 

Bigley, A............................MA-16-2 

Billington, S. .......................FB-5-16 

Bin Mamat, A. ................... TC-33-2 

Bin Salleh, H. ......................FB-10-4 

Biondi, R. ........................... TC-23-5 

Bird, J. ................................WA-5-1 

Bird, J. ................................WC-1-3 

Birk, A. ...............................FB-28-1 

Birrell, A. ...............................TA-8-1 

Bishop, K. ......................... MB-4-21 

Biskupski, J. ........................FA-19-2 

Blakey, S. ............................TB-4-24 

Blanc, L. ..............................TB-23-2 

Blanc, L. ............................WC-23-6 

Blanchard, C. .................... WB-4-16 

Blanton, J. .........................WC-11-1 

Blieske, M. ..........................TA-17-4 

Blieske, M. ......................... TC-18-3 

Blieske, M. ....................... ThC-18-9 

Blieske, M. ........................ WB-17-9 

Bloxham, M. .....................FA-27-10 

Blumber, E. .........................FB-22-5 

Bogard, D. ..........................FA-9-10 

Bogard, D. ..........................FB-10-4 

Bogard, D. ........................FC-10-10 

Bogard, D. ............................FC-9-3 

Bogoi, A. ............................FC-6-13 

Bohari, B. ........................... TC-26-6 

Bohlin, M. ...........................TB-18-2 

Bohn, D. ...........................MA-11-2 

Bohn, D. ............................ TC-33-2 

Bohn, D. .............................. TC-4-7 

Bohn, D. .........................ThB-10-13 

Bolland, O. ........................ThB-6-11 

Bonadies, M. .......................FC-6-13 

Bonanni, L. .......................TB-10-11 

Bonello, P. .........................WC-22-7 

Bonello, P. .........................WC-23-6 

Bonello, P. ...........................FA-23-9 

Bonini, A. ..........................WC-13-1 

Bonneau, O. .....................MA-22-1 

Bons, J. ...............................FA-13-3 

Bons, J. .............................WC-13-1 

Bons, J. .............................WC-10-7 

Bons, J. .............................FA-27-10 

Bons, J. ...............................TB-9-11 

Bontempo, L. ....................... TC-6-9 

Bonzani, F. ..........................FB-4-17 

Bonzani, F. ........................ MB-15-6 

Bonzani, F. ..........................TA-4-27 

Bonzani, F. ....................... ThC-11-7 

Bonzani, F. ..........................WA-8-2 

Bordo, L. ........................... WB-20-1 

Borello, D. ...........................TA-33-1 

Borguet, S. .......................... MB-5-2 

Borm, O. .............................FA-29-9 

Borys, R. .............................FB-23-8 

Botto, D. .............................TB-19-1 

Bottoms, J. ........................ MB-15-6 

Boudy, F. .............................TA-4-12 

Boughner, A....................... TC-16-3 

Boughner, A...................... WB-16-5 

Bouladoux, P. .................... WB-33-6 

Bouldin, B. ........................ThB-33-7 

Boulouchos, K. ....................FA-4-31 

Bounaceur, R...................... ThA-3-1 

Bourque, G. ........................TB-4-26 

Bourque, G. ....................... ThA-4-1 

Bourque, G. ..................... ThC-4-23 

Boutet-Blais, G. .................MA-11-2 

Bowen, P. ........................... TC-4-25 

Bowen, P. ........................... ThC-4-3 

Bowen, P. ..............................TA-3-7 

Boxx, I. ............................. ThC-4-23 

Boxx, I. ................................ MB-4-8 

Boyde, J. .......................... ThC-4-23 

Boyer, K. .............................MA-1-9 

Boyle, B. .......................... ThC-10-5 

Bozzi, L. ........................... ThC-11-7 

Braccio, K. ........................MA-16-2 

Bradley, A. ........................TB-10-11 

Brady, M. ..........................WA-17-6 

Branam, R. ..........................FB-4-17 

Branchini, L. ....................... TC-14-4 

Branchini, L. ......................WC-14-2 

Braune, A. ..........................TA-33-1 

Braun-Unkhoff, M. ..............MA-4-6 

Breeze-Stringfellow, A. ...... MB-26-5 

Breeze-Stringfellow, A. ..... ThC-1-15 

Breeze-Stringfellow, A. ......ThB-33-7 

Brekke, O. ......................... WB-18-5 

Bressloff, N. ........................TA-4-12 

Breuer, T. .......................... ThA-1-10 

Bridges, J. .......................... TC-1-16 

Bringhenti, C. ..................... MB-6-2 

Bringhenti, C. .......................TA-6-7 

Briones, A. ..........................ThB-4-2 

Brockett, T. .........................FA-23-9 

Brockett, T. ....................... MB-22-4 

Brooks, J. .......................... MB-21-1 

Brouckaert, J. ................. ThA-26-12 

Brouckaert, J. ................... ThC-5-13 

Brown, C. .......................... TC-1-16 

Brown, C. ...........................ThB-1-6 

Brown, D. ....................... WB-17-10 

Brown, D. ........................ ThA-31-8 

Brown, J. ............................TB-21-2 

Brown, J. ........................... TC-21-4 

Brown, J. ......................... ThC-21-5 

Brown, S. ............................ WB-1-4 

Brübach, J. ..........................ThB-4-5 

Bruckner, R. ...................... MB-22-4 

Bruckner, R. ...................... MB-17-2 

Bruckner, R. ...................... MB-1-12 

Bruckner, R. ......................FC-22-12 

Bruckner, R. ......................MA-22-1 

Brun, K. ............................. TC-18-3 

Brun, K. ..........................WC-18-11 

Brun, K. ............................WA-18-7 

Brun, K. ............................. TC-18-4 

Brun, K. ........................... ThA-34-4 

Brun, K. ......................... ThC-34-10 

Bruna, D. ............................TA-29-2 

Brusca, S. ......................... ThC-14-5 

Brusca, S. ..........................WC-14-2 

Bucchieri, L. ........................ThB-4-2 

Büche, D. ..........................MA-29-1 

Buck, R. ..............................FC-6-13 

Bujalski, W. .......................ThB-14-6 

Bulzan, D. .......................... ThC-4-3 

Bunce, R. ............................FB-5-16 

Bunker, R. ......................... MB-11-3 

Buonamici, J. .................... WB-16-5 

Buoro, D. ........................... TC-14-4 

Burd, S. ...............................FB-28-1 

Burdet, A. .......................... ThA-4-1 

Burgold, Y. ..................... ThA-26-12 

Burns, A..............................TA-10-9 

Burrows, C. .........................FB-22-5 

Buschinelli, M. ....................TA-15-1 

Bussing, T. .........................WC-4-28 

Butzin, E. ..............................TB-1-5 

Bygrave, J. ......................... TC-18-3 

Byington, C. ........................WA-5-1 

Byrne, J. ................................FA-7-2 

Caciolli, G. ........................WC-13-1 

Cade, I. ...............................FB-22-5 

Cafaro, S. .......................... ThA-8-3 

Caguiat, D. ........................ TC-16-3 

Cai, J. ................................. MB-4-8 

Calvert, W. ........................MA-26-1 

Cambio, M. ......................WA-31-6 

Camci, C. ......................... ThC-10-5 

Cameretti, M. ................... WB-6-16 

Cameron, J. ................... ThA-26-12 

Campa, G. ........................MA-4-11 

Campagna, A. ....................TB-19-1 

Campanari, S. ...................ThB-6-11 

Campanari, S. ...................WC-6-15 

Campbell, I. ......................WC-4-14 

Campbell, P. ......................WA-18-7 

Campbell, T. ........................FC-4-20 

Campobasso, M ..............ThB-29-11 

Camporeale, S ..................MA-4-11 

Campregher, R ....................TA-33-1 

Candel, S ............................TA-4-12 

Canilang, B ........................ TC-16-3 

Canteenwalla, P ............... ThC-14-5 

Cao, S ...............................MA-32-4 

Capece, V .........................ThB-34-1 

Capece, V ......................... WB-34-9 

Capozzi, P .........................MA-6-17 

Caracciolo, L .......................TA-4-12 

Caratozzolo, F ...................... TC-6-9 

Carbo, M ..............................TB-3-4 

Carcasci, C ....................... ThC-11-7 

Carcasci, C .......................... WB-8-4 

Cardwell, D .........................ThB-5-6 

Caresana, F ........................ ThA-3-1 

Cargill, P .............................FC-26-2 

Carmichael, S ....................MA-16-2 

Caron, J ............................MA-11-2 

Carpenter, F ........................TB-22-2 

Carroll, D ............................FB-10-4 

Carrotte, J ........................... MB-4-8 

Carson, C ...........................WC-8-6 

Carter, C ............................. MB-4-8 

Carvalho, J ..........................TB-19-1 

Casey, M ........................... WB-32-2 

Casey, M .............................FC-27-9 

Casey, M ............................ TC-23-5 

Casey, M ...........................ThB-32-7 

Casey, M ...........................WA-31-6 

casisi, m ............................. TC-14-4 

Castillon, L ..........................TB-24-1 

Catalano, L ....................... MB-17-1 

Catalano, L .......................ThB-34-1 

Catalano, L ..................... WB-17-10 

Cau, G ................................FC-6-13 

Cave, M ............................. TC-31-2 

Cave, M ............................WA-31-6 

Ceccherini, A ......................FB-13-2 

Celestina, M .......................FB-29-8 

Celestina, M .................... ThC-26-3 

Celestina, M ...................WA-26-11 

Cerasi, L ..............................FB-1-17 

Cerpa, R .............................TA-1-14 

Cerri, G .................................TA-3-7 

Cerutti, M ........................ ThC-11-7 

Cerutti, M .........................FC-10-10 

Cerza, M ............................ ThC-4-3 

Cesar, C ..............................FB-1-17 

Chaker, M .........................WC-14-2 

Chamroon, C ......................FB-22-5 

Chan, K ............................ MB-21-1 

Chan, K ..............................TA-15-1 

Chana, K ............................FA-9-10 

Chana, K ............................FB-5-16 

Chana, K .......................... MB-9-13 

Chana, K ........................... TC-33-2 

Chana, K ............................ThB-5-6 

Chandra, B ....................... MB-1-12 

Chandra, R ....................... MB-21-1 

Chandra, R .......................ThB-21-3 

Chang, D ............................FB-33-5 

Chang, S ............................ ThC-9-8 

Chang, Y ............................TB-19-1 

Channiwala, S ...................WA-4-13 

Charitos, A ........................ ThA-6-1 

Chatterton, S .................... WB-22-3 

Chaudhry, J ....................... MB-22-4 

Chen, H ............................TB-26-10 

Chen, H ............................WC-31-3 

Chen, J .......................... ThA-26-12 

Chen, J ...............................FB-33-5 

Chen, J .............................MA-17-3 

Chen, J ............................. MB-9-13 

Chen, J ...............................TA-17-4 

Chen, K ............................MA-15-4 

Chen, l ........................... ThC-22-10 

Chen, P .......................... ThA-27-16 

Chen, Q ..............................FB-28-1 

Chen, T .............................MA-31-4 

Chen, W ...............................FC-9-3 

Chen, W .............................TA-15-1 

Chen, W .............................TB-17-5 

Chen, W ............................ ThC-9-8 

Chen, X ..............................FB-33-5 

Chen, Y ............................ MB-4-21 

Cheng, L .............................FA-4-22 

Cheng, M .......................... TC-4-25 

Cheng, R ..............................TB-3-4 

Cheng, R ............................ MB-4-8 

Chennaoui, L ........................TA-3-7 

Cheong, B ..........................WA-9-5 

Chern, T ...........................WA-34-5 

Chernoray, V .......................FB-26-8 

Cheruvu, N .........................TA-15-1 

Cheruvu, S ..........................TA-15-1 

Chew, J .............................MA-11-2 

Chew, J ............................. MB-11-3 

Chew, J .............................. TC-11-4 

Chew, J .............................WA-11-5 

Chiang, H ...........................TB-19-1 

Chiarioni, A ........................FB-4-17 

Childs, D .............................TB-22-2 

Childs, P ............................ TC-11-4 

Childs, P .......................... ThC-11-7 

Childs, P .............................FA-6-12 

Chirathadam, T .................WA-22-6 

Chishty, W ..........................WC-1-3 

Chmielewski, J ....................ThB-4-5 

Chmielniak, T ........................TB-3-4 

Cho, H ................................FB-10-4 

Cho, H ..............................FC-10-10 

Cho, H ..................................FC-9-3 

Cho, H .............................. WB-10-3 

Chobenko, V ....................ThB-14-6 

Chochua, G ......................MA-31-4 

Chochua, G ..................... ThC-32-5 

Chochua, G ....................WC-18-13 

Choi, K ...............................FB-29-8 

Choi, M ..............................FA-33-8 

Choi, S ................................ WB-2-2 

Chokani, N .......................WA-34-5 

Chokani, N ....................... WB-34-9 

Chokani, N .......................ThB-34-1 

Chopra, S ...........................FA-9-10 

Chou, l .............................. ThA-9-1 

Chow, P ..............................WC-1-3 

Chow, R............................ThB-34-1 

Chrigui, M ......................... ThA-4-4 

Christodoulou, F ............... WB-6-16 

Chuang, S ...........................TB-19-1 

Chudnovsky, B ....................FC-4-20 

Chupp, R ............................TB-11-6 

Chyu, M ............................ ThA-9-1 

Chyu, M ............................ ThA-2-1 

Chyu, M ...............................FC-9-3 

Ciani, Dr., A ...................... WB-4-16 

Ciani, Dr., A ........................TA-4-27 

Cigeroglu, E ...................... MB-23-1 

Cigeroglu, E ........................TB-21-2 

Cinque, G ...........................TB-4-24 

Ciofini, M ...........................TA-18-1 

Cirligeanu, R .......................FC-6-13 

Citeno, J .............................FC-4-20 

Citeno, J ...........................ThB-4-29 

Citeno, J .............................WC-8-6 

Cizmas, P ............................TB-22-2 

Claretti, R ...........................ThB-9-6 

Clark, J .............................MA-27-3 

Clark, J ...........................ThB-29-11 

Clark, J .................................FA-9-2 

Clark, S ........................... WB-23-10 

Clemen, D ........................ MB-26-5 

Clemens, N ...................... ThC-4-23 

Clemenson, M ..................TB-10-11 

Clemenson, M ..................WC-10-7 

Clum, C ............................WC-13-1 

Cocchi, S ............................TA-4-27 

Cocchi, S .......................... WB-4-15 

Cocco, D .............................FC-6-13 

Cochet, D ...........................WA-9-5 

Coghlan, R ..........................TA-23-4 

Coghlan, R ........................WC-23-6 

Colantuoni, S ......................TB-4-24 

Colban, W ..........................TA-10-9 

Cole, M ..............................FB-22-5 

Coletti, F ............................ ThA-9-4 

Colin, Y ..............................FB-26-8 

Collaqdo, E ....................... WB-29-5 

Collier, F........................... ThC-1-15 

Collin, R ............................WC-4-14 

Collin, R ..............................WC-4-9 

Colombo, D ......................ThB-14-6 

Colonius, T .........................ThB-1-6 

Comis da Ronco, C ...........MA-32-4 

Comodi, G ......................... ThA-3-1 

Concas, P ............................FC-6-13 

Condevaux, J .................... MB-4-21 

Congiu, F ............................TB-29-4 

Conlon, M ........................WA-22-6 

Conlon, M ........................ WB-22-3 

Conlow, F ......................... WB-16-5 

Consonni, s ...........................TB-3-4 

Cook, J ...............................WA-8-2 

Cooke, L .......................... ThC-15-9 

Cooperman, A ..................ThB-34-1 

Copeland, C ................... MB-31-11 

Copley, B .......................... MB-4-21 

Coren, D ............................ TC-11-4 

Corke, T ............................MA-27-3 

Corn, M ............................WA-4-13 

Cornelius, C ........................TA-33-1 

Corporan, E ....................... ThC-4-3 

Corral, R ...........................WA-24-2 

Corral, R .........................ThB-29-11 

Corral, R ........................... MB-23-1 

Corsini, A ............................ThB-5-6 

Corsini, A .......................... MB-26-5 

Cosi, l ................................ TC-23-5 

Couey, P .............................FC-27-9 

Coull, J .............................WA-27-4 

Coutandin, D ......................FB-13-2 

Cowan, J ............................TA-9-12 

Crawford, M .........................FB-9-7 

Crawford, M .....................TB-10-11 

Crayford, A ...........................TA-3-7 

Crayford, A ........................ TC-4-25 

Crayford, A ........................ ThC-4-3 

Cretegny, L .......................WA-15-7 

Crites, D ...........................FA-10-12 

Crites, D ...............................FC-9-3 

Crofton, M ...................... ThC-4-23 

Crosby, J .............................FB-15-5 

Cross, C ..............................TA-20-3 

Cross, C ............................WA-4-10 

Cui, Y .................................FA-4-31 

Culley, D .............................FA-5-12 

Cunha Galeazzo, F. .............FA-4-22 

Cuoci, A .............................TB-4-24 

Curran, H ............................TB-4-26 

Curtis, E ..............................TA-27-6 

Cusack, R ......................... ThC-14-5 

Da Costa, I ..........................TB-4-24 

Da Soghe, R ........................ WB-8-4 

Da Soghe, R ........................TB-29-4 

Dadone, P .........................ThB-34-1 

Dadouche, A .....................WA-22-6 

Dai, Y ................................ TC-14-4 

Dai, Y .............................. ThC-32-5 

Dailey, L ......................... ThA-27-16 

Dakuri, S .............................FC-27-9 

Daleo, J .............................ThB-15-8 

Daleo, J ............................ ThC-15-9 

D’Alessandro, B .................. MB-3-2 

Dalton, J ........................... MB-1-12 

Damodhran, B ..................MA-20-4 

Daniele, S ...........................FA-4-31 

Danner, F ............................FB-26-8 

Davies, D ..........................ThB-6-11 

Davies, S ............................ TC-11-4 

Davis, M .............................WA-1-1 

Davis, M .............................FB-1-17 

Davis, W .............................FB-33-5 

Davison, C .......................... MB-5-2 

Dawes, B ............................FC-29-6 

Dawes, B ..........................MA-29-1 

Day, I ................................ThB-33-7 

Day, W ................................ WB-8-4 

Day, W ..............................WC-23-6 

Dayi, Z ........................... ThC-22-10 

Dayi, Z .............................. MB-22-4 

D’Carlo, P .......................... ThA-4-1 

De Bellis, F ........................ MB-17-1 

De Bellis, F ........................ThB-34-1 

De la Cruz-Garcia, M ......... ThA-4-1 

De La Rosa Blanco, E .......... TC-5-14 

De Maria, l ..........................FB-15-5 

De Pascale, A ...................... MB-3-2 

De Pascale, A ....................WC-14-2 

De Saint Victor, X ............. ThC-12-2 

De Vries, J ...........................TB-4-26 

DeCastro, J .........................WA-5-1 

Deckner, M .........................TB-22-2 

Deckner, M .......................WC-22-7 

Dees, J ................................FA-9-10 

Dees, J ..................................FC-9-3 

Del Corno, A.......................FB-15-5 

Del Rosario, R .....................ThB-4-5 

Del Rosario, R .....................FB-4-17 

Del Rosario, R ...................MA-35-1 

Del Turco, P .........................FB-23-8 

Delgado Garibay, H .......... ThC-14-5 

Delgado, A ....................... WB-22-3 

Delibra, G ...........................TA-33-1 

Della Villa, S ....................... ThA-8-3 

DellaCorte, C .................... MB-17-2 

Dell’Anna, S ........................FB-34-3 

DeMarco, J .......................MA-20-4 

Demolis, J ........................ ThA-29-7 

Dempsey, M ......................MA-26-1 

Deneve, M ..........................TB-4-24 

Deng, Q ..............................FB-29-8 

Dennis, R ............................WC-8-6 

Dennis, R ............................ WB-3-5 

Dennis, R ......................... ThC-18-9 

Dennis, R ............................. TC-8-5 

Dennis, R ............................WA-8-2 

Dent, M ..............................WC-1-3 

Denton, J ........................WC-27-14 

Denton, J ............................FB-28-1 

Denton, J ............................TA-27-6 

Denton, J ..........................WA-29-3 

D’Ercole, M .........................TA-18-1 

Deshmukh, D .................... WB-16-5 

Desideri, U .......................... MB-3-2 

Desideri, U ..........................ThB-3-8 

Desset, J ........................ ThA-26-12 

Desset, J .......................... ThC-5-13 

Dewanji, D ........................WC-4-14 

DeWitt, M.......................... ThC-4-3 

Dey, S .................................TA-29-2 

Dhall, T .............................. TC-18-4 

Dhanasekaran, T ...................FB-9-7 

Dhiman, S .........................FC-10-10 

Dhingra, M .........................MA-5-3 

Dhingra, M ...........................TB-5-7 

Di Domenico, M ............... ThC-4-23 


Di Liberti, J ........................WA-31-6 

Di Martino, P ......................TB-4-24 

Diaz, S ..............................WC-22-7 

Dickmann, H .......................TA-31-5 

Dikshit, S ..........................WA-4-13 

Dimond, T ......................... MB-22-4 

Dimond, T ......................... WB-22-3 

Ding, C .............................. ThA-2-1 

D’Ippolito, R ........................FB-1-17 

D’Ippolito, R ........................ MB-6-2 

Diwan, R .............................TA-9-12 

Diwan, R ............................ ThA-2-1 

Dixon, J .............................. TC-11-4 

Dixon, J ............................ ThC-11-7 

Dixon-Hardy, D ................... TC-4-25 

Dmochowski, W ...............WA-22-6 

Dmochowski, W ............... WB-22-3 

Dobrowolski, L ....................FB-10-4 

Dobrzynski, B ......................FB-28-1 

Dodo, S ..............................WC-4-9 

Doel, D ............................... MB-5-2 

Doerffer, P ........................FB-27-12 

Dominique, S ................... ThA-29-7 

Dong, Y ..............................TA-33-1 

Dong, Y ............................TB-26-10 

Dong, Y ......................... ThA-26-12 

Donnert, G .........................FA-4-22 

Donus, F .............................FA-19-2 

Dossena, V ..........................FB-34-3 

Dossena, V ........................ThB-14-6 

Doubovitsky, A ....................WC-4-9 

Doucet, D ......................... WB-33-6 

Doulgeris, G ........................TA-1-14 

Douura, Y ...........................FB-13-2 

Downing, M ...................... TC-1-16 

Downs, J ............................ ThA-9-4 

Downs, J ...........................ThB-6-11 

Dreher, H ........................... ThC-9-8 

Dreizler, A ...........................ThB-4-5 

Drenth, A ............................FB-4-17 

Drexel, M .......................... WB-22-3 

Driscoll, M ........................MA-16-2 

Driscoll, M ........................ WB-16-5 

Du, J ...................................FB-33-5 

Du, J .............................. ThA-26-12 

Du, Z ............................... ThC-30-1 

Duchaine, F ....................... WB-29-5 

Ducruix, S ............................ TC-4-7 

Dudebout, R .......................TA-4-30 

Dudebout, R .......................TB-4-26 

Dudebout, R .....................WA-4-13 

Dudley, J .............................TB-11-6 

Dudzinski, P ........................TA-17-4 

Duffy, K ..............................FC-23-3 

Dufour, R ....................... ThC-22-10 

Dullenkopf, K ......................TB-11-6 

Dullenkopf, K .................... WB-27-5 

Dullenkopf, K ....................WC-11-1 

Dumas, G .........................MA-11-2 

Dumas, M .......................... TC-33-2 

Dundics, M ........................ TC-16-3 

Duni, S ................................TB-24-1 

Dunn, D ........................... TC-27-11 

Dunn, D ............................. TC-33-2 

Dunn, M .............................FB-23-8 

Dunn, M ...........................MA-9-15 

Dunn, M ........................... MB-9-13 

Dunn, M .............................TA-23-4 

Dunn, M ............................ TC-9-14 

Durali, M ............................TA-29-2 

Durox, D .............................TA-4-12 

Dykas, S ........................... ThC-30-1 

Dyson, T ...........................FC-10-10 

Early, J.................................TA-31-5 

Eastwick, C ....................... MB-1-12 

Eastwood, D ...................... TC-11-4 

Eastwood, S ........................FC-29-6 

Ebrahimi, P .........................FB-6-14 

Edwards, R ........................FB-27-12 

Eggels, R .............................FB-28-1 

Eggels, R ........................... MB-4-21 

Ehrhard, J ....................... MB-31-11 

Ehrhard, J ...........................TA-31-5 

Eichler, C.............................FB-4-19 

Eigenbrod, C .................... ThC-4-23 

Eigenbrod, C ....................... WB-2-2 

Eisfeld, T ............................ TC-26-6 

Ekici, K ............................. ThA-24-3 

Ekkad, S ..............................FA-13-3 

Ekkad, S ..............................FB-13-2 

Ekkad, S ............................. TC-9-14 

El Ayoubi, C ....................... TC-33-2 

EL-Aini, Y ............................FC-23-3 

Eldridge, T ..........................TA-18-1 

Elfert, M ............................ ThC-9-8 

Ellis, C .................................WA-8-2 

El-Salmawy, H .....................FC-4-20 

El-Salmawy, H .................... TC-26-6 

Ely, M..............................ThB-10-13 

Elyas, A ...........................ThB-10-13 

Elyyan, M ........................... ThC-9-8 

Engeda, A .........................MA-17-3 

Engeda, A ........................ ThA-29-7 

Engeda, A .......................... ThA-7-1 

Engel, K ..............................FC-26-2 

Engel, K ..........................WC-27-14 

Enghardt, L .........................WC-4-9 

Englar, R ...........................ThB-34-1 

Enos, R .............................. TC-18-3 

Enright, M ........................ MB-21-1 

Enright, M ........................ThB-21-3 

Enright, M ....................... ThC-21-5 

Envia, E .............................WA-34-5 

Erenburg, V ........................FC-4-20 

Erickson, E ..........................TB-9-11 

Erickson, R ........................WC-4-28 

Eriksson, L ...........................FC-29-6 

Eriksson, L ............................ TC-4-7 

Eriksson, L ........................... WB-5-4 

Eroglu, Dr., A .................... WB-4-16 

Ertas, B ............................. WB-22-3 

Erwin, J ...............................ThB-1-6 

Eshati, S ..............................FB-6-14 

Essenhigh, K ..................... MB-26-5 

Estevadeordal, J ................ MB-33-4 

Eustace, R ...........................MA-1-9 

Ewins, D .............................FB-23-8 

Facchini, B ........................TB-10-11 

Facchini, B ......................... ThA-9-4 

Facchini, B ..........................FB-13-2 

Facchini, B ........................WC-13-1 

Facchini, B ........................ MB-10-2 

Falempin, F .......................WC-4-28 

Fang, A ...............................FA-4-31 

Fang, A .............................. ThA-4-1 

Faniel, N .............................TB-4-24 

Fantozzi, F .......................... MB-3-2 

Fantozzi, F ............................TB-3-4 

Faravelli, T ...........................TB-4-24 

Farfan-Ramos, L ..................WA-5-1 

Farkas, B ........................ ThA-26-12 

Farshchi, M .........................MA-1-9 

Faucett, T .......................... MB-4-21 

Favaloro, S ..........................MA-1-9 

Fawcett, R .........................WC-10-7 

Fedelich, B ..........................TA-20-3 

Fedorov, I ........................ WB-23-10 

Feist, J .............................. ThC-5-13 

Feldshteyn, Y ...................... WB-5-4 

Fellerhoff, J .........................FA-29-9 

Feng, F ..............................WA-29-3 

Feng, X .............................MA-6-17 

Feng, X .................................TB-6-5 

Feng, Y .............................WC-23-6 

Feng, Z .............................WC-11-1 

Feng, Z ...............................FB-29-8 

Feng, Z .............................MA-32-4 

Feng, Z ............................ TC-27-11 

Feng, Z .............................. ThA-9-4 

Feng, Z .............................ThB-32-7 

Ferber, M ............................ WB-2-2 

Ferguson, D ..........................TA-3-7 

Ferguson, D ......................... TC-4-7 

Ferguson, J .........................TA-23-4 

Fernandes, J ....................... TC-15-3 

Ferrari, L ............................ TC-5-14 

Ferrari, L .............................WC-5-5 

Ferrari, M .......................... MB-17-1 

Fiala, A .............................MA-27-3 

Fiala, P ................................FB-15-5 

Fiala, P ................................FB-32-3 

Filatov, A ............................ TC-5-14 

Filippenko, V .....................ThB-32-7 

Filippi, S ............................. TC-23-5 

Filippi, S .......................... WB-23-10 

Filippi, S ..............................TB-23-2 

Filippini, M ........................MA-15-4 

Filippini, M ........................MA-20-4 

Finley, B ............................. TC-16-3 

Finzel, C ..............................FC-27-9 

Firrone, C ............................FC-23-3 

Firrone, C ........................... TC-23-5 

Fischer, A ............................WC-5-5 

Fischer, S ........................... MB-26-5 

Fitzgerald, J .......................... TC-8-5 

Fleck, J ................................TA-4-27 

Flohr, P..............................ThB-4-29 

Flouros, M ..........................TB-11-6 

Foeller, S ...........................MA-4-11 

Foerster, W ........................ ThC-9-8 

Fogt, H ............................ ThC-32-5 

Foletti, S ...........................MA-15-4 

Forkel, H ........................... MB-4-21 

Forrest, N ......................... ThA-1-10 

Forte, A ..............................TA-18-1 

Fournet, R .......................... ThA-3-1 

Foust, M .............................TA-4-30 

Foust, M .............................. TC-4-7 

Franchini, G ......................MA-10-1 

Franke, M .........................FA-27-10 

Fransson, T .........................TB-24-1 

Fransson, T ...................... ThC-32-5 

Fransson, T .......................WA-24-2 

Fransson, T .......................WC-24-4 

Frassoldati, A ......................TB-4-24 

Frattaroli, F ........................ TC-22-9 

Fredriksson, C .....................TB-17-5 

Freimark, M ........................FC-6-13 

Frey, C ................................FC-29-6 

Fricker, A...........................WA-4-10 

Fridh, J ........................... ThC-27-15 

Fridh, J ............................. ThC-32-5 

Friedl, W .............................TB-21-2 

Friedl, W ...........................ThB-21-3 

Friedrichs, J .........................WC-1-3 

Friedrichs, S ...................... WB-29-5 

Frisk, E ................................ WB-5-4 

Fruth, F ...............................TB-24-1 

Fu, J ................................. ThA-32-6 

Fu, S ................................ ThA-29-7 

Fu, S .................................TB-26-10 

Fu, S ...................................FA-33-8 

Fu-an, l ............................ ThC-30-1 

Fuehr, S...............................FB-34-3 

Fujii, T .............................. ThC-5-13 

Fujioka, T ........................... TC-15-3 

Fujioka, T ......................... ThC-5-13 

Fujiwara, H ........................ TC-22-9 

Fukushima, H ....................ThB-31-9 

Fukushima, T ..................... ThA-6-1 

Fuleki, D .............................WC-1-3 

Fuller, C ..............................FA-4-22 

Funazaki, K .........................FB-10-4 

Funazaki, K .......................MA-27-3 

Funazaki, K ....................... MB-9-13 

Funke, H .............................TB-17-7 

Fureby, C ..........................WC-4-14 

Furukawa, M ....................ThB-31-9 

Fussi, M .............................. MB-3-2 

G N D S, S .......................... TC-22-9 

G. Hutton, S .......................FA-23-9 

G. Hutton, S .....................WC-23-6 

Gacek, R ........................... MB-33-4 

Gaertlein, A ........................WC-5-5 

Gaetani, P .......................... TC-33-2 

Gaetani, P .........................ThB-14-6 

Galanti, L ..........................WA-6-10 

Galanti, L ........................ WB-17-10 

Gallagher, W .........................TA-8-1 

Gallar, L ............................MA-6-17 

Gallardo, J ........................WA-24-2 

Gamba, M ....................... ThC-4-23 

Gampe, U ...........................FC-6-13 

Gampe, U ........................ ThC-32-5 

Gandy, D.............................TA-15-1 

Gangoli Rao, A .....................FA-1-8 

Gangoli Rao, A .....................FB-9-7 

Gangoli Rao, A .................WC-4-14 

Gannon, A ..........................FB-33-5 

Gany, A...............................FC-4-20 

Gao, J ...................................FA-9-2 

Gao, J ...............................WA-27-4 

Gao, J ............................. WB-17-10 

Gao, L .............................. ThC-32-5 

Garcia Illescas, R ................ TC-4-25 

Garcia-Hernandez,A ........... TC-18-3 

Garg, S ...............................FA-5-12 

Garg, S .............................. TC-5-14 

Gauthier, P ..........................TB-4-24 

Gazzano, R ...................... ThA-34-4 

Ge, Z ................................ MB-26-5 

Gee, K ............................... TC-1-16 

Gegg, S ......................... ThC-27-15 

Geng, H ............................FC-22-12 

Genrup, M ......................... ThA-6-1 

Georgakis, C ..................... WB-10-3 

George, T ...........................TA-20-3 

Gerendas, M .......................WC-4-9 

Gericke, B ...........................FC-6-13 

Ghadami, S .........................FB-6-14 

Ghaly, W .............................FA-29-9 

Ghaly, W .........................WC-29-10 

Ghaly, W .............................FB-29-8 

Ghanime, G ........................MA-5-3 

Gharebaghi, M ...................ThB-3-8 

Ghenaiet, A .................... MB-31-11 

Ghenaiet, A ........................ MB-6-2 

Ghenaiet, A ....................... TC-26-6 

Ghisu, T ................................TB-6-5 

Ghorbani, R ...................... WB-20-1 

Giacche, D ..........................TA-27-6 

Giannakakis, P .................. WB-6-16 

Gibert, C ......................... WB-23-10 

Gicquel, L ......................... WB-29-5 

Giel, P .................................TB-9-11 

Giel, P ................................ TC-9-14 

Giel, P .................................TA-9-12 

Gier, J .............................. TC-27-11 

Gier, J ...............................ThB-27-7 

Gier, J ...............................WA-27-4 

Gier, J ...............................MA-29-1 

Giese, F ............................... WB-2-2 

Gilarranz, J ....................... ThA-18-6 

Gilarranz, J ........................ThB-18-8 

Gilarranz, J ......................WC-18-13 

Gilboy, M ............................ThB-5-6 

Gill, A .............................. ThC-26-3 

Gillespie, M ........................ TC-1-16 

Gindrat, M ......................... ThA-2-1 

Ginibre, P ....................... ThC-27-15 

Giovannelli, A .......................TA-3-7 

Gisbert, F ........................ThB-29-11 

Giuffrida, A .......................WA-6-10 

Giuliani, F ........................ ThC-4-23 

Giuliano, S ..........................FC-6-13 

Glahn, A ...........................MA-11-2 

Glahn, A ........................... MB-11-3 

Glaude, P ........................... ThA-3-1 

Gleis, S .............................. ThA-6-1 

Gloeckner, P........................TB-11-6 

Gmelin, C ......................... MB-26-5 

Gnesin, V ............................TB-24-1 

Gobbato, P .........................TA-4-27 

Göckeler, K .........................TB-4-26 

Godin, P .............................TA-33-1 

Goettlich, E .........................FC-27-9 

Gogineni, S ........................ TC-1-16 

Göke, S ...............................TB-4-26 

Göke, S ...............................TB-4-24 

Gokulakrishnan, P. ..............FA-4-22 

Gokulakrishnan, P ...............MA-4-6 

Gola, M ..............................FC-23-3 

Gola, M ..............................TB-19-1 

Gola, M ............................. TC-23-5 

Golden, P .......................... MB-21-1 

Goldhahn, E ....................... TC-31-2 

Goldman, Y ........................FC-4-20 

Goldstein, R ......................FA-10-12 

Golebiowski, M .................. TC-22-9 

Golinkin, S ........................ WB-16-5 

Golinkin, S ..........................TA-16-6 

Goni Boulama, K ...............FB-27-12 

Gonzalez Diez, N ..................FA-1-8 

Goodhand, M ...................WC-26-4 

Gopinath, A ......................WC-14-2 

Gopinathrao, N ................ ThC-11-7 

Gordon, A ........................MA-20-4 

Gordon, A ........................ MB-22-4 

Gordon, A ........................ WB-20-1 

Gorelik, M ........................MA-20-4 

Gorelik, M ........................ MB-21-1 

Gorelik, M ..........................TB-21-2 

Gorelik, M ....................... ThC-21-5 

Gorrell, S ............................TA-31-5 

Gorrell, S ..........................MA-33-3 

Gorrell, S .......................... MB-33-4 

Goswami, S ..........................FC-9-3 

Goto, A ........................... ThA-15-2 

Goto, T .............................WC-31-3 

Goulas, A .......................... MB-17-1 

Goulas, A ............................TB-11-6 

Gould, J .............................. WB-1-4 

Goulos, I .............................FB-1-17 

Goulos, I ............................. MB-6-2 

Gourdain, N ...................... WB-29-5 

Gouskov, A .........................TB-23-2 

Graesel, J ......................... ThA-29-7 

Graeter, F ............................ WB-5-4 

Grala, C ............................MA-16-2 

Granovskiy, A ......................TA-27-6 

Granovskiy, A ......................FC-27-9 

Grasbon, P ..........................FB-23-8 

Gravett, P ......................... MB-21-1 

Green, J ........................... ThA-24-3 

Green, J ............................WC-23-6 

Gregg, j ........................... ThA-34-4 

Gregory-Smith, D ............. TC-27-11 

Gregory-Smith, D ............WA-26-11 

Greig, C ..............................ThB-8-8 

Greim, R ...........................MA-32-4 

Greve, A ...........................MA-16-2 

Greving, D ......................... TC-15-3 

Grewal, A ...........................FA-23-9 

Griebel, P ............................TA-4-27 

Griffin, T .............................ThB-4-2 

Griffiths, A ..........................FB-4-19 

Grigoriev, M ........................TB-29-4 


Grinevich, V ...................... WB-4-16 

Gritsch, M ...........................TA-10-9 

Gritsch, M ...................... ThC-27-15 

Gritsch, M ...........................WA-9-5 

Groghan, D .......................MA-16-2 

Grolet, A ............................ TC-23-5 

Grondahl, C ........................TB-11-6 

Grönman, A ......................MA-31-4 

Grönstedt, T .........................TB-6-5 

Grover, E ........................... MB-33-4 

Groves, C .......................... WB-6-16 

Groves, K ..........................WC-22-7 

Grüner, T ........................... TC-18-3 

Gruselle, F .......................WC-18-13 

Gu, C ................................WA-31-6 

Gu, C ................................WA-29-3 

Gu, C ..................................TA-31-5 

Gu, C ................................MA-26-1 

Gu, F ................................WA-31-6 

Gu, W .................................FC-23-3 

Guang, M ...........................TB-22-2 

Gudmundsson, B ..............ThB-18-8 

Guenther, A ......................MA-11-2 

Guethe, Dr., F .....................FC-4-18 

Guethe, Dr., F ................... WB-4-16 

Gugau, M ....................... MB-31-11 

Guijarro Valencia, A ........... TC-11-4 

Guin, C ...............................TB-4-24 

Gulder, O ............................TB-4-26 

Gulen, s .............................. WB-8-4 

Gümmer, D ....................... MB-26-5 

Gümmer, V .........................TB-21-2 

Guo, S ............................... ThA-2-1 

Gupta, A .............................FB-34-3 

Gupta, K ........................... MB-22-4 

Gupta, K ........................ ThC-22-10 

Gupta, R ............................. WB-3-5 

Gupta, T ........................ ThC-22-10 

Gurgenci, H ........................FA-5-12 

Gustavsson, J ....................TB-10-11 

Gutiérrez V. E .................... WB-17-9 

Gutmark, E .........................ThB-1-6 

Gutzwiller, D .......................FA-19-2 

Gutzwiller, D .......................TA-29-2 

Guyot, D .............................FC-4-18 

Gyekenyesi, A .....................WC-5-5 

Gyekenyesi, A .....................TB-19-1 

Gyekenyesi, J ..................... TC-23-5 

Gyekenyesi, J ...................... WB-2-2 

Haase, K ...........................WC-10-7 

Haase, W ............................WC-5-5 

Habisheuther, P ...................FA-4-22 

Habisreuther, P. ...................ThB-4-5 

Hacker, V ..........................WC-6-15 

Hada, S ............................. MB-10-2 

Hadzic, R ............................WC-1-3 

Hagari, T .............................FB-13-2 

Hage, M .............................ThB-4-5 

Hagen, D ........................... ThC-4-3 

Hah, C ..............................TB-26-10 

Hai, P ..................................FA-23-9 

Haiyang, Z ........................FA-27-10 

Haj Ayed, A ...................... WB-20-1 

Hajilouy, A ..........................MA-1-9 

Hajilouy, A ..........................TA-29-2 

Hajmrle, K ...........................FB-15-5 

Haldeman, C .........................FA-9-2 

Haldeman, C .....................MA-9-15 

Haldeman, C ...................... TC-9-14 

Hale, A ...............................WA-1-1 

Hall, C ................................FB-26-8 

Hall, C ............................. ThC-1-15 

Hall, K ............................. WB-23-10 

Hall, K ...............................WC-24-4 

Haller, B ..............................FA-9-10 

Halliwell, I ......................... MB-1-12 

Ham, F ................................ThB-1-6 

Hamed, A ...........................WA-1-1 

Hampshire, J ...................... TC-16-3 

Hampshire, J ..................... WB-16-5 

Han, J .................................TA-10-9 

Han, J ................................ ThA-9-1 

Han, J ................................ ThC-9-8 

Han, S .................................TA-33-1 

Han, W ...............................FC-6-13 

Han, Y ............................... ThA-9-1 

Hancock, R .........................ThB-4-5 

Handelsman, S ....................FC-4-20 

Hanjalic, K ..........................TA-33-1 

Harms, T .......................... ThC-26-3 

Harpin, A ........................... TC-5-14 

Harris, K ............................WA-17-6 

Harris, M ...........................ThB-6-11 

Hartmann, D .....................MA-4-11 

Hartranft, J .......................MA-16-2 

Hartung, A ....................... ThA-23-7 

Harvey, S ...........................MA-29-1 

Hase, M ..............................FA-4-31 

Haselbach, F .....................FB-27-12 

Haselbach, F ...................WC-27-14 

Hashmi, A ...........................TB-11-6 

Hashmi, F ....................... ThA-27-16 

Hashtrudi-zad, S ................. WB-5-4 

Hassan, I ............................ TC-33-2 

Hasti, V ...............................FC-27-9 

Hasuike, H ......................... ThA-6-1 

Hauser, M .........................WA-4-10 

Havakechian, S .................ThB-32-7 

Hawk, J .............................WA-17-6 

Hawkins, L ..........................FB-22-5 

Hawkins, L ......................... TC-5-14 

Hawthorne, C .................... ThA-6-1 

Hayami, H .........................TB-26-10 

Hayami, H .........................WC-31-3 

Hayashi, K ........................ ThA-32-6 

Hazby, H ...........................WC-31-3 

He, A ..................................MA-5-3 

He, H ................................ WB-20-1 

He, L ................................ ThC-10-5 

He, L .................................WC-10-7 

He, L ................................. WB-29-5 

He, L .................................WA-24-2 

He, L ................................. MB-9-13 

He, L ...................................WA-9-5 

He, Y ..................................TB-17-5 

Heath, C .............................FC-4-18 

Heath, C ............................ TC-4-25 

Heeb, N ..............................ThB-1-6 

Heide, S ..............................FC-6-13 

Heidmann, J ...................... MB-10-2 

Heidmann, J ....................ThB-10-13 

Heinz, C ............................. TC-23-5 

Heinze, K ............................TB-21-2 

Heinze, S .......................... WB-27-5 

Heitland, G .........................TA-29-2 

Hemchandra, S ................. WB-4-15 

Hemchandra, S .................MA-4-11 

Henderson, B ..................... TC-1-16 

Hendrick, P .........................TB-17-7 

Hendrick, P .....................WC-18-13 

Hendricks, G .......................FA-33-8 

Heneka, C .........................TB-10-11 

Heng, l ........................... ThC-22-10 

Henhoeffer, T ....................MA-15-4 

Hennings, H ...................... MB-23-1 

Hennings, H ........................TB-24-1 

Henriksson, M ..................... MB-5-2 

Henry, M .............................WC-5-5 

Herda, V ...............................TA-8-1 

Hergt, A ..............................FC-26-2 

Hernandez-Rossette, A..... WB-20-1 

Herndon, S ........................ TC-5-14 

Herndon, S ........................ ThC-4-3 

Herrick, G ........................ ThA-23-7 

Herrmann, M ..................... ThA-4-4 

Herrmann, M ....................WA-4-13 

Herszage, A ........................FC-4-20 

Heselhaus, A .....................TB-10-11 

Heshmat, H .......................MA-17-3 

Heshmat, H ....................... MB-17-2 

Hefl, M ...............................TA-26-7 

Hefl, M .......................... ThA-26-12 

Hesse, C .......................... ThC-32-5 

Heuer, T ............................WA-17-8 

Heuer, T .......................... MB-31-11 

Heuer, T ..............................TB-17-5 

Heuwinkel, C ......................WC-4-9 

Heyes, A .............................FA-6-12 

Heyes, A .......................... ThC-5-13 

Hicks, y ...............................FC-4-18 

Hiddemann, M ......................TA-8-1 

Hiernaux, S .................... ThA-26-12 

Hildebrand, M .................... TC-15-3 

Hildebrandt, T .....................FC-29-6 

Hill, S ..................................TA-4-27 

Hills, F ................................ TC-5-14 

Hills, N .............................. MB-11-3 

Hills, N ............................... TC-11-4 

Hills, N ..............................WA-11-5 

Himeno, T .......................... TC-1-16 

Hirano, T ...........................MA-32-4 

Hirsch, C ...........................WA-4-10 

Hirschmann, A ....................FC-27-9 

Hisamatsu, T ...................... TC-15-3 

Hitt, J ..................................TB-29-4 

Ho, S ................................FC-10-10 

Ho, S ................................MA-10-1 

Ho, Y ................................FC-22-12 

Hobson, G ..........................FB-33-5 

Hobson, G ..........................TA-26-7 

Hochgreb, S ........................WC-4-9 

Hockaday, B ........................WC-5-5 

Hodson, H ........................WA-27-4 

Hodson, H ....................... ThC-5-13 

Hodson, H ........................ MB-11-3 

Hodson, H ..........................FB-26-8 

Hodson, H ..........................TA-27-6 

Hoefler, F ............................ThB-9-6 

Hoevel, S ......................... ThA-15-2 

Hofer, D ............................ThB-32-7 

Hofer, D ............................ WB-32-2 

Hofer, T............................. WB-10-3 

Hoffman, D .......................MA-16-2 

Hogg, S ........................... ThC-32-5 

Hohloch, M .........................FC-4-18 

Hohloch, M ....................... WB-6-16 

Holbrook, G ......................ThB-31-9 

Hollis, R ..............................FA-13-3 

Hollis, R ............................ThB-6-11 

Holzschuh, T .......................ThB-4-5 

Honami, S ......................... MB-27-2 

Hong, D ............................WC-26-4 

Hong, Y ..............................TA-10-9 

Hongtao, w ..................... ThA-32-6 

Hongyan, H ........................FA-9-10 

Horbach, T ........................ WB-10-3 

Horlock, J ............................FB-28-1 

Horn, W............................. TC-5-14 

Horta Nogueira, L .............. ThA-8-3 

Houck III, L ........................ MB-21-1 

Houghton, T .....................ThB-33-7 

Howard, R ......................... ThC-4-3 

Howard, S .........................MA-22-1 

Howard, S .........................WA-22-6 

Hoyniak, D ....................... ThA-24-3 

Hsu, C ................................TB-19-1 

Hu, B ..................................FB-4-19 

Hu, H ................................. ThA-4-1 

Hu, J ...................................FA-33-8 

Hu, J ................................... WB-2-2 

Hu, L ................................. WB-20-1 

Hua, O ..............................ThB-27-7 

Hualing, L ...................... ThA-27-16 

Huang, G ............................TA-17-4 

Huang, K ..........................MA-6-17 

Huang, K ..............................TB-6-5 

Huang, R .......................... MB-26-5 

Huang, W .......................... ThA-4-1 

Huang, X ..........................TB-26-10 

Huang, X ........................... TC-15-3 

Huang, X ............................TA-15-1 

Huang, X ..........................MA-15-4 

Huang, X ..........................WA-15-7 

Huang, Y ..........................WC-11-1 

Huang, Y ............................FB-4-17 

Huang, Y ............................FB-4-19 

Huang, Y ........................... ThA-4-4 

Huang, Y .......................... WB-4-15 

Hubinka, J ...........................FC-27-9 

Hübner, N .........................ThB-27-7 

Hudack, R .......................... ThA-4-1 

Hudson, R .........................WA-15-7 

Huening, M ...................... MB-11-3 

Huenteler, J ...................... ThA-31-8 

Huete, J ............................ MB-17-1 

Hughes, A ...........................WA-1-1 

Hughes, C ........................ ThC-1-15 

Huh, M .............................. ThC-9-8 

Huichun, L ............................FC-9-3 

Hummel, S ..........................TA-17-4 

Hunley, B ........................ThB-10-13 

Hunstman, S ...................... ThA-7-1 

Huppertz, A ...................... MB-26-5 

Hurst, J .............................. ThA-7-1 

Hustad, C .......................... ThA-6-1 

Hwang, G .........................WA-34-5 

Hwang, Y .........................ThB-33-7 

Hyams, D ..........................WA-29-3 

Hyeong Cho, J ..................... TC-4-7 

Hylen, J .............................TB-10-11 

Hylton, P ........................... WB-22-3 

Hyukjin, O ...........................ThB-3-8 

Ibaraki, S ...........................ThB-31-9 

Ibrahim, M ..........................FA-13-3 

Ibrahim, M ............................FB-9-7 

Ibrahim, M ........................ WB-33-6 

Ichihashi, F .......................... MB-4-8 

Idahosa, U .......................... MB-4-8 

Im, H ..................................FB-33-5 

Imregun, M .........................FA-33-8 

Imregun, M ...................... ThA-24-3 

Ingham, D ...........................TA-10-9 

Ingistov, S ........................ ThC-14-5 

Ingram, G ........................ TC-27-11 

Ingram, G .......................WA-26-11 

Innocenti, L ...................... ThC-11-7 

Innocenti, L .........................TB-29-4 

Inoue, H ..............................WC-4-9 

Irmisch, S ............................FC-27-9 

Irrazabal Bohorquez, W ...... ThA-8-3 

Ishida, K ..............................FB-13-2 

Ishida, M ...........................WC-31-3 

Ishizaka, K ........................ThB-32-7 

Islin, J ................................. ThC-4-3 

Ismail, M .............................FC-4-20 

Ito, E ................................ TC-27-11 

Ito, E .................................MA-10-1 

Ito, E .....................................TA-8-1 

Ivanova, E .........................WC-4-14 

Iverson, C ...................... ThC-27-15 

Iwakiri, K ..........................ThB-31-9 

Iyengar, V............................FB-34-3 

Iyengar, V........................WC-18-13 

Iyengar, V.......................... WB-17-9 

Iyengar, V............................TA-17-4 

Iyengar, V............................ThB-4-5 

Jaatinen, A ........................MA-31-4 

Jacobson, S .........................TB-17-7 

Jacquet, G ......................... TC-22-9 

Jalbert, P .............................FB-5-16 

James, S ............................. TC-4-25 

James, S ..............................WC-4-9 

Jammu, V ...........................WA-5-1 

Janicka, J ............................FB-28-1 

Janicka, J ..........................MA-4-11 

Janicka, J ..........................WC-4-14 

Janiga, G ............................FB-34-3 

Janke, E ............................FB-27-12 

Janke, E ............................MA-9-15 

Jankowski, R .......................ThB-4-5 

Jansen, D ..............................TB-3-4 

Jansohn, P ..........................FA-4-31 

Jansohn, P ..........................TB-4-24 

Janssen, R .........................WC-11-1 

Japikse, D .........................WA-31-6 

Japikse, D ...........................TA-31-5 

Jarmon, D ........................... WB-2-2 

Jasmani, M ...........................TB-6-5 

Jaubert, J ........................... ThA-3-1 

Javed, A ............................ThB-31-9 

Javiya, U ...........................WA-11-5 

Jayaraj, B ............................FB-15-5 

Jayaraman, N ................... ThC-32-5 

Jean, P ..............................WC-23-6 

Jean, P ................................TB-23-2 

Jean, P ............................ WB-23-10 

Jefferson-Loveday, R ............FC-29-6 

Jelinek, T .......................... TC-27-11 

Jella, S ................................TB-4-24 

Jemtland, O ..................... ThA-18-6 

Jeng, S ................................ MB-4-8 

Jeng, S ..............................WC-13-1 

Jenkins, P ........................... ThC-4-3 

Jennions, I ........................ ThC-5-13 

Jenny, P...............................FA-13-3 

Jenny, P............................. MB-33-4 

Jerez Fidalgo, V .............. ThA-27-16 

Jerez Fidalgo, V ...................FB-26-8 

Jericha, H ..........................WC-6-15 

Jericha, H ..........................WA-6-10 

Jericha, H ........................... TC-32-1 

Jeschke, P ........................ TC-27-11 

Jessen, W ..........................WC-10-7 

Jettappa, R ..........................FA-23-9 

Ji, Y .................................. MB-17-1 

Jiang, H ................................FC-9-3 

Jiang, H ............................MA-10-1 

Jiang, l ................................TB-4-26 

Jiang, l ..............................WA-29-3 

Jiang, l ..............................WA-4-13 

Jiang, l ..............................WC-4-14 

Jie, H ............................. ThC-22-10 

Jie, H ................................ MB-22-4 

Jie, H ................................. TC-22-9 

Jin, H ..................................FC-6-13 

Jo, C .................................. TC-15-3 

Johann, E ............................TB-21-2 

Johansson, T ..................... MB-9-13 

Johnson, B ........................WA-11-5 

Johnson, M ........................ TC-4-25 

Johnson, P ........................FC-10-10 

Johnson, P ............................TB-1-5 

Joklik, R ..............................FA-4-22 

Jolly, S .............................. ThC-14-5 

Joly, M ................................FB-29-8 

Jomaas, G ...........................TA-4-12 

Jones, B ..............................WC-4-9 

Jones, P ............................MA-16-2 

Jones, S ..............................MA-1-9 

Jones, T ............................WA-31-6 

Jonshagen, K ..................... ThA-6-1 

Joo, Y ...............................WA-6-10 

Joos, F ............................... TC-26-6 

Jothiprasad, G ................... MB-26-5 

Jothiprasad, G ...................ThB-33-7 

Jothiprasad, G ...................WC-14-2 

Jourdain, G .......................... TC-4-7 


145

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Jovanovic, S ........................TB-17-7 

Ju, Y ...................................FA-29-9 

Jubran, B ........................ThB-10-13 

Jubran, B ............................ThB-9-6 

Julien, S ............................MA-11-2 

Jun, W ........................... ThC-22-10 

Jung, E ..............................FC-10-10 

Jurek, R ............................. MB-33-4 

Justice, K .......................... MB-1-12 

Kadykova, I ....................... WB-4-16 

Kaess, R ............................MA-4-11 

Kahl, G ...............................TB-24-1 

Kahl, G .............................WC-24-4 

Kaiktsis, L .......................... MB-17-2 

Kailasanath, K .....................ThB-1-6 

Kainz, M .............................FB-26-8 

Kalfas, A ........................... MB-33-4 

Kalfas, A .........................WC-27-14 

Kalfas, A ........................... WB-6-16 

Kalfas, A ........................... WB-32-2 

Kalfas, A ........................ ThA-27-16 

Kalfas, A .............................. TC-6-9 

Kalfas, A ............................ TC-5-14 

Kalfas, A ...........................MA-32-4 

Kalfas, A .............................FC-6-13 

Kalfas, A .............................FA-13-3 

Kalfas, A ............................ TC-32-1 

Kammeyer, J .....................WA-17-8 

Kaneko, Y ...........................TB-23-2 

Kang, B ...............................FB-15-5 

Kang, B ............................... WB-2-2 

Kang, S .............................ThB-33-7 

Kang, S ............................. WB-10-3 

Kang, S .............................WC-11-1 

Kang, Y ............................WC-11-1 

Kannepalli, C ......................ThB-1-6 

Kanno, T ...........................TB-26-10 

Kannusamy, R ...................MA-20-4 

Kao, y ................................. MB-4-8 

Kapat, J ..............................FA-9-10 

Kapat, J ..............................FB-10-4 

Kapat, J ............................FC-10-10 

Kapat, J ..............................FC-6-13 

Kapat, J ............................MA-10-1 

Kapat, J ..............................ThB-9-6 

Kappis, W ....................... WB-23-10 

Karaivanov, V ..................... ThA-2-1 

Karakasis, M .......................FB-26-8 

Karg, J ................................ WB-3-5 

Karimi, H ............................TB-18-2 

Karlsson, M .......................TB-10-11 

Karrabi, H ...........................FB-6-14 

Karstadt, S ..................... ThA-26-12 

Kartuzova, O ..................... WB-33-6 

Kashinath, K .......................WC-4-9 

Kato, H .............................ThB-32-7 

Katta, V ............................. ThC-4-3 

Katz, J .............................WA-26-11 

Kau, H ................................FA-29-9 

Kau, H ................................FB-26-8 

Kawakubo, T .................. MB-31-11 

Kay, P....................................TA-3-7 

Kazakos, C ........................... TC-6-9 

Kazari, M ........................ThB-10-13 

Ke, T ................................ ThC-26-3 

Keane, A .............................TA-4-12 

Kearney, S ........................... WB-2-2 

Kearney-Fischer, M ............. TC-1-16 

Keating, A ........................ThB-6-11 

Kebriaee, m ........................FB-6-14 

Keding, M ...........................TA-17-4 

Keiser, T ............................. ThA-7-1 

Kellar, W ...........................MA-29-1 

Kelterer, M ......................ThB-29-11 

Kempf, A ......................... ThC-5-13 

Kempf, A ..........................WC-4-14 

Keogh, P .............................FB-22-5 

Keppeler, R ....................... WB-4-15 

Kern, M ..............................FA-4-31 

Kern, M ..............................TB-4-24 

Kerr, T .................................. TC-8-5 

Kersken, H ..........................FC-29-6 

Kesseli, J ......................... WB-17-10 

Key, N .................................TA-26-7 

Khaledi, H ...........................MA-4-6 

Khaleghi, H .......................TB-26-10 

Khalid, S .............................TA-1-14 

Khalid, S ............................. WB-1-4 

Khalighi, Y ..........................ThB-1-6 

Khan, J .............................WC-14-2 

Khan, R ...............................TA-18-1 

Khani, N .............................TA-1-14 

Kharyton, V .................... WB-23-10 

Khatami, N ......................... MB-4-8 

Kheir Eddin, B .....................TB-22-2 

Khemiri, O ........................ MB-23-1 

Kho, S .................................FB-6-14 

Kho, S ...................................TA-6-7 

Khorasani, K ....................... WB-5-4 

Khoshbakhti Saray, R...........FA-6-12 

Ki, J ....................................FB-6-14 

Kidd, A ............................ ThA-18-6 

Kidd, A .............................ThB-18-8 

Kidd, A ...........................WC-18-13 

Kidman, D ....................... ThA-1-10 

Kidman, D ..........................WA-1-1 

Kidman, D ..........................WC-1-3 

Kielb, R ............................ ThA-24-3 

Kielb, R ........................... WB-23-10 

Kiesow, H .........................MA-35-1 

Kim, C ..............................WA-22-6 

Kim, H ................................FB-33-5 

Kim, J .................................FB-29-8 

Kim, J ................................. MB-6-2 

Kim, J ................................ TC-1-16 

Kim, K ..............................FA-10-12 

Kim, K ................................FB-10-4 

Kim, K ................................FB-29-8 

Kim, K ..............................FC-10-10 

Kim, K ................................FC-4-18 

Kim, K ..............................MA-26-1 

Kim, K ................................. TC-4-7 

Kim, K ............................. ThA-29-7 

Kim, K ................................WC-4-9 

Kim, N .............................. MB-21-1 

Kim, S ...................................TB-6-5 

Kim, S ................................ TC-33-2 

Kim, S .................................WA-1-1 

Kim, T .................................FA-6-12 

Kim, T ...............................MA-22-1 

Kim, T ...............................WA-22-6 

Kim, T ...............................WA-6-10 

Kim, T ...............................WC-11-1 

Kim, Y ................................FA-13-3 

Kim, Y ............................... TC-33-2 

Kim, Y ..............................WA-6-10 

Kim, Y ................................WA-9-5 

Kinell, M ...........................TB-10-11 

King, J ................................ThB-3-8 

King, P ................................FB-10-4 

Kinoshita, Y ........................FB-13-2 

Kipouros, T ...........................TB-6-5 

Kiratsingh, A .................... ThC-11-7 

Kishida, H ......................... WB-4-16 

Kitron-Belinkov, M ................FB-9-7 

Klang, Ä ........................... WB-27-5 

Klapdor, E ...........................FB-28-1 

Klassen, M ....................... ThC-4-23 

Klassen, M ........................WA-14-8 

Klein, M ..............................FA-3-10 

Klein, M ..............................TB-14-7 

Klein, M ............................ThB-18-8 

Klein, M ............................WA-14-8 

Klewer, C ..........................MA-4-11 

Klingmann, J .......................WC-4-9 

Klingshirn, C ...................... ThC-4-3 

Klinkov, K ........................ ThC-4-23 

Kloosterman, A .................WC-11-1 

Klostermeier, C ...................FC-29-6 

Knobloch, K ......................MA-26-1 

Knobloch, K ........................WC-5-5 

Kobayashi, H ...................... TC-31-2 

Kobayashi, H .....................ThB-31-9 

Kober, J............................ ThC-32-5 

Kocer, G............................WA-34-5 

Koch, P .............................MA-27-3 

Koch, R ...............................TB-11-6 

Koda, E ............................... WB-8-4 

Koeneke, C .........................WC-8-6 

Koeneke, C ......................... WB-8-4 

Koeneke, C ...................... ThC-14-5 

Koeneke, C ........................ ThA-8-3 

Koenig, M .........................ThB-4-29 

Kogenhop, O ........................TB-1-5 

Köhler, R ...........................ThB-21-3 

Kohli, A ............................FC-10-10 

Kohli, A ............................ MB-10-2 

Kohli, A ..............................TA-9-12 

Kohli, A ..............................TB-9-11 

Kohli, A ............................WC-10-7 

Koizumi, H ..........................WC-4-9 

Kojima, T ..........................WC-4-28 

Kojovic, A ........................... WB-2-2 

Kolb, E ................................TA-16-6 

Kollati, V ...............................FC-9-3 

Kolodyzahnaya, L ................TB-24-1 

Komarek, T .......................MA-4-11 

Kong, C ..............................FB-6-14 

Kong, C .............................. MB-6-2 

Kong, C ................................TA-6-7 

Kong, W ...........................WA-4-13 

König, S ............................. TC-31-2 

König, S ............................ MB-33-4 

Konishi, T .......................... WB-4-16 

Konle, H .............................WC-5-5 

Konle, H .......................... ThC-5-13 

Konopka, M ......................WC-10-7 

Koo, Y ..................................TA-6-7 

Kool, G .............................WC-11-1 

Koopman, A .........................TB-3-4 

Kopasakis, G .......................MA-5-3 

Kornow, O ........................MA-4-11 

Kosman, W ...................... ThA-32-6 

Kosowski, K ......................MA-32-4 

Kost, F ..............................FB-27-12 

Kost, F .............................. MB-27-2 

Kostege, M .........................TA-27-6 

Kotzer, C........................... MB-4-21 

Koul, A ............................. MB-21-1 

Koul, A .............................ThB-15-8 

Kozulovic, D ......................WA-29-3 

Kozulovic, D ......................WC-26-4 

Kozulovic, D ........................WA-1-1 

Kramer, G ......................... WB-10-3 

Krapp, V ...............................FB-9-7 

Krautheim, S .................... ThC-26-3 

Krebs, W ........................... MB-4-21 

Krebs, W .............................FA-4-22 

Krebs, W .............................FA-4-31 

Kreitmeier, F ....................... TC-32-1 

Krejci, M .............................TB-4-26 

Kreutz, T ...............................TB-3-4 

Krewinkel, R .....................MA-11-2 

Krishnababu, S ................. ThA-24-3 

Krishnan, P .......................ThB-33-7 

Krooner, K ......................... TC-16-3 

Kröckels, J ...................... ThC-27-15 

Kröger, O ............................FA-4-22 

Kröger, O ............................TB-4-26 

Kuang, J ...........................WA-34-5 

Kucher, O........................ WB-23-10 

Kucherenko, O ..................ThB-14-6 

Kuegeler, E........................MA-33-3 

Kuehne, J ..........................MA-4-11 

Kuerner, M .......................WA-27-4 

Kühhorn, A ........................ TC-23-5 

Kührmann, A ......................FA-29-9 

Kulkarni, S ....................... ThC-26-3 

Kulkarni, V ............................FC-9-3 

Kulshreshtha, D ................WA-4-13 

Kumar, P .............................TB-21-2 

Kunstmann, S .....................FB-13-2 

Kurosawa, Y ..................... WB-4-16 

Kurz, R ..............................ThB-18-8 

Kurz, R .............................. WB-18-5 

Kurz, R ............................... TC-18-3 

Kurz, R ............................WC-18-11 

Kurz, R ............................... TC-18-4 

Kurz, W ............................ WB-27-5 

Kurzke, J ...............................TB-1-5 

Kusterer, K ........................ WB-20-1 

Kusterer, K ......................... TC-33-2 

Kusterer, K ......................ThB-10-13 

Kuzdzal, M ...................... ThC-30-1 

Kuznetsov, V .....................ThB-14-6 

Kwon, O ...........................TB-10-11 

Kyprianidis, K ........................TB-6-5 

Lacarelle, A .........................FA-4-22 

Lacarelle, A .........................FC-4-18 

Lacarelle, A .........................TB-4-24 

Lachaux, T ......................... ThA-4-1 

Lacoste, D ...........................TB-4-26 

Ladwig, M ..........................WC-8-6 

Ladwig, M ......................... ThA-8-3 

Lagana, M ..........................TA-18-1 

Laget, H ................................TA-3-7 

Laget, H ..............................TB-4-24 

Laine, J ........................... WB-23-10 

Lammel, O ..........................FA-4-31 

Lamraoui, A ......................... TC-4-7 

Landis, K .............................FB-10-4 

Lang, A ............................ ThC-4-23 

Lang, J ................................TB-17-7 

Lange, A .............................TB-21-2 

Lange, M ..........................WC-26-4 

Langnickel, U ......................FC-6-13 

Lantz, A ............................WC-4-14 

Lanzafame, R ................... ThC-14-5 

Lanzafame, R ....................WC-14-2 

Lapointe, S ........................MA-11-2 

Laranci, p ............................ MB-3-2 

Larfeldt, J ............................TB-4-24 

Larin, O ...............................TB-21-2 

Larocca, F .......................WC-29-10 

Larsson, E ........................... WB-5-4 

Larsson, J ............................FB-26-8 

Laskaridis, D ........................FB-6-14 

Laskowski, G .......................FA-9-10 

Laskowski, G .........................FC-9-3 

Laskowski, G ...................... ThC-9-8 

Laumert, B ........................WC-24-4 

Lavagnoli, S ........................TB-24-1 

Lavagnoli, S ..................... ThC-12-2 

Laveau, B ..........................WC-10-7 

Lavella, M ...........................TB-19-1 

LaViolette, M ....................FB-27-12 

LaViolette, M .................... MB-4-21 

Lawrence, B ........................ThB-3-8 

Lawson, S ...........................TB-9-11 

Lazzaretto, A ......................TA-4-27 

Le Chuiton, F ......................FB-26-8 

Leach, T ............................. TC-5-14 

Lear, W ...............................FA-6-12 

LeBay, K ..............................FB-4-17 

Lebedev, A ........................ WB-4-16 

Leboeuf, F ......................... WB-4-15 

Lecourt, R ........................ ThC-4-23 

Ledezma, G ........................FA-9-10 

Ledezma, G ..........................FC-9-3 

Lee, B .............................WC-29-10 

lee, C ................................. ThC-4-3 

Lee, C ...............................WC-26-4 

Lee, D .................................FB-10-4 

Lee, D ...............................FC-10-10 

Lee, D ............................... WB-10-3 

Lee, H .................................FC-4-18 

Lee, H .................................WA-5-1 

Lee, J ..................................WC-4-9 

Lee, J ..................................FC-4-18 

Lee, J ................................... TC-4-7 

Lee, J ................................WA-22-6 

Lee, J ................................WA-6-10 

Lee, K ...............................FA-10-12 

Lee, S ................................ThB-33-7 

Lee, S ................................WC-26-4 

Lee, Y ............................... MB-22-4 

Lee, Y ...............................ThB-31-9 

Lee, Y ...............................WA-22-6 

Lefrancois, J ......................MA-11-2 

Lehane, C ......................... MB-10-2 

Lei, J .................................. ThC-9-8 

Lekki, J ................................TB-19-1 

Lele, S .................................ThB-1-6 

Lemke, M ......................... MB-26-5 

Lengani, D ........................ WB-10-3 

Lenherr, C .......................... TC-5-14 

Lenherr, C .........................WA-34-5 

Lenherr, C ......................... MB-33-4 

Leon De Paz, M ...................ThB-9-6 

Leonard, O .......................... MB-5-2 

Leonard, O ..........................TA-29-2 

Léonard, T ........................ WB-29-5 

Leong, C .............................TB-4-24 

Leong, S .............................ThB-5-6 

LePera, S ............................. MB-3-2 

Lepszy, S ...............................TB-3-4 

Lerche, A .......................... MB-17-2 

Lerche, A ..........................WC-23-6 

Leroy, G ............................ WB-29-5 

Leszek, K ......................... ThC-11-7 

Létourneau, S .....................WA-5-1 

Levy, Y ..................................FB-9-7 

Levy, Y ................................FC-4-20 

Lewin, E ............................WC-26-4 

Lewis, L .............................. TC-11-4 

Li, B ..................................WA-27-4 

Li, H ................................... TC-4-25 

Li, H ................................... ThA-3-1 

Li, J ...................................MA-10-1 

Li, J ...................................MA-32-4 

Li, J .................................. TC-27-11 

Li, J ...................................ThB-32-7 

Li, J ...................................WC-11-1 

Li, L .................................. ThA-23-7 

Li, L ...................................ThB-32-7 

Li, Q ................................ WB-17-10 

Li, S ................................ WB-17-10 

LI, W .................................WC-22-7 

Li, W ...................................TB-17-5 

Li, X ..................................WA-29-3 

Li, X ..................................WA-4-13 

Li, Y ......................................TB-6-5 

Li, Y ................................WC-29-10 

Li, Y ..................................WC-14-2 

Li, Y ................................ WB-17-10 

Li, Y ..................................ThB-32-7 

Li, Y .................................... MB-6-2 

Li, Y ..................................MA-6-17 

Li, Y ....................................FB-6-14 

Li, Y ................................. ThC-30-1 

Li, Z ................................. ThA-31-8 

Li, Z ..................................WC-11-1 

Libraschi, M ........................TB-22-2 

Liesner, K .......................... MB-26-5 

Lieuwen, D ...........................TB-5-7 

Lieuwen, D .......................... TC-4-7 

Lieuwen, D ........................ ThA-4-1 


Lieuwen, D .......................ThB-4-29 

Ligrani, P ...........................FA-10-12 

Ligrani, P ........................... MB-9-13 

Ligrani, P .......................... ThC-12-2 

Ligrani, P .............................WA-9-5 

Liliedahl, D ..........................TB-22-2 

Lim, C .............................ThB-10-13 

Lim, J ..................................FB-6-14 

Lim, S ................................. MB-6-2 

Lim, S .................................WA-1-1 

Lima, I ................................. MB-6-2 

Liming, Z ............................ TC-22-9 

Lin, F .............................. ThA-26-12 

Lin, F ...................................FB-33-5 

Lin, M ............................... MB-17-1 

Lin, Z ..................................FB-22-5 

Lin, Z ..................................FB-32-3 

Lin, Z ..................................TA-10-9 

Linden, J ...........................MA-26-1 

Lindholm, A ......................WC-4-14 

Linhong, X ....................... ThA-15-2 

Linzhong, L ...................... ThA-23-7 

Liou, M ...............................FA-29-9 

Liou, M ...........................WC-29-10 

Liou, T ............................... ThC-9-8 

Lipski, M ........................... WB-16-5 

Liscinsky, D......................... ThC-4-3 

Litt, J ................................... MB-5-2 

Little, D ............................. MB-4-21 

Little, D ...............................WC-1-3 

Littlejohn, D ........................ MB-4-8 

Littlejohn, D ..........................TB-3-4 

Liu, B ................................WC-26-4 

Liu, B ................................WC-31-3 

Liu, C ................................FA-10-12 

Liu, C ....................................FA-9-2 

Liu, C ................................MA-17-3 

Liu, F ...............................WC-29-10 

Liu, H ....................................FA-9-2 

Liu, J .....................................FC-9-3 

Liu, J .............................. ThC-27-15 

Liu, J ................................ ThA-32-6 

Liu, J .................................FA-10-12 

Liu, J ...................................ThB-1-6 

Liu, K ..................................TA-10-9 

Liu, S ....................................FA-9-2 

Liu, Y ..................................FC-29-6 

Liu, Y ..................................MA-5-3 

Liu, Y ..................................TA-27-6 

Liu, Y ............................... ThA-23-7 

Liu, Y ................................. ThC-9-8 

Liu, Y ................................WC-31-3 

Liu, Z ................................. ThA-9-4 

Liu, Z ............................... ThC-30-1 

Liu, Z ................................ WB-22-3 

Lobo, P .............................. ThC-4-3 

Loboda, I ............................ WB-5-4 

Loboda, I ............................ MB-5-2 

Lock, G ............................. MB-11-3 

Lock, G .............................. TC-11-4 

Lock, G .............................WA-11-5 

Locke, R ..............................FC-4-18 

Loetzerich, M ....................WC-14-2 

Loftus, P .............................FB-5-16 

Lomakin, N .........................TA-27-6 

Lombard, J ..........................TB-23-2 

Lombard, J ..........................TB-24-1 

Longley, J ............................TA-27-6 

Loos, E ..................................FA-1-8 

Lora, E ............................... ThA-8-3 

Lorenz, M ...........................TB-9-11 

Lorenz, M .........................WA-4-10 

Lörstad, D .........................WC-4-14 

Lourier, J .............................ThB-1-6 

Lovett, J ............................WA-4-10 

Lowden, P .........................FA-15-10 

Lowden, P ........................ ThA-15-2 

Lowry, W ............................TB-4-26 

Lozza, G ...........................WC-6-15 

Lu, L .................................WC-31-3 

Lu, X ................................. MB-26-5 

Lu, X .................................TB-26-10 

Lu, Y ...................................TA-10-9 

Lu, Z .................................WC-6-15 

Lubarsky, E ........................WA-4-10 

Lubell, d ............................ MB-17-2 

Lubrina, P ...........................TB-23-2 

Lückerath, R ........................FA-4-31 

Lueneburg, B ....................WC-22-7 

Luo, C ...............................MA-32-4 

Luo, H .................................MA-5-3 

Luo, J ..............................WC-29-10 

Luo, M ..............................WC-14-2 

Luo, W ..............................FB-27-12 

Luo, W ..............................ThB-27-7 

Lutum, E .......................... ThC-12-2 

Luxa, M ..............................FB-32-3 

Luxa, M ..............................TA-26-7 

Luz, M ............................... TC-16-3 

Lv, X ...................................FA-4-31 

Lynch, S ............................ MB-10-2 

M, G ...................................FC-26-2 

M.H. Khorasany, R ............WC-23-6 

M.H. Khorasany, R ..............FA-23-9 

Ma, C .................................TB-17-5 

Ma, H .............................WA-26-11 

Ma, R ................................MA-27-3 

Ma, S ................................. TC-14-4 

Ma, T ................................ MB-17-1 

Ma, Y .............................. ThA-29-7 

Ma, Y ...............................WA-17-8 

Mabilat, C .......................... TC-11-4 

Maccio, M ........................ WB-20-1 

MacIsaac, G ........................TB-27-8 

MacLeod, J .........................WC-1-3 

MacLeod, J ......................... WB-1-4 

Madsen, H ......................WC-34-11 

Magge, S ..........................WA-27-4 

Magni, F .............................ThB-4-5 

Mahle, I ............................ WB-27-5 

Mahle, I ............................ WB-33-6 

Maier, W ...........................MA-31-4 

Maier, W ............................ ThA-7-1 

Maier, W .........................WC-18-13 

Mailach, R .........................WC-26-4 

Maiuolo, F ..........................FB-13-2 

Makida, M ........................ WB-4-15 

Mako, C ............................ TC-16-3 

Maksoud, T ....................... MB-1-12 

Malak, M ............................FC-27-9 

Malak, M ........................... ThA-9-4 

Malak, M ..........................FA-10-12 

Malak, M ....................... ThC-27-15 

Malanoski, M ....................... TC-4-7 

Malhiot, K ...........................TA-16-6 

Malkogianni, A .................. TC-14-4 

Malkogianni, A .................ThB-14-6 

Mallina, R .........................MA-29-1 

Malloy, D ......................... ThA-1-10 

Malloy, D ............................WC-1-3 

Malzacher, F........................FC-27-9 

Malzacher, F......................WA-27-4 

Mamaev, B ..................... ThC-27-15 

Mangani, L .......................FC-10-10 

Mangani, L .......................TB-10-11 

Mansour, A ........................ ThA-4-4 

Mansour, M ......................WA-34-5 

Mansour, M ........................FB-29-8 

Mantero, M ..................... ThC-11-7 

Manwaring, S .....................TA-23-4 

Maqsood, A ........................FB-28-1 

Marcin, D ......................... ThC-11-7 

Marcin, D ....................... ThC-22-10 

Marcin, S ............................TA-1-14 

Marconcini, M ............... ThA-27-16 

Marconcini, M ..................ThB-31-9 

Marconcini, M .................. WB-29-5 

Marconcini, M .................. WB-33-6 

Marcu, B ...........................WA-24-2 

Marek, S .......................... ThC-32-5 

Marin, M ........................... TC-22-9 

Marini, A .......................... WB-4-15 

Marini, A ............................ThB-4-2 

Marini, M ......................... ThA-34-4 

Marini, R ...........................MA-11-2 

Marinov, S ..........................FA-4-31 

Marinov, S ..........................TB-4-24 

Maritano, M .....................TB-10-11 

Maritano, M .....................FC-10-10 

Mariusz, S ........................ ThC-11-7 

Marks, C ...........................MA-33-3 

Marn, A ..............................FC-27-9 

Marsh, R ............................ TC-4-25 

Martel, C .......................... MB-23-1 

Martel, C ..........................WA-24-2 

Martelli, E .............................TB-3-4 

Martelli, F ......................... WB-4-15 

Martelli, F ...........................WA-9-5 

Martelli, F .......................... TC-33-2 

Martens, S ......................... TC-1-16 

Martensson, H ....................TB-24-1 

Martensson, H ..................WA-24-2 

Martin, S ............................. MB-4-8 

Martinez-Botas, R ........... MB-31-11 

Martinez-Botas, R ...............TB-17-5 

Martinez-Botas, R .............. TC-33-2 

Martinez-Botas, R ............ WA-17-8 

Martinstetter, M ................FA-27-10 

Marx, M ............................ThB-27-7 

Marx, P .................................TA-8-1 

Masada, J .............................TA-8-1 

Masani, K .......................... TC-14-4 

Masi, M ..............................TA-4-27 

Maslen, E ............................FB-23-8 

Maslen, E ..............................FA-7-2 

Mason, J .............................WC-1-3 

Massardo, A ..................... MB-17-1 

Massardo, A ........................ TC-6-9 

Massardo, A ................... WB-17-10 

Masserey, P .......................ThB-32-7 

Massini, M ....................... ThC-5-13 

Massini, M ..........................WA-9-5 

Matejka, M .........................FB-32-3 

Mathioudakis, K .................. MB-5-2 

Mathioudakis, K .................. MB-6-2 

Mathison, R ...................... MB-33-4 

Mathison, R ....................... TC-9-14 

Mathison, R ......................MA-9-15 

Matsushita, O .................... TC-22-9 

Matsuura, K ...................... WB-4-16 

Matta, P ............................MA-22-1 

Matthews, W .................... MB-17-1 

Matthews, W ....................WA-17-6 

Matthews, W .................... WB-6-16 

Matuck, G .......................... MB-6-2 

Matviienko, V .................... TC-14-4 

Matyschok, B ................. ThA-26-12 

Matzgeller, R .................. ThA-26-12 

May, D ..............................WA-11-5 

May, M ............................ ThA-24-3 

Mayer, C .............................FC-4-20 

Maynes, D ..........................TA-31-5 

Mayorca, M ........................TB-24-1 

Mayorca, M ......................WA-24-2 

Mayr, M ............................WA-6-10 

Mazas, A ............................TB-4-26 

Maziasz, P .......................... TC-15-3 

Maziasz, P .........................WA-17-6 

Mazur, Z ........................... WB-20-1 

Mazzawy, r ...........................FA-1-8 

Mazzawy, r .........................WC-1-3 

McAmis, R ............................FA-1-8 

McBean, I .........................ThB-32-7 

McBean, I .......................WC-29-10 

McCartt, B ..........................FB-15-5 

McClain, S ........................WC-10-7 

McClain, S ........................TB-10-11 

McClain, S ..........................TA-1-14 

McClung, R ....................... MB-21-1 

McCullough, S ................... TC-16-3 

McCusker, K .....................WA-11-5 

McDonell, V ......................MA-17-3 

McDonell, V ........................ MB-4-8 

McDonell, V ........................TA-4-27 

McDonell, V ..................... ThC-4-23 

McGlashan, N .....................FA-6-12 

McGurgan, R ...................... WB-1-4 

McKeever, C .......................FC-27-9 

McKelvey, T......................... MB-5-2 

McKinley, R ........................ TC-1-16 

McKinney, R ......................WA-4-10 

McKinney, R ...................... MB-4-21 

McLelland, G ..................ThB-29-11 

McLennan, A ....................ThB-34-1 

McManus, K .......................TA-4-12 

McNulty, S ........................TB-26-10 

McQuiggan, G ......................TA-8-1 

Meacock, A ......................... TC-6-9 

Meeks, E .............................MA-4-6 

Meher-Homji, C ..................TB-14-7 

Meher-Homji, C ................. TC-14-4 

Meher-Homji, C ................WC-14-2 

Meier, W .............................FC-4-18 

Meier, W ........................... MB-4-21 

Meier, W ............................. MB-4-8 

Meier, W .......................... ThC-4-23 

Meininger, M ....................WC-10-7 

Meisner, R .............................TB-5-7 

Melino, F ........................... TC-14-4 

Melino, F ..........................ThB-14-6 

Melino, F ..........................WC-14-2 

Memmott, E .....................WC-22-7 

Meng Hee, L .......................ThB-5-6 

Meng, C ........................... MB-22-4 

Meng, C ............................ TC-22-9 

Menon, S ............................TA-4-12 

Mensah, P ...........................TA-9-12 

Mensah, P .......................... ThA-2-1 

Merchant, A .......................TA-29-2 

Merchant, S ........................FB-23-8 

Merchant, S ........................FB-5-16 

Merkle, K ............................FA-4-31 

Merrill, G ..........................ThB-6-11 

Mersinligil, M ................... ThC-5-13 

Mertens, J ...........................TB-4-24 

Meskin, N ........................... WB-5-4 

Messersmith, D .................. TC-14-4 

Metcalfe, W ........................TB-4-26 

Meyer, R ...........................MA-26-1 

Meyer, R ........................... MB-26-5 

Meyer, R .............................FC-26-2 

Miake-Lye, R ...................... ThC-4-3 

Miake-Lye, R ...................... TC-5-14 

Miansheng, D ................... MB-22-4 

Michalek, J ........................WA-27-4 

Michelassi, V .......................TB-24-1 

Micio, M .......................... ThC-11-7 

Miglietti, W .......................WA-15-7 

Miglietti, W ...................... ThA-15-2 

Miglietti, W ...................... ThC-15-9 

Miglioli, M ............................TA-3-7 

Mignolet, M ........................TB-23-2 

Mikut, R ............................WC-11-1 

Milewski, J ........................ThB-14-6 

Milewski, J ........................WC-6-15 

Miller, M ............................ TC-4-25 

Miller, N ............................MA-16-2 

Miller, R ..............................FB-26-8 

Miller, R ........................... ThC-5-13 

Miller, R ............................WC-26-4 

Miller, R ............................WC-4-28 

Milliken, A ......................... TC-21-4 

Millsaps, K ..........................TA-26-7 

Min, S .................................FB-6-14 

Minqing, J ...................... ThC-22-10 

Miorini, R ........................WA-26-11 

Miranda, R ........................ WB-17-9 

MirzaMoghadam, A ......... ThC-11-7 

MirzaMoghadam, A ..........WA-11-5 

Mishra, R ............................WC-1-3 

Missirlis, D ........................ MB-17-1 

Missirlis, D ..........................TB-11-6 

Mitchell, M .......................MA-17-3 

Mixa, M ............................ MB-22-4 

Mobley, F ........................... TC-1-16 

Mocanu, R ........................ MB-33-4 

Modak, A ...........................MA-4-6 

Moeck, J ...........................WA-4-10 

Moeck, J ............................. MB-4-8 

Mohagheghi, M ..................FC-6-13 

Mohamed, M ......................FB-34-3 

Mohammad, B ..................WC-13-1 

Mohammadi, R ................... WB-5-4 

Mohr, H ........................... ThA-29-7 

Mohseni, A ........................ TC-31-2 

Mohseni, M ........................ MB-6-2 

Moin, P ...............................ThB-1-6 

Mokulys, T ..........................TB-29-4 

Moliere, M ......................... ThA-3-1 

Moliere, M ......................... ThC-4-3 

Molker, A .......................... WB-27-5 

Moll, R ............................. ThC-32-5 

Mollot, D ............................. TC-8-5 

Monaldi, M .......................WA-27-4 

Montgomery, M ..................FC-27-9 

Montgomery, M ................ MB-33-4 

Montgomery, T .................WA-18-7 

Montis, M .........................MA-27-3 

Montomoli, F ..................... TC-33-2 

Montomoli, F ......................WA-9-5 

Moon, H .............................FA-13-3 

Moon, H ............................ TC-33-2 

Moon, H ............................ TC-9-14 

Moon, H ...........................WC-11-1 

Moon, H ...........................WC-13-1 

Moore, J .........................WC-18-11 

Moore, J .......................... ThC-18-9 

Moore, J ............................ TC-18-4 

Moore, J ........................... MB-17-2 

Moore, J ...........................WC-23-6 

Mora, A ............................. TC-33-2 

Moran, J .............................TA-4-30 

More, K ............................WA-17-6 

Moreaux, L ....................... WB-10-3 

Mori, K ...............................TB-23-2 

Morini, M ......................... WB-18-5 

Morini, M .......................WC-18-13 

Moritz, N ........................... TC-33-2 

Morris, S ...........................MA-27-3 

Morris, S ...........................TB-26-10 

Morris, S ........................ ThA-26-12 

Morvan, H ........................ MB-1-12 

Mosbach, T ....................... MB-4-21 

Motosuke, M .................... MB-27-2 

Moura, N .......................... WB-17-9 

Movchan, S .......................ThB-14-6 

Moyroud, F .........................TB-24-1 

Moyroud, F ...................... ThA-24-3 

Mueller, N ...........................TA-1-14 

Mueller, N ....................... WB-17-10 

Mueller, P............................ThB-4-2 

Müller, M ..........................TB-26-10 

Müller, M ..........................ThB-21-3 

Mulmule, A .....................WA-26-11 

Munday, D ..........................ThB-1-6 

Murakami, T .....................WC-31-3 

Murray, R .......................... MB-26-5 


147

Mushi, S .............................FB-22-5 

Muthiah, G .......................FA-10-12 

Muyama, A ...........................TA-8-1 

Myers, G .............................FA-4-31 

Myers, G .............................FB-4-19 

Myers, G .............................FC-4-20 

N, S ..................................MA-31-4 

Naderi, E ............................. WB-5-4 

Nag, P ............................... MB-4-21 

Nagpal, V ..........................ThB-21-3 

Nagy, D ............................. MB-15-6 

Nagy, D ............................ ThC-14-5 

Nagy, D .............................WA-15-7 

Naik, C ...............................MA-4-6 

Naik, S ................................TA-15-1 

Naik, S .............................. WB-10-3 

Naik, S ................................ThB-9-6 

Nakamata, C ..................... WB-10-3 

Nakamura, N .................... WB-4-15 

Nakamura, T .......................FB-32-3 

nakano, s ......................... ThA-32-6 

Nakano, T .........................ThB-33-7 

Nakano, Y ........................ ThA-15-2 

Nakao, Y ............................. WB-8-4 

Naldi, L ............................. WB-22-3 

Naldi, L .............................. TC-22-9 

Narayan, S ........................ WB-10-3 

Narayanan, S ......................TB-21-2 

Narula, R ...............................TB-3-4 

Narula, R .............................. TC-8-5 

Narzary, D ...........................TA-10-9 

Natali, D .............................FB-23-8 

Natarajan, S ......................... TC-4-7 

Nath, C ...........................WC-34-11 

Natkaniec, C .....................WA-17-8 

Natole, R ...............................TA-8-1 

Natole, R .......................... ThA-15-2 

Nayeri, C .............................FB-34-3 

Naylor, E .............................FB-26-8 

Neff, R .............................. WB-16-5 

Nelson, R .......................... WB-20-1 

Nemec, M ........................ TC-27-11 

Nerger, D .......................... MB-26-5 

Nessler, C ..........................MA-33-3 

Neumann, S ....................... ThC-9-8 

Newman, A ....................... TC-9-14 

Newton, P ....................... MB-31-11 

Ng, W ................................. MB-3-2 

Ng, W ................................ TC-9-14 

Ngamprapasom, P. ..............FB-22-5 

Ngoma, G .......................... ThA-4-4 

Nguyen, C ........................FC-10-10 

Nguyen, C ........................MA-10-1 

Nicholas, J ......................... WB-22-3 

Nicke, E ..............................FC-26-2 

Nicoletti, R ..........................TB-19-1 

Nie, C .................................FA-4-31 

Nie, C .................................FB-33-5 

Niehuis, R ........................ ThC-10-5 

Niehuis, R .........................WA-11-5 

Niehuis, R .........................FA-27-10 

Niehuis, R .........................MA-27-3 

Nightingale, L .................. ThA-1-10 

Nikhamkin, M ................... WB-20-1 

Nikitopoulos, D ................. WB-33-6 

Nikolakopoulos, P ............. MB-17-2 

Nikpour, B ...........................TA-31-5 

Nili-Ahmadabadi, M ............TA-29-2 

Nirmalan, N ....................... ThC-9-8 

Nishida, H .........................ThB-31-9 

Nishida, H .......................... TC-31-2 

Nishida, K ......................... WB-4-16 

Nishioka, T ........................TB-26-10 

Nitsch, S .............................WC-5-5 

Nitzsche, F ......................... TC-23-5 

Niu, Y ...............................WA-22-6 

Nix, A .............................ThB-10-13 

Nix, A ...............................FC-10-10 

Nix, A ............................... MB-1-12 

Noble, D ............................ ThA-4-1 

Noble, I .............................. ThC-8-7 

Noll, B .................................FA-4-31 

Noll, B .................................TA-10-9 

Noll, B .................................ThB-1-6 

Noll,B ............................... ThC-4-23 

Noll, B ...............................WC-4-14 

Nomura, D ..........................FB-32-3 

Nongsaeng, A .................... ThA-9-4 

Nord, L .............................ThB-6-11 

Nored, M ........................... TC-18-3 

Nored, M ........................... TC-18-4 

Northall, J ...........................TB-27-8 

Northall, J .......................ThB-10-13 

Nourse, J ...........................MA-17-3 

Nowak, D ...........................ThB-4-5 

Nozaki, O .......................... WB-4-15 

Nuernberger, D .................WA-29-3 

O’Brien, W ........................MA-33-3 

Ocheretianyi, V .................. TC-14-4 

O’Connor, J.......................... TC-4-7 

Oda, T ................................FB-13-2 

Odenbach, S .....................MA-11-2 

O’Dowd, D ....................... MB-9-13 

O’Dowd, D .........................WA-9-5 

Oertling, J ......................... WB-33-6 

Oevermann, M ....................FA-4-22 

Ogaji, S ...............................TA-18-1 

Ogaji, S .................................TB-6-5 

Ogata, K .............................FB-32-3 

Ogbonnaya, E ..................... MB-5-2 

Oguntade, H .......................TA-10-9 

Oh, S ................................FC-10-10 

Oh, S .................................. MB-6-2 

Ohanian, S ......................... TC-18-3 

Ohlendorf, N ........................ TC-4-7 

Ohta, Y .............................WC-31-3 

Oishi, T .............................. TC-1-16 

Okada, I ................................TA-8-1 

Okada, M .......................... TC-15-3 

Okada, R ............................ TC-1-16 

Okane, M ........................ ThA-15-2 

Olausson, M .......................FC-29-6 

Olbricht, C ........................WC-4-14 

Oldfield, M .........................WA-9-5 

Oldfield, M ....................... MB-9-13 

Olivero, M .........................ThB-31-9 

Olivieri, T ............................TA-18-1 

Olmeda, P .........................WA-17-8 

O’Mahoney, T ................... MB-11-3 

148 


Onda, M .............................FB-15-5 

Oostveen, M .......................TA-17-4 

Ooyama, H .........................TB-23-2 

Ooyama, H .......................ThB-32-7 

Ore, S .................................FB-26-8 

Orme, G ...........................TA-18-10 

Orme, G .............................TB-18-2 

Orth, U ...............................FC-6-13 

Osborne, M ....................... TC-16-3 

Osnaghi, C ........................ThB-14-6 

Ottavy, X ...........................WC-23-6 

Outa, E .............................WC-31-3 

Ouyang, H ....................... ThC-30-1 

Ovcharenko, V ....................FC-4-20 

Owen, M .......................... MB-11-3 

Özgüven, H ....................... MB-23-1 

Özgüven, H .........................TB-21-2 

P V, R ..................................FC-26-2 

Pacciani, R ........................ WB-33-6 

Pacciani, R ........................ WB-29-5 

Pacciani, R ..................... ThA-27-16 

Pacciani, R ....................... ThC-12-2 

Pacheco, J .......................... ThA-7-1 

Pachidis, V .......................... MB-6-2 

Pachidis, V ............................TB-6-5 

Pachidis, V ............................TA-6-7 

Pachidis, V ..........................FA-19-2 

Pachidis, V ..........................FB-1-17 

Pachidis, V ........................MA-6-17 

Paci, M ...............................TA-18-1 

Packard, N ..........................TA-31-5 

Padova, C ...........................FA-19-2 

Padova, C ...........................FB-23-8 

Padova, C ...........................TA-23-4 

Paelinck, P ..........................ThB-8-8 

Paez, A .............................WA-17-8 

Paffrath, M ........................ TC-21-4 

Pagenkopf, U ......................WC-8-6 

Pai, S ................................ThB-21-3 

Paikert, Dr., B .................... WB-4-16 

Palies, P ..............................TA-4-12 

Palmer, C .......................... WB-16-5 

Panchasara, H .......................TA-3-7 

Panda, R ...............................FB-9-7 

Pandey, A............................WA-5-1 

Paniagua, D ........................FB-29-8 

Paniagua, D ........................TB-24-1 

Paniagua, D ..................... ThC-12-2 

Paniagua, D ................... ThC-27-15 

Paniagua, G ....................... TC-33-2 

Panning, L ...........................FC-23-3 

Panovsky, J ....................... ThA-24-3 

Pap, E .................................FB-34-3 

Papa, M ............................FA-10-12 

Papadopoulos, C ............... MB-17-2 

Papadopoulos, N .................. TC-6-9 

Paradiso, B ..........................FB-34-3 

Paradiso, B ..........................FC-27-9 

Paraschivoiu, M ...................TB-4-24 

Pardo, M .............................TB-19-1 

Park, J ............................... WB-10-3 

Park, K ................................TA-29-2 

Parulekar, P .........................FA-5-12 

Pascenti, M ....................... MB-17-1 

Paschereit, C ....................... MB-4-8 

Paschereit, C .....................WA-4-10 

Paschereit, C .................... ThC-5-13 

Paschereit, C ...................... ThA-4-1 

Paschereit, C .........................TB-5-7 

Paschereit, C .......................TB-4-24 

Paschereit, C .......................FC-4-18 

Paschereit, C .......................FB-34-3 

Paschereit, C .......................FA-4-22 

Paschereit, C .......................TB-4-26 

Pasquero, G ......................MA-15-4 

Patil, S ................................FA-13-3 

Pattabhiraman, S .............. MB-21-1 

Patterson, J .......................MA-16-2 

Paul, M ............................... MB-4-8 

Payette, R .........................WA-22-6 

Payne, R ............................WC-14-2 

Payri, F ..............................WA-17-8 

Pechlivanoglou, G. ..............FB-34-3 

Peck, J ............................... TC-5-14 

Peck, J ................................TB-17-7 

Pecnik, R .........................ThB-29-11 

Peigang, Y ..........................FA-9-10 

Peitsch, D ........................ MB-31-11 

Pelagalli, L .......................... ThA-3-1 

Pelz, P .................................TA-26-7 

Pelz, P ............................ ThA-26-12 

Peñalba, M ...................... ThA-1-10 

Peng, Z .............................WC-11-1 

Pengue, F ............................TB-29-4 

Pennacchi, P ...................... TC-22-9 

Pennacchi, P ..................... WB-22-3 

Pentz, A ............................ MB-21-1 

Pentz, A ............................. TC-21-4 

Peralta, A ........................... TC-21-4 

Peralta, A ............................TA-20-3 

Perdichizzi, A ....................MA-10-1 

Peretto, A ........................... MB-3-2 

Peretto, A .......................... TC-14-4 

Peretto, A .........................WC-14-2 

Perez Rodriguez, N ............. TC-4-25 

Persico, G ...........................FB-34-3 

Persico, G .......................... TC-33-2 

Pesatori, E ......................... WB-22-3 

Peschiulli, A ........................FA-4-31 

Peschiulli, A ........................ThB-4-2 

Pesiridis, A ..........................TB-17-5 

Petcu, R .............................. MB-3-2 

Peters, A .......................... ThC-30-1 

Petersen, E ..........................TB-4-26 

Petersen, E ....................... ThC-4-23 

Peterson, PhD, B ............... MB-15-6 

Peterson, PhD, B ................ TC-15-3 

Petrie-Repar, P.................. ThA-24-3 

Petrie-Repar, P.................. WA-24-2 

Petrov, E..............................FB-23-8 

Petrov, E............................ MB-23-1 

Petrov, E..............................TA-23-4 

Petrov, E..............................TB-23-2 

Petrova, M ............................FB-3-9 

Petrovic, M ...................... ThA-32-6 

Petry, N ............................. MB-33-4 

Petry, N .............................. TC-31-2 

Petukhovskiy, M ............. ThC-27-15 

Pfitzner, M ........................WA-11-5 

Pfitzner, M ........................ WB-4-15 

Pfoertner, H ....................... TC-5-14 

Phillips, S ............................TB-22-2 

Piana, C ..............................FB-4-17 

Piana, C ..............................WA-8-2 

Piazzesi, R ......................... WB-6-16 

Picavet, A ............................TB-24-1 

Pickering, S ....................... MB-1-12 

Piechna, J ............................TA-1-14 

Piggush, J .........................FC-10-10 

Pilidis, P ................................TB-6-5 

Pilidis, P ............................... TC-6-9 

Pilidis, P ............................MA-6-17 

Pilidis, P ..............................FA-19-2 

Pilidis, P ..............................TA-18-1 

Pilon, T .............................. TC-1-16 

Pinamonti, P ...................... TC-14-4 

Pinelli, M ........................... WB-18-5 

Pinelli, M .........................WC-18-13 

Ping, W .............................FB-27-12 

Pinilla, V ........................... ThC-12-2 

Pint, B ................................ TC-15-3 

Pint, B ...............................WA-17-6 

Piotr, L ............................. ThC-11-7 

Piraccini, f .......................... TC-23-5 

Pisani, G ...........................WC-6-15 

Pitz-Paal, R ..........................FC-6-13 

Plant, A ............................. MB-4-21 

Platt, J .................................WC-5-5 

Podboy, G .......................... TC-1-16 

Podboy, G ...........................ThB-1-6 

Poddar, K ..........................WA-24-2 

Poehler, T ......................... TC-27-11 

Poitras, P .............................WC-1-3 

Poitras, P ............................ ThC-4-3 

Polanka, M .......................MA-33-3 

Polanka, M .........................FA-13-3 

Polanka, M .........................FB-4-17 

Polifke, W .........................MA-4-11 

Polley, N ........................... ThC-4-23 

Polyzakis, A ........................ TC-14-4 

Polyzakis, A .......................ThB-14-6 

Poncet, S ............................TB-29-4 

Ponticelli, S ........................ TC-22-9 

Ponza, R ...........................MA-32-4 

Popescu, J ........................... MB-3-2 

Popovic, I .......................... MB-11-3 

Popovic, P ...........................FC-4-20 

Porcayo-Calderon, J .......... WB-20-1 

Porreca, L ..........................WC-31-3 

Porreca, L ............................TA-27-6 

Portillo, E ............................ MB-4-8 

Post, J ............................... MB-10-2 

Potgieter, D .......................MA-17-3 

Pountney, O ...................... MB-11-3 

Pourfarzaneh, H ..................MA-1-9 

Pourkashanian, M ...............TA-10-9 

Pourquie, M ......................WC-4-14 

Povey, T ..............................FA-13-3 

Povey, T ............................. TC-33-2 

Povey, T ............................ MB-27-2 

Povey, T ............................ MB-9-13 

Povinelli, L ...........................TA-1-14 

Power, B .............................TA-27-6 

Pozdnyakov, A ............... ThC-27-15 

Prade, B ..............................FA-4-22 

Prahst, P .......................... ThC-26-3 

Praisner, T ......................... MB-27-2 

Praisner, T ......................... MB-33-4 

Praisner, T ...........................TB-27-8 

Praisner, T ........................ TC-27-11 

Praisner, T ......................... WB-33-6 

Prajapati, A ....................... MB-27-2 

Prasad, B ...........................MA-10-1 

Prasad, B ...............................FB-9-7 

Prevey, P .......................... ThC-32-5 

Privat, R ............................. ThA-3-1 

Prociw, A ............................ WB-2-2 

Prosser, W .......................... TC-18-3 

Provenza, A ........................FB-23-8 

Provenza, A ........................FC-23-3 

Psarra, A .............................FA-19-2 

Psarra, A ...........................MA-6-17 

Pucher, G ........................... ThC-4-3 

Puduppakkam, K ................MA-4-6 

Pugachev, A ........................TB-22-2 

Pugachev, A ......................WC-22-7 

Pullan, G .........................ThB-10-13 

Pullan, G .............................TB-27-8 

Putchkov, I ...................... WB-23-10 

Puterbaugh, S ...................MA-27-3 

Pychynski, T ......................WC-11-1 

Pyliouras, S .........................FB-28-1 

Qi, D .................................. TC-31-2 

Qi, D ................................ ThC-30-1 

Qi, M ..................................TB-17-5 

Qi, M ................................WC-11-1 

QI, S .................................FC-22-12 

Qi, X .............................. ThC-22-10 

Qiang, H ...............................FA-9-2 

Qiu, X ...............................WA-31-6 

Quay, B ...............................WC-4-9 

Quay, B ...............................FC-4-18 

Quay, B ................................ TC-4-7 

Quedenfeld, H ....................WA-8-2 

Qureshi, I ............................FA-13-3 

Qureshi, I .......................... MB-9-13 

Qureshi, I ........................... TC-33-2 

R. Nascimento, M ............. WB-17-9 

Rabhiou, A ....................... ThC-5-13 

Raciti Castelli, M .................FB-34-3 

Racz, Z ................................ WB-2-2 

Radespiel, P ...................... MB-26-5 

Radespiel, R ...................... MB-26-5 

Rahimi, M .........................FA-15-10 

Rahman, M ........................ TC-33-2 

Rahmati, M .......................WA-24-2 

Rajendran, V .....................TB-10-11 

Rajoo, S .......................... MB-31-11 

Rallabandi, A ......................TA-10-9 

Rallabandi, A ..................... ThC-9-8 

Ramachandran, D .............FA-10-12 

Ramachandran, D ...............FC-27-9 

Ramakrishnan, K .................TB-24-1 

Ramakumar, B.......................FC-9-3 

Ramamurthy, R ...............WC-29-10 

Ramanath, V ...................... TC-21-4 

Ramerth, D ...................... ThC-11-7 

Ranalli, J .............................. TC-4-7 

Ranero, J ........................... WB-16-5 

Ranft, K ............................WA-34-5 

Ransom, D ..................... ThC-34-10 

Ransom, D ..........................WC-5-5 

Ransom, D ....................... ThC-14-5 

Ransom, D ..........................ThB-4-5 

Ransom, D ..........................TB-22-2 

Ransom, D ........................ MB-17-2 

Ransom, D ........................WA-34-5 

Ranzi, E ...............................TB-4-24 

Rao, Y ...................................FA-9-2 

Rasooli, N ...........................MA-4-6 

Rasoulipour, S .....................FB-6-14 

Ratto, L ............................. MB-27-2 

Rausch, A ...........................WC-5-5 

Ravelli, S .............................FB-10-4 

Ravelli, S ...........................MA-10-1 

Ravindranath, R ............... ThC-32-5 

Ray, P ..................................FC-29-6 

Razmara, N .........................FA-6-12 

Reagle, C ........................... TC-9-14 

Reale, F ............................. WB-6-16 

Reba, R ...............................ThB-1-6 

Rebizzo, a ......................... WB-20-1 

Rebosio, F .........................WC-4-14 

Reddy, U ........................... WB-4-16 

Reed, P .............................MA-20-4 

Rehman, A ..........................FB-23-8 

Reimer, S.............................ThB-4-2 

Reini, M ............................. TC-14-4 

Reissner, A ..........................TA-17-4 

Ren, J ....................................FC-9-3 

Ren, J ................................MA-10-1 

Ren, Y .................................TB-19-1 

Retze, U .......................... WB-23-10 

Reynolds, S ....................... MB-33-4 

Rhee, D ............................. WB-10-3 

Rhee, D ...............................FB-10-4 

Rhoden, W .......................WA-34-5 

Rhoden, W .........................WA-5-1 

Riahi, A ............................. MB-10-2 

Rials, R ............................. ThC-30-1 

Ribi, B ...............................MA-29-1 

Ribi, B ................................ TC-31-2 

Riccio, G ........................... WB-4-15 

Richards, S ..........................TB-24-1 

Richecoeur, F........................ TC-4-7 

Rick, W .............................WC-14-2 

Ricklick, M ..........................FC-6-13 

Ricklick, M ..........................ThB-9-6 

Rickmers, P ...................... ThC-4-23 

Ries, H ................................ WB-2-2 

Rignanese, M .................... MB-17-1 

Rinaldi, C ............................FB-15-5 

Rinaldi, C ..........................MA-15-4 

Rispoli, F .............................TA-33-1 

Rivera, O .............................WC-1-3 

Rivir, R.................................WA-1-1 

Rizkalla, H ......................... MB-4-21 

Röber, T ............................MA-33-3 

Robinson, A ........................TB-17-7 

Robinson, A ...................... MB-1-12 

Robinson, C ......................MA-31-4 

Robinson, C ......................WA-31-6 

Roche, T ............................ TC-16-3 

Rodgers, C ...................... WB-17-10 

Rodgers, C ....................... ThA-31-8 

Rodgers, R ......................... TC-16-3 

Roehle, I .......................... ThC-5-13 

Roehle, I .............................WC-5-5 

Roemer, M ........................ WB-16-5 

Rojo, I .................................FA-19-2 

Romagnoli, A ....................WA-17-8 

Romano, M .......................WA-6-10 

Romano, M .......................WC-6-15 

Romanov, V ......................ThB-14-6 

Romuald, R .........................TB-24-1 

Romuald, R ...................... ThC-11-7 

Romuald, R .................... ThC-22-10 

Romuald, R ...................... ThC-32-5 

Rongong, J .........................FB-23-8 

Roquemore, W .................. ThC-4-3 

Rosa Taddei, S .................WC-29-10 

Rosado-Tamariz, E .............. TC-4-25 

Rose, M ............................ThB-27-7 

Rose, M ............................WA-27-4 

Rose, M ............................ WB-27-5 

Rosentsvit, L ........................FC-4-20 

Rosic, B ...............................FB-28-1 

Ross, M .............................TB-26-10 

Ross, M .......................... ThA-26-12 

Rossi, M ..............................TA-18-1 

Rossi, V .............................. TC-22-9 

Rotavera, B ...................... ThC-4-23 

Roth, D ............................. MB-4-21 

Roumeliotis, I ........................TB-6-5 

Roumeliotis, I ...................... MB-6-2 

Roumeliotis, I ...................... MB-5-2 

Roy, B ............................... MB-27-2 

Roy, B .............................WA-26-11 

Roy, B .................................FC-27-9 

Roy, R ................................ TC-33-2 

Rube, C ..............................TA-33-1 

Rubechini, F ..................... ThC-12-2 

Rubechini, F ...................... WB-29-5 

Rudebeck, F ........................FC-29-6 

Rudloff, L ..........................MA-22-1 

Rudrapatna, N ................... TC-15-3 

Rueda, A ...............................TB-1-5 

Ruedel, U ............................FA-13-3 

Ruedel, U ............................FB-13-2 

Rugescu, R ..........................FC-6-13 

Ruggiero, E .........................TB-11-6 

Rulik, S ............................ ThC-30-1 

Rupp, J ............................... MB-4-8 

Russo, A .............................TA-18-1 

Rutledge, J ..........................FB-10-4 

Rye, L .................................TB-4-24 

Ryu, C ................................FA-6-12 

Ryu, H ..................................TA-6-7 

Ryu, K ...............................MA-22-1 

Ryu, K .................................TB-17-7 

Ryu, K .................................WA-1-1 

Ryu, K ...............................WA-22-6 

S, A ..................................MA-31-4 

Saathoff, H ....................... MB-26-5 

Saathoff, P ........................ MB-26-5 

Sabatino, D .....................ThB-29-11 

Sabnis, J ........................... ThC-1-15 

Sacchi, M .......................... MB-10-2 

Sadanandan, R ....................FC-4-18 

Sadanandan, R .................. MB-4-21 

Saddoughi, S .................... MB-26-5 

Saddoughi, S ....................ThB-33-7 

Sadig, S ..............................WC-4-9 

Sadiki, A ............................ ThA-4-4 

Safarik, P ............................FB-32-3 

Safarik, P ............................TA-26-7 

Saha, A ............................... MB-4-8 

Saha, K .............................. TC-33-2 

Sahinkaya, N .....................WC-23-6 

Sahinkaya, N .......................FB-22-5 

Sahota, R .......................... MB-21-1 

Sakaguchi, D .....................WC-31-3 

Sakai, E ...............................FB-10-4 

Sakai, E ............................ ThC-5-13 

Sakamoto, K ....................... WB-3-5 

Sakurai, S .......................... WB-32-2 

Saladino, A ........................ TC-18-3 

Salameh, T ......................... ThA-9-1 

Sall, A ...............................WC-23-6 

Salles, L ...............................TB-23-2 

Salomon, M ........................FA-3-10 

Salomon, M ..........................FA-7-2 

Salomon, M ....................... ThA-7-1 

Salomon, M ....................WC-34-11 

Salphine, K .........................TA-16-6 

Salvadori, S ........................ TC-33-2 

Salvadori, S .........................WA-9-5 

Salvini, C ...............................TA-3-7 

Samimy, M ......................... TC-1-16 

Samuelsen, S ......................TA-4-27 

Samuelsen, S ................... ThC-4-23 

San Andrés, L ....................WA-22-6 

San Andrés, L ....................MA-22-1 

San Andrés, L ....................MA-22-1 

San Andrés, L ....................WA-22-6 

Sanders, D ........................MA-33-3 

Sanderson, V ......................FC-4-18 

Sangl, J ...............................FC-4-20 

Sankar, L ........................... WB-34-9 

Sankar, L ...........................ThB-34-1 

Santavicca, D ......................WC-4-9 

Santavicca, D ......................FC-4-18 

Santavicca, D ....................... TC-4-7 

Santella, M .......................WA-17-6 

Santner, C ...........................FC-27-9 

Santos, I ..............................FB-22-5 

Sanz, W ..............................FC-29-6 

Sanz, W ..........................ThB-29-11 

Sanz, W ............................WA-6-10 

Sanz, W ............................WC-6-15 

Sara, O ...............................FA-4-31 

Sasaki, T ........................... WB-32-2 

Sasao, Y ............................ThB-32-7 

Sato, K .............................. WB-4-16 

Sato, S ................................TB-17-7 

Satsuki, H .........................ThB-32-7 

Satta, A ........................... ThA-34-4 

Satta, A ............................ MB-27-2 

Satta, F .............................FA-27-10 

Sattelmayer, T .....................FB-4-19 

Sattelmayer, T .....................FC-4-20 

Sattelmayer, T ...................WA-4-10 

Sauer, H ..............................TB-27-8 

Savage, C ......................... WB-16-5 

Savini, M ............................ TC-33-2 

Sawicki, J ............................TB-19-1 

Sayma, A ........................... TC-26-6 

Sayma, A .......................... WB-4-15 

Scanlon, T ......................... MB-11-3 

Scanlon, T .......................... TC-11-4 

Scarborough, D .................. ThA-4-1 

Schaber, R ...........................FA-19-2 

Schabowski, Z .....................TA-27-6 

Schadow, K ........................ TC-5-14 

Schatz, M ...........................FC-27-9 

Schatz, M .......................... TC-23-5 

Schauer, F .........................WC-4-28 

Scheffknecht, G ................. ThA-6-1 

Scheianu, D ....................... TC-18-4 

Scheider, O ........................ TC-11-4 

Scheu, K .......................... ThC-4-23 

Scheugenpflug, H .............. TC-16-3 

Schiffer, H .........................TB-26-10 

Schiffer, H ........................ ThA-29-7 

Schillig, C ..........................ThB-6-11 

Schimek, S ........................WA-4-10 

Schinko, N ........................ThB-27-7 

Schipani, C .......................FA-27-10 

Schleer, M .........................WC-31-3 

Schlein, B .......................... WB-4-16 

Schlinker, R .........................ThB-1-6 

Schmid, G ...........................TA-33-1 

Schmidt, J ...........................FB-4-17 

Schmidt, J ...........................WC-4-9 

Schmidt, K ..........................FA-19-2 

Schmidt, R ..........................TB-27-8 

Schmidt, U ........................MA-26-1 

Schmitz, G ..........................FA-4-31 

Schmitz, J .........................MA-27-3 

Schneider, C......................WA-27-4 

Schnell, R ............................FC-26-2 

Schnieder, M .......................WA-9-5 

Schobeiri, M ..................... MB-27-2 

Schoene, S ....................... ThC-32-5 

Schoenenborn, H .............. MB-23-1 

Schoenenborn, H ............ WB-23-10 

Schrapp, H ..........................TB-21-2 

Schrödinger, C ....................FA-4-22 

Schroeder, G .......................TA-33-1 

Schroeder, W ....................MA-4-11 

Schroeder, W ....................WC-10-7 

Schroll, M .......................... ThC-9-8 

Schuelein, R ........................FB-32-3 

Schueren, S .........................ThB-9-6 

Schuermans, D ....................FC-4-18 

Schüler, M.......................... ThC-9-8 

Schuler, P .......................... WB-27-5 

Schuller, T ...........................TA-4-12 

Schuller, T ...........................TB-4-26 

Schuller, T ............................ TC-4-7 

Schulz, A ..........................MA-9-15 

Schulz, A ............................TB-9-11 

Schulz, A .......................... WB-10-3 

Schütz, H ............................FA-4-31 

Schwarze, M .....................MA-27-3 

Schwingshackl, C ................FB-23-8 

Scialanga, M ...................... ThA-9-4 

Scott-Emuakpor, O ..............TA-20-3 

Scotti del Greco, A ..............FB-23-8 

Sedalor, T ............................FA-13-3 

Segura, D ..............................FC-9-3 

Sehgal, D ....................... ThC-22-10 

Seiler, M.......................... MB-31-11 

Seite, O ............................. MB-17-1 

Seitzman, J ........................ ThA-4-1 

Sekar, B............................... MB-3-2 

Sekar, B.............................. TC-4-25 

Sekar, B...............................ThB-4-2 

Sekar, B...............................WC-4-9 

Sekhar, A ........................... TC-22-9 

Sell, M ............................... TC-32-1 

Sell, M ............................. ThC-32-5 

Selmeier, R ..........................TA-33-1 

Selvig, A ............................ TC-15-3 

Semenova, I ...................... WB-20-1 

Senoo, S .............................FB-32-3 

Senoo, Y ...........................WC-31-3 

Serinyel, Z ...........................TB-4-26 

Serrano, J ..........................WA-17-8 

Serrino, D .......................... TC-18-3 

Sethi, V ...............................FB-1-17 

Seume, J ........................... MB-26-5 

Seume, J .............................TB-27-8 

Seume, J ............................ TC-31-2 

Seume, J ...........................WA-17-8 

Sevcenco, Y ....................... TC-4-25 

Shaalan, M .........................FC-4-20 

Shafer, D ...........................WC-4-28 

Shakariyants, S ....................TA-17-4 

Shangguan, B .................. ThA-23-7 

Shankaran, S .....................MA-29-1 

Sharma, D .........................WA-24-2 

Sharma, O ......................WC-27-14 

Sharma, S ...........................FA-23-9 

Shaw, J .............................MA-16-2 

Shcherbik, D .....................WA-4-10 

Sheard, G .......................... TC-5-14 

Sheard, G ...........................ThB-5-6 

Sheard, G ........................ ThC-5-13 

Sheard, G ...........................WC-5-5 

Shedd, T ...........................WA-4-13 

Shejale, G .......................... TC-15-3 

Sheldon, J ...........................WA-5-1 

Shelil, N ..............................FB-4-19 

Shelil, N ............................. ThC-4-3 

Shelton, W ..........................WA-8-2 

Shen, F .............................WC-31-3 

Shen, I ........................... ThC-22-10 

Shen, M ..............................TA-20-3 

Sheng, N ........................... MB-11-3 

Sheoran, Y ........................ThB-33-7 

Sherbaum, V .......................FC-4-20 

Sherif, S ..............................FA-6-12 

Shevtsov, A .......................ThB-14-6 

Shi, J ................................... WB-2-2 

Shi, K ................................TB-26-10 

Shi, L ................................WC-11-1 

Shi, X ..................................TB-17-5 

Shi, Y ............................... TC-27-11 

Shibashita, N .......................FB-32-3 

Shibata, T .............................TA-6-7 

Shibata, T .......................... TC-31-2 

Shibata, T .........................ThB-31-9 

Shibukawa, N .....................FB-32-3 

Shibukawa, N ...................MA-32-4 

Shieh, C ..............................TB-24-1 

Shields, J ...........................MA-32-4 

Shields, J .............................TA-16-6 

Shifler, D ...........................MA-16-2 

Shih, H ..............................MA-17-3 

Shih, T ............................... ThA-9-1 

Shimodaira, K ................... WB-4-16 

Shinde, S ..........................ThB-6-11 

Shipper, J ..........................ThB-6-11 

Shiraiwa, H ...................... ThA-32-6 

Sholomskas, M .................. ThA-7-1 

Shuguo, L ...................... ThC-22-10 

Shui, L ..................................FA-9-2 

Shui, L ............................... ThA-9-1 

Shultz, T ............................ ThA-7-1 

Shyam, V .......................... MB-9-13 

Siddappaji, K .......................TA-29-2 

Sieverding, F .....................ThB-32-7 

Siewert, C ......................... MB-23-1 

Sigali, S ...............................TA-4-27 

Sigali, S ............................. WB-4-15 

Sigfrid, I ..............................WC-4-9 

Silingardi, A ........................ WB-8-4 

Silivestru, V ......................... MB-3-2 

Siller, U .............................MA-26-1 

Silva, M .............................. ThA-2-1 

Simin, N ............................ WB-4-16 

Simmons, H ....................... TC-18-4 

Simmons, H ........................ThB-4-5 

Simmons, H ................... ThC-18-12 

Simmons, H ...................... WB-34-9 

Simmons, H ......................WC-24-4 

Simmons, H ...................... MB-21-1 

Simmons, K ...................... MB-1-12 

Simon, D ............................. MB-5-2 

Simon, D .............................ThB-5-6 

Simon, D .............................WA-5-1 

Simon, D ............................. WB-5-4 

Simon, T ...........................FA-10-12 

Simonetti, F ....................... ThA-9-4 

Simoni, D .......................... MB-10-2 

Simonich, J .........................ThB-1-6 

Simurda, D ..........................FB-32-3 

Simurda, D ..........................TA-26-7 

Singh, R ..............................FB-1-17 

Singh, R ............................MA-35-1 

Singh, R ............................MA-6-17 

Singh, R ..............................TA-1-14 

Singh, R ................................TA-6-7 

Singh, R ................................TB-6-5 

Sinha, A ..............................FA-5-12 

Sinha, A ............................ MB-23-1 

Sinha, N ..............................ThB-1-6 

Sipöcz, N ........................... ThA-6-1 

Sirakov, B ............................FB-33-5 

Sirbaugh, J ..........................WA-1-1 

Sivagnanasundaram, S ....... TA-31-5 

Sivalingam, S ..................... ThA-6-1 

Sivashanmugam, V .............FA-29-9 

Siw, S ................................. ThA-2-1 


Siw, S ................................. ThA-9-1 

Siyong, L ...........................FB-27-12 

Sjolander, S ....................... MB-27-2 

Sjolander, S .........................TB-27-8 

Sjolander, S ...................... TC-27-11 

Skinner, S ......................... ThC-5-13 

Skyttebol, A ......................FA-27-10 

Slaughter, W ...................... ThA-2-1 

Slavinskaya, N .....................MA-4-6 

Slavinskaya, N ..................... MB-3-2 

Slepski, J ...........................ThB-32-7 

Slottner, P ...........................FB-15-5 

Smith, A ........................... MB-9-13 

Smith, C .............................FB-33-5 

Smith, C ...........................WC-13-1 

Smith, J ...............................TA-15-1 

Smith, J .............................. ThA-2-1 

Smith, K ................................TB-3-4 

Snedden, G ...................... TC-27-11 

Snyder, T .............................TA-4-30 

Snyder, T .............................ThB-4-2 

Soechting, F ........................WA-9-5 

Soechting, F ...................... WB-10-3 

Soemarwoto, B .................WC-11-1 

Sohn, J ..............................WC-6-15 

Sohn, J ..............................WA-6-10 

Solano, J .......................... ThC-12-2 

Son, C ..............................WC-11-1 

Sondergaard, R .................MA-33-3 

Song, D ..............................WA-1-1 

Song, J ..............................WC-26-4 

Song, L .............................MA-32-4 

Song, L .............................. ThA-9-4 

Song, p ...............................TB-19-1 

Song, S ...............................ThB-8-8 

Song, S ...............................FB-33-5 

Song, S ...............................TA-26-7 

Sorce, A ............................ MB-17-1 

Sörman, N ..........................FC-29-6 

Soteriou, M ........................ ThA-4-4 

Soteriou, M .......................WA-4-13 

Sousek, J ...........................WA-11-5 

Sowa, w ............................ ThC-4-3 

Spakovszky, Z ......................TB-17-7 

Spakovszky, Z ..................... TC-32-1 

Spakovszky, Z ................... ThC-30-1 

Spallina, V .........................WC-6-15 

Spel, M .............................FC-10-10 

Spence, S ........................ MB-31-11 

Spence, S ............................TA-31-5 

Spencer, A ..........................FA-4-22 

Spencer, A .......................... MB-4-8 

Spina, P ............................. TC-14-4 

Spina, P ............................ WB-18-5 

Spina, P ..........................WC-18-13 

Spinelli, A .........................ThB-14-6 

Spliethoff, H ...................... ThA-6-1 

Sporer, D .............................FB-32-3 

Spyropoulos, J .....................ThB-1-6 

Spyropoulos, J .................... TC-1-16 

Squires, K .......................... TC-33-2 

Sreedharan, S .....................TA-9-12 

Sreenivas, K ......................WA-29-3 

Srinivasan, B .....................FA-10-12 

Srinivasan, B .......................FC-27-9 

Srinivasan, R .......................FA-13-3 

Srinivasan, S ..........................TA-3-7 

Srinivasan, S ...................... WB-4-15 

Srinivasan, S ........................WC-4-9 

Srinivasan, V .....................FA-10-12 

Srivastava, R ..................... ThA-24-3 

Stähl, J ............................. ThA-15-2 

Stamatis, A ........................ ThA-7-1 

Stanciu, V ........................... MB-3-2 

Stark, U ............................WC-26-4 

Starzmann, J .....................ThB-32-7 

Staudacher, S ......................FA-19-2 

Staudacher, S ....................ThB-21-3 

Staudacher, S ....................ThB-27-7 

Staudacher, S ....................WA-27-4 

Staudacher, S ...................... WB-5-4 

Steele, R ...............................TB-3-4 

Steele, R ............................. WB-3-5 

Steger, M .......................... MB-26-5 

Steimes, J ........................WC-18-13 

Stein, A .............................ThB-32-7 

Stein, A .............................MA-29-1 

Steinberg, A ........................ MB-4-8 

Steinberg, A ........................TA-4-27 

Steinthorsson, E ..................FB-28-1 

Stek, D ............................... TC-15-3 

Stephan, B ..................... ThC-27-15 

Stephan, B ..........................WA-9-5 

Stephens, S .......................WC-22-7 

Stepien, R .........................MA-32-4 

Stevens, J ............................FB-1-17 

Stevens, J ............................ MB-6-2 

Stewart, C ........................MA-20-4 

Stiharu, I ............................ TC-5-14 

Stöhr, M..............................ThB-1-6 

Stöhr, M..............................FA-4-31 

Stöhr, M..............................TA-4-27 

Stokes, M ...........................TA-27-6 

Storozhev, D .......................TB-19-1 

Straka, P .......................... TC-27-11 

Strakey, P ............................. TC-4-7 

Streb, H ............................ WB-4-16 

Strehlau, U ......................... TC-23-5 

Strupczewski, K ................. ThA-7-1 

Stueer, H ........................... MB-23-1 

Stueer, H ............................ TC-23-5 

Stuttaford, P .......................FC-4-20 

Stuttaford, P .....................MA-4-11 

Stuttaford, P ..................... MB-4-21 

Stuttaford, P .......................TA-4-27 

Su, M ................................ThB-6-11 

Subramanian, M .................TA-29-2 

Suder, K ........................... ThC-26-3 

Suder, K ..........................WA-26-11 

Sugimoto, T ....................... TC-33-2 

Sugimoto, T ....................ThB-10-13 

Sugimura, K ....................... TC-31-2 

Suhrmann, J .................... MB-31-11 

Sullivan, S ....................... WB-17-10 

Sultanian, B ....................ThB-10-13 

Summerside, I .................. ThA-15-2 

Sun, H .............................. WB-20-1 

Sun, J ..................................FC-23-3 

Sun, J ..................................TB-19-1 

Sun, J ............................... ThA-29-7 

Sun, L ...............................WC-14-2 

Sun, L ............................... WB-22-3 

Sun, P .................................TA-33-1 

Sun, X .................................TB-24-1 

Sun, Z ................................ TC-11-4 

Sun, Z ................................ TC-14-4 

Sunden, B .......................... ThA-9-1 

Sunden, B ...........................WA-9-5 

Suzuki, M ...........................TB-29-4 

Sverdlov, E ..........................WC-4-9 

Swain, E ............................MA-26-1 

Swaminathan, S ................MA-20-4 

Swaminathan, S ................ MB-21-1 

Swanson, B ........................ TC-4-25 

Swart, R ................................TA-8-1 

Swiatek, C ..........................TB-29-4 

Swoboda, M .....................FA-27-10 

Swoboda, M ..................... MB-26-5 

Syed, a ................................ MB-4-8 

Syed, K .............................WC-4-14 

Symonds, R .........................FC-4-20 

Symonds, R ........................ ThC-4-3 

Synac, J ...............................FB-32-3 

Syred, N ............................. ThC-4-3 

Syred, N ..............................FB-4-19 

Szwedowicz, J ................. WB-23-10 

Tacina, K ............................ ThC-4-3 

Tacina, K ............................ TC-4-25 

Taddei, S ...........................WC-13-1 

Tafti, D ..............................WC-13-1 

Tafti, D ................................FA-13-3 

Tafti, D ................................TA-9-12 

Tafti, D ............................... ThC-9-8 

Tageman, K ....................... WB-27-5 

Tahmasebi, E .......................TB-18-2 

Tajmar, M ............................TA-17-4 

Takahashi, H .......................WC-4-9 

Takahashi, T ........................FB-10-4 

Takahashi, T ..................... ThC-5-13 

Takahashi, T ........................ WB-8-4 

Takeishi, K .......................ThB-10-13 

Talanker, A ..........................FC-4-20 

Tamagawa, Y ....................ThB-31-9 

Tamaki, H ............................TA-31-5 

Tamaki, H ......................... ThA-31-8 

Tamburrano, P ................ WB-17-10 

Tamizifar, M ................... ThC-22-10 

Tan, C .................................FB-33-5 

Tan, D .................................MA-5-3 

Tan, J ................................. TC-31-2 

Tanaka, K .......................... WB-4-16 

Tanaka, M .......................... TC-31-2 

Tanaka, M .........................ThB-31-9 

Tanaka, R ........................... TC-33-2 

Tanaka, R ........................ThB-10-13 

Tanaka, S ............................TB-17-7 

Tang, H ............................ ThC-30-1 

Tang, K .................................FA-1-8 

Tang, L ................................WA-5-1 

Tangermann, E .................. WB-4-15 

Tannenbaum, J .................... WB-2-2 

Tantot, N .............................FB-1-17 

Tanuma, T ...........................FB-32-3 

Tanuma, T .........................ThB-32-7 

Tao, S ................................. ThA-2-1 

Tapia, L .............................FA-10-12 

Tarar, W ..............................TA-20-3 

Tarasov, D ......................... WB-4-16 

Tarchi, L ..............................FB-13-2 

Tarchi, L ............................ MB-10-2 

Tarchi, L ............................TB-10-11 

Tarchi, L ............................. ThA-9-4 

Taremi, F .......................... TC-27-11 

Taslim, M ........................... ThA-9-4 

Tavoularis, S ........................FB-33-5 

Tawancy, H..........................TA-15-1 

Tay Wo Chong, L ............. MA-4-11 

Taylor, M .......................... ThC-1-15 

Taylor, R ............................WC-10-7 

Tecza, J ............................ ThC-32-5 

Teixeira, J ..........................TB-26-10 

Tekumulla, R ...................... TC-14-4 

Templalexis, I .........................TB-6-5 

Templalexis, I ........................ TC-6-9 

Teraji, D ..............................ThB-3-8 

Teramoto, H ..................... ThA-15-2 

Terzis, A ............................... TC-6-9 

Thanapal, S .........................ThB-3-8 

Theophilus-Johnson, K ........ MB-5-2 

Therkelsen, P ...................... MB-4-8 

Therkelsen, P ........................TB-3-4 

ThÈvenin, D ........................FB-34-3 

Thiele, P ............................ MB-26-5 

Thiemann, T ...................... WB-32-2 

Thilges, C ..........................WA-31-6 

Thole, K ............................ MB-10-2 

Thole, K ..............................TB-9-11 

Thole, K ............................. ThA-9-1 

Thomas, J ...........................TA-29-2 

Thomas, J ...................... ThA-26-12 

Thomas, L ...........................FB-4-17 

Thomson, a ....................... WB-29-5 

Thorat, M ...........................TB-22-2 

Thornhill, D ..................... MB-31-11 

Thorp, S ........................... ThC-26-3 

Thouverez, F ................... WB-23-10 

Thouverez, F .....................WC-23-6 

Thouverez, F ...................... TC-23-5 

Thouverez, F .......................TB-23-2 

Thrift, A ............................ MB-10-2 

Tian, J .............................. ThC-30-1 

Tibbott, I .............................WA-9-5 

Tinko, M ............................ ThC-4-3 

Tittel, M ............................ MB-1-12 

Tiwari, P ...........................MA-29-1 

Tiwari, P ............................ ThA-3-1 

Toffolo, A ............................TA-4-27 

Tola, V ................................FC-6-13 

Tolpadi, A ...........................FA-9-10 

Tolpadi, A ...........................FB-13-2 

Tolpadi, A .............................FC-9-3 

Tomasz, D ...........................ThB-4-5 

Tomaszewski, M ................MA-17-3 

Tomita, J .............................. TC-6-9 

Tomita, J ...............................TA-6-7 

Tomita, Y ............................FB-15-5 

Tomm, U ......................... MB-31-11 

Tong, M ..............................FB-1-17 

Tongchitpakdee, C ............ThB-34-1 

Toni, L ............................... MB-10-2 

Torbidoni, L .......................MA-6-17 

Torres, J ............................WC-22-7 

Torsello, G .......................WC-18-13 

Torvik, P ............................. TC-23-5 

Tourlidakis, A ....................ThB-14-6 

Tran, L...............................WC-14-2 

Tran, N ..............................MA-10-1 

Tranter, P .......................... MB-21-1 

Trasino, F ..........................WC-6-15 

Traverso, A ........................... TC-6-9 

Traverso, A ........................ WB-6-16 

Traverso, S ........................TB-10-11 

Traverso, S .......................... WB-8-4 

Traversone, L ..................... WB-20-1 

Trépanier, J ....................... ThA-29-7 

Tsai, A ............................... WB-6-16 

Tsay, D ..............................WA-34-5 

Tsubouchi, K .................... ThA-32-6 

Tsujita, H .............................TB-27-8 

Tsukagoshi, K ........................TA-8-1 

Tsukagoshi, K .................... WB-4-16 

Tsung, F ............................MA-33-3 

Tsung, F ..............................TB-29-4 

Tu, B ...................................FA-33-8 

Tuccillo, R.......................... WB-6-16 

Tucker, D ........................... WB-6-16 

Tucker, P .............................FC-29-6 

Tucker, P .............................TB-29-4 

Turner, A .............................TA-23-4 

Turner, B .............................FA-4-22 

Turner, J ............................. TC-11-4 

Turner, K .............................FB-23-8 

Turner, K .......................... ThA-23-7 

Turner, M ............................FA-19-2 

Turner, M ............................TA-29-2 

Turner, M ........................WC-29-10 

Turrini, F..............................FA-4-31 

Turso, J ............................. WB-16-5 

Turunen-Saaresti, T ...........MA-31-4 

Tuthill, R..............................WC-8-6 

Tuthill, R............................MA-35-1 

Tweten, D .......................... TC-18-4 

Tyacke, J .............................FC-29-6 

Tzagarakis, I ......................MA-6-17 

Ubaldi, M ..........................FA-27-10 

Ubaldi, M .......................... MB-10-2 

Uchida, S ............................FB-28-1 

Uchida, S ..........................ThB-27-7 

Ueki, H .............................WC-31-3 

Uffrecht, W .......................MA-11-2 

Uffrecht, W .........................TA-33-1 

Uhl, C .................................FB-15-5 

Underbakke, H ..................ThB-18-8 

Untaroiu, A .......................WC-23-6 

Untaroiu, C .......................WC-23-6 

Usandizaga, I .................... MB-9-13 

Usune, Y .............................FB-15-5 

Utamura, M ....................... ThA-6-1 

Utamura, M ......................WA-6-10 

Utriainen, E .......................TB-10-11 

Uzawa, S ........................... TC-1-16 

Vadvadgi, A ....................... TC-11-4 

Vagni, S ............................. ThA-3-1 

Vahdati, M ..........................FA-33-8 

Vaisman, B ........................WA-11-5 

Valdes, R .............................FA-4-22 

Valeev, M ....................... ThC-27-15 

van Buijtenen, J .....................FA-1-8 

van Buijtenen, P ................WC-4-14 

van Buijtenen, P ....................FA-1-8 

van Buijtenen, P ................ThB-31-9 

van Dam, C .......................ThB-34-1 

van Dam, C ....................... WB-34-9 

Van de Wyer, N .............. ThA-26-12 

Van dem Braembussche, R . TC-31-2 

van der Linden, S ..................TA-8-1 

van Esch, H .......................FA-15-10 

Van Graefschepe, M ...........TA-18-1 

van Roode, M ..................... WB-2-2 

Van Slooten, P ................. ThA-31-8 

Van Slooten, P ................. ThC-30-1 

Van Treuren, K .................. WB-34-9 

Van Treuren, K ....................ThB-9-6 

Van Treuren, K ................. ThA-34-4 

Van Treuren, K ....................TA-1-14 

Van Zante, D .................... ThC-1-15 

Van Zante, D ...................... TC-26-6 

Vanderhaegen, E .................TB-4-24 

Vandsburger, U ................... MB-3-2 

Vania, A ............................. TC-22-9 

Vania, A ............................ WB-22-3 

Vannini, G ...........................TB-22-2 

Vannini, G ........................ ThA-18-6 

Vannini, G ......................... WB-22-3 

Vannini, G .......................WC-18-13 

Vashistha, V ........................FC-27-9 

Vassiliev, V ..........................FC-27-9 

Vazquez, R ........................MA-27-3 

Vazquez, R ..................... ThA-27-16 

Vazquez, R ......................WC-27-14 

Vedeshkin, G ......................WC-4-9 

Veer, D ................................FB-6-14 

Veer, D ............................... ThA-8-3 

Venkataramanan, J ...........FA-10-12 

Venturini, G ....................... TC-16-3 

Venturini, M ........................TB-18-2 

Venturini, M ....................... TC-16-3 

Venturini, M ...................... WB-18-5 

Venturini, M ....................WC-18-11 

Venturini, M ....................WC-18-13 

Versluis, J ..........................WC-11-1 

Verstraete, T .......................FB-29-8 

Vidal, F .............................WA-17-8 

Vierling, M ......................... ThC-4-3 

Vigliotti, A ......................... TC-16-3 

Vilag, V ............................... MB-3-2 

Villanueva, A...................... TC-18-3 

Vinci, A ............................ ThC-11-7 

Vining, C ..............................FA-1-8 

Vining, C ......................... ThA-1-10 

Violette, J..............................FA-1-8 

Virgin, L ........................... ThA-24-3 

Visser, W .............................TA-17-4 

Viteri, F .............................ThB-6-11 

Vitt, P ............................ ThC-27-15 

Vlahostergios, Z ............... ThC-12-2 

Voelker, S ......................... ThC-10-5 


Vogel, G ........................... WB-27-5 

Vogeler, K .........................WC-26-4 

Vogeler, K ...........................TB-21-2 

Vogeler, K ...........................TB-27-8 

Voges, M ..........................TB-26-10 

Vogt, D ...............................TB-24-1 

Vogt, D .............................. TC-32-1 

Vogt, D .......................... ThC-27-15 

Vogt, D .............................WA-24-2 

Voigt, C ..............................FC-29-6 

Voigt, M .............................TB-21-2 

Voigt, S ...............................TA-10-9 

Volino, R ...........................MA-33-3 

Volino, R ........................... WB-33-6 

Volkmer, S...........................FC-27-9 

von Backstrom, T ............. ThC-26-3 

von Niessen, K ................... ThA-2-1 

von Wolfersdorf, J ...............ThB-9-6 

von Wolfersdorf, J ...............FB-13-2 

Voronov, L......................... WB-20-1 

Vorreiter, A ....................... MB-26-5 

Voss, C ...............................FC-26-2 

Vukadinovic, V ....................ThB-4-5 

Wadia, A...........................TB-26-10 

Wadia, A........................... MB-26-5 

Wagemakers, R ...................TB-17-7 

Wagner, M ........................WC-23-6 

Wahl, J..............................WA-17-6 

Waitz, I ...............................TB-17-7 

Walker, L ...........................WA-17-6 

Walker, P .......................... WB-32-2 

Walkingshaw, J ............... MB-31-11 

Wallin, F............................ MB-9-13 

Walton II, J ........................MA-17-3 

Walton II, J ........................ MB-17-2 

Walton, P ..........................WA-15-7 

Wan, C .................................FA-9-2 

Wang, B............................WA-4-13 

Wang, C .............................MA-4-6 

Wang, D .........................WC-29-10 

Wang, D ...........................WA-4-13 

Wang, F ............................ WB-4-15 

Wang, F ............................. ThA-4-4 

Wang, F ..............................FB-4-17 

Wang, F ..............................FB-4-19 

Wang, H ...........................FB-27-12 

Wang, H ...........................ThB-27-7 

Wang, J ..............................TA-27-6 

Wang, J ............................ WB-10-3 

Wang, J ............................. TC-14-4 

Wang, J ................................FA-9-2 

Wang, J ................................FC-9-3 

Wang, J ............................ MB-23-1 

Wang, K .............................TB-19-1 

Wang, L ..............................MA-5-3 

Wang, L ................................TB-6-5 

Wang, L ............................. TC-21-4 

Wang, L ............................WA-4-13 

Wang, l ............................. WB-17-9 

Wang, P ........................... ThA-23-7 

Wang, Q .............................WA-9-5 

Wang, Q ........................... WB-10-3 

Wang, Q ........................... MB-17-1 

Wang, Q ...........................MA-10-1 

Wang, R............................. TC-31-2 

Wang, S ............................ MB-23-1 

Wang, T ................................FB-3-9 

Wang, T ................................FB-9-7 

Wang, T ..............................TA-31-5 

Wang, T ........................... ThC-12-2 

Wang, T .............................. WB-3-5 

Wang, T ............................WC-14-2 

Wang, W ........................... ThA-9-1 

Wang, w ........................ ThC-22-10 

Wang, W ........................ WB-17-10 

Wang, X .............................MA-5-3 

Wang, X ............................ ThA-4-4 

Wang, X ............................ ThA-9-1 

Wang, X ...............................FA-9-2 

Wang, Z ..............................FA-33-8 

Wang, Z ........................... ThA-31-8 

Waniczek, P .................... WB-23-10 

Wanjin, H............................FA-9-10 

Wankhede, M .....................TA-4-12 

Warchol, M .......................ThB-14-6 

Wärja, M ............................TB-18-2 

Watanabe, E ..................... WB-32-2 

Watanabe, K .......................FB-10-4 

Watanabe, T ...................... TC-1-16 

Watanabe, T .................... ThA-24-3 

Watanabe, T ...................... ThA-6-1 

Watson, M ..........................WA-5-1 

Weaver, S ........................... ThA-9-1 

WEBB, T ............................ MB-1-12 

Weber, A ..........................MA-33-3 

Weber, K .............................FB-26-8 

Webster, R ........................WA-29-3 

Wegner, B ......................... MB-4-21 

Wei, C ..............................MA-16-2 

Wei, L ...............................ThB-27-7 

Wei, R .................................TA-15-1 

Wei, W ...............................TB-17-5 

Weidner, F ........................... TC-4-7 

Weigand, B .........................ThB-9-6 

Weigand, B ........................ ThC-9-8 

Weilin, Z .............................TB-17-5 

Weilin, Z ...........................MA-31-4 

Weinberger, T ...................WC-11-1 

Weiss, T ..............................TB-19-1 

Weiflschuh, M ..................ThB-21-3 

Weiflschuh, M .................... WB-5-4 

Weiyang, Q .................... ThA-27-16 

Weizhe, W ..........................TB-22-2 

Wells, R ............................WA-24-2 

Wen, H .................................TB-3-4 

Wen, H ...............................WA-8-2 

Weng, S ............................ThB-6-11 

Wensky, T ...........................WC-1-3 

Werner, K ...........................FB-28-1 

Wertz, J ..............................TA-20-3 

Wey, C ............................... ThC-4-3 

Weyermann, H ................... TC-14-4 

Wheeler, A ........................WC-10-7 

Whiddon, R ........................WC-4-9 

White, A ...............................TA-6-7 

White, A .............................. TC-6-9 

Whitefield, P ...................... ThC-4-3 

Widenhorn, A ................... WB-6-16 

Widenhorn, A ...................WC-4-14 

Widenhorn, A .....................ThB-1-6 

Widenhorn, A .....................FC-4-18 

Wiedermann, A ............... ThA-32-6 

Wilcox, M ........................ ThC-14-5 

Wilcox, M ...........................WC-5-5 

Wilcoxson, T ...................... TC-16-3 

Wiley, M ...............................TA-8-1 

Willer, L ............................FB-27-12 

Williams, A ...................... ThC-15-9 

Williams, G ...........................TA-8-1 

Williams, R ......................WA-26-11 

Willie, J ................................ TC-4-7 

Wilson, C ............................FC-4-20 

Wilson, C ............................TB-4-24 

Wilson, M ......................... MB-11-3 

Wilson, M .........................WA-11-5 

Wilson, M .........................WC-4-28 

Wilson, S ............................FB-32-3 

Winkler, D .......................... ThA-4-1 

Winkler, D ...........................ThB-4-2 

Winkler, L ...........................WC-1-3 

Winstead, E ....................... ThC-4-3 

Wishart, M........................MA-9-15 

Wisniewski, K .....................FC-4-20 

Wlassow, F ........................ WB-29-5 

Wolf, T .............................MA-9-15 

Wolf, T .............................FB-27-12 

Wolff, A ............................MA-11-2 

Wolff, M ...........................MA-33-3 

Wood, E ............................. MB-3-2 

Wood, E ............................ TC-5-14 

Wood, E ............................ ThC-4-3 

Wood, T ...........................WC-14-2 

Woodason, R ....................FB-27-12 

Woods, I ...........................MA-26-1 

Worden, K ..........................FB-23-8 

Wren, J .............................TB-10-11 

Wright, L ..........................WC-10-7 

Wright, L ........................... ThA-9-1 

Wright, L ..........................TB-10-11 

Wright, S ........................... TC-4-25 

Wrüblewski, W ................ ThC-30-1 

Wu, C ...............................WA-11-5 

Wu, H .............................WA-26-11 

Wu, L ................................ThB-32-7 

Wu, Q ...............................MA-32-4 

Wu, X ...............................MA-15-4 

Wu, X ...............................MA-20-4 

WU, Z ...............................MA-32-4 

Xi, g ................................. ThA-31-8 

Xi, g ..................................WA-17-8 

Xi, g .................................. WB-17-9 

Xia, C .................................TA-17-4 

Xia, H .................................FC-29-6 

Xiang, J ............................ ThA-29-7 

Xiangjun, F .......................FB-27-12 

Xiao, J .................................TA-31-5 

Xiaocheng, z .................... ThA-32-6 

Xiaocheng, z .....................WC-31-3 

Xiaomin, L ........................FA-27-10 

Xiaomin, L ..........................FA-29-9 

Xie, F ..................................FB-4-19 

Xie, G .................................WA-9-5 

Xing, Y ...............................ThB-9-6 

Xiong, J ..........................WC-29-10 

Xu, A ............................... ThA-23-7 

Xu, C .................................. MB-4-8 

Xu, C ................................. TC-18-3 

Xu, D ................................FA-10-12 

Xu, G ................................. ThA-4-1 

Xu, G ..................................FC-4-18 

Xu, G ..................................FA-4-31 

Xu, J .................................FB-27-12 

Xu, J .................................ThB-27-7 

Xu, L .....................................FA-9-2 

Xu, L ................................ ThA-31-8 

Xu, L .................................. ThA-9-1 

Xu, L .................................WC-31-3 

Xu, W .................................TA-31-5 

Xue, S ................................ TC-9-14 

Yagi, M .............................. TC-31-2 

Yagi, M .............................ThB-31-9 

Yakinthos, K..................... ThC-12-2 

Yakinthos, K...................... MB-17-1 

Yakinthos, K........................TB-11-6 

Yamada, A ....................... ThA-15-2 

Yamada, H ....................... ThA-32-6 

Yamada, K ........................ThB-31-9 

Yamamoto, A......................TB-27-8 

Yamamoto, M .....................TB-29-4 

Yamamoto, S ....................ThB-32-7 

Yamamoto, T ..................... ThA-6-1 

Yamamoto, T .................... WB-4-16 

Yamamoto, Y ....................WA-17-6 

Yan, K ............................... MB-26-5 

Yandt, S ............................MA-15-4 

Yang, C...............................WA-5-1 

Yang, H.............................WC-11-1 

Yang, H............................ ThA-32-6 

Yang, H.............................WA-29-3 

Yang, J ..............................WC-11-1 

Yang, M ..............................TA-33-1 

Yang, M ........................... ThA-31-8 

Yang, R .............................WC-11-1 

yang, s ................................WC-1-3 

Yangjun, Z ........................WC-31-3 

Yanhong, M ....................... TC-22-9 

Yao, J ................................ MB-23-1 

Yao, J ................................. TC-26-6 

Yasa, T ................................TB-24-1 

Yasa, T ............................. ThC-12-2 

Yasa, T ........................... ThC-27-15 

Yavuzkurt, S ..................... ThC-10-5 

Yavuzkurt, S ......................FC-10-10 

Yavuzkurt, S ....................... TC-11-4 

YB, R ..................................WA-5-1 

Yelvington, P ...................... TC-5-14 

Yepifanov, S ........................ MB-5-2 

Yimer, I .............................MA-4-11 

Yimer, I ...............................MA-4-6 

Yimer, I ...............................ThB-4-2 

Yin, J ..................................FC-26-2 

Yingzheng, L .......................TB-22-2 

Yongliang, W .................... WB-22-3 

Yoo, Y.................................FB-6-14 

Yoon, S ...............................TA-27-6 

Yoshida, S ......................... WB-4-16 

Yoshida, S ...........................WC-4-9 

You, W .............................ThB-32-7 

Younan, A......................... MB-22-4 

Younan, A......................... WB-22-3 

Young, K...........................ThB-4-29 

Yu, B ...................................FA-4-31 

Yu, J .................................. ThA-2-1 

Yu, L .................................FC-22-12 

Yu, X ................................WC-26-4 

Yu, Z ...................................FB-4-17 

Yuan, X ...............................FB-32-3 

Yuan, X ...............................TA-10-9 

Yuan, Z ...........................WA-26-11 

Yue, G ................................TB-11-6 

Yuen, F ...............................TB-4-26 

Yümer, M.......................... MB-23-1 

Yümer, M............................TB-21-2 

Zachary, J ............................FB-32-3 

Zachary, J ............................WA-8-2 

Zachary, J ........................... ThA-8-3 

Zachary, J ............................ThB-8-8 

Zachos, P ............................FC-6-13 

Zachos, P ..............................TA-6-7 

Zachos, P ............................. TC-6-9 

Zainnuddin, Z ................... ThA-15-2 

Zaki, M .............................ThB-34-1 

Zaluski, M ...........................WA-5-1 

Zang, S .................................FA-9-2 

Zang, S .............................MA-16-2 

Zanger, J ........................... WB-6-16 

Zanne, l ..............................FB-34-3 

Zarzalis, N ...........................FA-4-31 

Zarzalis, P ............................FA-4-22 

Zarzalis, P ............................TB-4-24 

Zarzalis, P ............................ThB-4-5 

Zecchi, S ........................... MB-10-2 

Zecchi, S ............................ ThA-9-4 

Zedda, M ............................TA-4-12 

Zehe, F ............................. ThC-10-5 

Zelina, J ............................WC-4-28 

Zelina, J ..............................FA-13-3 

Zeng, M ............................ WB-10-3 

Zeng, M ............................MA-10-1 

Zeng, M ............................ MB-17-1 

Zerbinato, A ......................WC-6-15 

Zha, G ................................FB-33-5 

Zhang, C .............................FB-29-8 

Zhang, C .............................FA-29-9 

Zhang, D ........................... WB-10-3 

Zhang, D ...........................MA-10-1 

Zhang, D ...........................WA-31-6 

Zhang, G .......................... WB-22-3 

Zhang, H .............................FA-33-8 

Zhang, H ...............................FA-9-2 

Zhang, H .............................TB-11-6 

Zhang, H ...........................TB-26-10 

Zhang, H ...........................ThB-6-11 

Zhang, H ...........................WC-6-15 

Zhang, J ............................ThB-6-11 

Zhang, J ..........................WA-26-11 

Zhang, J ............................ WB-20-1 

Zhang, L ............................ TC-9-14 

Zhang, L ...........................ThB-27-7 

Zhang, L ...........................FB-27-12 

Zhang, Q .......................... MB-9-13 

Zhang, Q ............................WA-9-5 

Zhang, W ............................FA-29-9 

Zhang, W ..........................WC-6-15 

Zhang, X .............................WA-5-1 

Zhang, Y ...........................FB-27-12 

Zhang, Y ...........................MA-31-4 

Zhang, Y .............................TB-17-5 

Zhang, Y .......................... ThA-31-8 

Zhang, Z ...........................MA-20-4 

Zhao, H .............................. ThA-2-1 

Zhao, J ..............................WA-31-6 

Zhao, Q ............................FB-27-12 

Zhao, S .............................TB-26-10 

Zhao, W ............................ThB-27-7 

Zhao, Y .............................FB-27-12 

Zhao, Y ...............................FA-33-8 

Zhaohui, D ....................... ThA-32-6 

Zhaohui, D ........................ThB-27-7 

Zhaohui, D ........................WC-31-3 

Zhenfeng, W .......................FA-9-10 

Zheng, Q ............................TB-11-6 

Zheng, Q ......................... ThC-26-3 

Zheng, Q ..........................WA-27-4 

Zheng, Q ..........................WC-14-2 

Zheng, R .............................TB-19-1 

Zheng, R .......................... ThA-29-7 

Zheng, X .......................... ThA-31-8 

Zheng, X ...........................MA-31-4 

Zheng, Z .......................... ThC-30-1 

Zhigang, L .........................FB-27-12 

Zhong, J ..............................TA-33-1 

Zhou, D ............................. TC-33-2 

Zhou, K ............................. MB-11-3 

Zhou, L .............................WA-11-5 

Zhou, L ............................. WB-4-15 

Zhou, M ............................ MB-26-5 

Zhou, X .............................. ThA-2-1 

Zhu, H ..............................FA-10-12 

Zhu, J ................................ MB-26-5 

Zhu, J ................................TB-26-10 

Zhu, L .................................FB-22-5 

Zhu, S .................................TB-4-26 

Zhu, X .................................FB-32-3 

Zhu, Y ................................ ThA-4-4 

Zili, X ..................................FC-23-3 

Zili, X ............................... ThA-23-7 

Ziller, G ........................... WB-23-10 

Zimmermann, I ................. WB-4-15 

Zinn, B ..................................TB-5-7 

Zinn, B ..............................WA-4-10 

Zito, D ................................FB-4-17 

Zito, D ................................WA-8-2 

Zori, L .................................TA-33-1 

Zotter, G ...........................WC-6-15 

Zucca, S ..............................FC-23-3 

Zunino, P ..........................FA-27-10 

Zunino, P .......................... MB-10-2 

Zwingenberg, M. ................FB-28-1 

Zwyssig, C ........................WA-31-6 


149

150 

Technical Committee Meeting Schedule 

IGTI Technical Committee Meetings are open to all interested persons. If you wish to become involved with a committee, you 

are invited to attend its meeting. *All meetings take place at the Convention Center or Crowne Plaza unless otherwise noted. 

COMMITTEE DAY TIME ROOM 

Aircraft Engine Tuesday, June 15 6:00 - 7:30 p.m. Alsh 2 

Ceramics (Joint with Microturbines & Small Turbomachinery) Wednesday, June 16 6:00 - 7:30 p.m. Carron 2 

Coal, Biomass & Alternative Fuels Thursday, June 17 6:00 - 7:30 p.m. Castle 2 

Combustion, Fuels & Emissions Tuesday, June 15 6:00 - 7:30 p.m. Jura / Barra 

Controls, Diagnostics & Instrumentation Wednesday, June 16 6:00 - 7:30 p.m. Carron 1 

Cycle Innovations Thursday, June 17 6:00 - 7:30 p.m. Castle 1 

Education Monday, June 14 5:45 - 7:15 p.m. Castle 3 

Electric Power Tuesday, June 15 6:00 - 7:30 p.m. Hall 1 

Heat Transfer Wednesday, June 16 6:00 - 7:30 p.m. Leven 

Industrial & Cogeneration Wednesday, June 16 6:00 - 7:30 p.m. Dochart 2 

Manufacturing Materials & Metallurgy Wednesday, June 16 6:00 - 7:30 p.m. Boisdale 1 

Marine Wednesday, June 16 7:30 - 9:00 p.m. Off-Site 

Microturbines & Small Turbomachinery (Joint with Ceramics) Wednesday, June 16 6:00 - 7:30 p.m. Carron 2 

Oil & Gas Applications Tuesday, June 15 6:00 - 7:30 p.m. Dochart 2 

Structures & Dynamics Tuesday, June 15 6:00 - 7:30 p.m. Boisdale 1 

Turbomachinery Tuesday, June 15 6:00 - 7:30 p.m. Lomond Auditorium 

Wind Turbine Technology Advisory Committee Wednesday, June 16 6:00 - 7:30 p.m. Dochart 1 

OTHER MEETINGS 

Council of Chairs Sunday, June 13 6:00 - 7:30 p.m. Leven 

Board of Directors Sunday, June 13 1:00 - 6:00 p.m. Boardroom, Crowne Plaza 

Friday, June 18 1:00 - 6:00 p.m. Boardroom, Crowne Plaza 

Exhibit Advisory Committee Wednesday, June 16 10:30 a.m. - 12:00 p.m. IGTI Sales Office, 

Exhibit Hall 

Professional Development Committee Monday, June 14 5:45 - 6:45 p.m. Carron 2 

Advertisers Index 

ADVERTISER PAGE 

39th Turbomachinery Symposium 146 

Advance Design Technology 136 

ANSYS 11 

Cambridge Flow Solutions 8 

CD-adapco Back Cover 

ETN 21 

GE 13 

GTUS 2010 32 

IGTI Product Sales 9 

ADVERTISER PAGE 

ITSA 23 

Numeca Inside Front Cover 

Oxensis 14 

Pratt & Whitney 2 

Rolls Royce 31 

Solar Turbines 143 

TURBO EXPO 2011 28 

TURBO EXPO 2012 151 


The Most Important Conference for 

Turbomachinery Professionals 


c o p e n h a g 

ePhoto by: Cees nvan Roeden 

Wonderful Copenhagen 

D E N M A R K 

June 11-15, 2012 | Bella Center 

www.turboexpo.org 


phone +1-404-847-0072 | fax +1-404-847-0151 | igti@asme.org

152 

Turbo Expo 2010 Schedule at a Glance SUBJECT TO CHANGE 

Saturday, June 12 

GT Workshops 8:00 a.m. - 5:00 p.m. 

Sunday 

June 13 

Registration 

3:00 - 6:00 p.m. 

SECC Hall 4 

Speaker Ready Room 

3:00 - 6:00 p.m. 

Etive & Fyne 

GT Workshops 

8:00 a.m. - 5:00 p.m. 

IGTI Board of Directors 

1:00 - 5:00 p.m. 

Boardroom - 

Crowne Plaza 

Council of Chairs 

6:00 - 7:30 p.m. 

Leven 

Turbo Expo 

provides one stop 

shopping for the 

latest and best 

in gas turbine 

technology from 

around the world. 

(2008 Attendee Survey) 

Monday 

June 14 

Registration 

7:00 a.m. - 5:30 p.m. 

SECC Hall 4 


7:00 a.m. - 5:30 p.m. 

Etive & Fyne 

Session Participant 

Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

SECC Hall 4 

Congress Sessions 

8:00 - 10:00 a.m. 

Opening Session, IGTI 

Awards Program & 

Turbo Expo Keynote 

10:15 a.m. - 12:15 p.m. 

Clyde Auditorium 

Opening Lunch 

12:30 - 2:30 p.m. 


2:30 - 5:30 p.m. 

Committee Meetings 

5:45 - 7:15 p.m. 

See page 150 

Opening Reception 

7:30 - 9:00 p.m. 

See page 7 

Tuesday 

June 15 

Registration 

7:00 a.m. - 6:30 p.m. 

SECC Hall 4 


7:00 a.m. - 5:30 p.m. 

Etive & Fyne 


Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

SECC Hall 4 


8:00 - 10:00 a.m. 

Coffee Break 

10:00 - 10:15 a.m. 


10:15 a.m. - 12:45 p.m. 

Expo Open 

12:30 - 6:30 p.m. 

Expo Lunch 

12:30 - 2:30 p.m. 


2:30 - 5:30 p.m. 

Expo Hall Reception 

5:00 - 6:30 p.m. 


6:00 - 7:30 p.m. 

See page 150 

Women’s Dinner 

8:30 - 10:30 p.m. 

See page 7 

Wednesday 

June 16 

Registration 

7:00 a.m. - 6:30 p.m. 

SECC Hall 4 


7:00 a.m. - 5:30 p.m. 

Etive & Fyne 


Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

SECC Hall 4 


8:00 - 10:00 a.m. 

Coffee Break 

10:00 - 10:15 a.m. 


10:15 a.m. - 12:45 p.m. 

Expo Open 

12:30 - 6:30 p.m. 

Expo Lunch 

12:30 - 2:30 p.m. 


2:30 - 5:30 p.m. 

Expo Hall Reception 

5:00 - 6:30 p.m. 


6:00 - 7:30 p.m. 

See page 150 

ECE/Student Mixer 

6:45 - 8:00 p.m. 

See page 7 

Thursday 

June 17 

Registration 

7:00 a.m. - 5:30 p.m. 

SECC Hall 4 


7:00 a.m. - 5:30 p.m. 

Etive & Fyne 


Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

SECC Hall 4 


8:00 - 10:00 a.m. 

Coffee Break 

10:00 - 10:15 a.m. 


10:15 a.m. - 12:15 p.m. 

Expo Open 

11:30 a.m. - 2:30 p.m. 

Closing Ceremony 

1:45 p.m. 

Expo Lunch 

12:30 - 2:30 p.m. 


2:30 - 5:30 p.m. 


6:00 - 7:30 p.m. 

See page 150 

Friday 

June 18 

Registration 

7:00 a.m. - 3:00 p.m. 

SECC Hall 4 


7:00 a.m. - 3:30 p.m. 

Etive & Fyne 


Networking 

Coffee/Danish 

7:15 - 8:00 a.m. 

SECC Hall 4 


8:00 - 10:00 a.m. 

Coffee Break 

10:00 - 10:15 a.m. 


10:15 a.m. - 12:45 p.m. 

Closing Lunch 

12:30 - 2:30 p.m. 


2:30 - 5:00 p.m. 

Facility Tours 

See page 12 

No Unauthorized Recording 

The use of cameras and any other photographic, video or audio recording equipment, including cell phones, is strictly prohibited 

at all ASME Turbo Expo activities and functions without express approval from the ASME International Gas Turbine Institute. 

Anyone involved in an unauthorized recording may be asked to destroy the recording and is subject to expulsion from ASME 

Turbo Expo. Please also be aware that any unauthorized recording that violates copyright laws may result in legal action. 


ScottiSh Exhibition & convEntion cEntrE 

Morar 

Leven 

Ness Carron Carron 

Seminar Suite 

1 2 

Crowne Plaza Hotel 

Staffa 

Shuna 

1st Floor 

Jura 

Island Suite 

Loch Suite 

1st Floor 

Dochart 

2 


Castle 

III 

Castle 

II 

Conservatory 

Hall 1 

Walkway to Conference Center 

Barra 

Boardroom 

Argyll 

I 

Argyll 

II 

Argyll 

III 

Castle 

I 

Dochart 

1 

Crowne Plaza Hotel 

Ground Floor 

Stairs/ 

Lift to 

Ground 

Floor 

Stairs/ 

Lift to 

1st 

Floor 

Orkney 

Rockall 

Malin 

Hebrides 

Restrooms 

Restrooms 

Argyll 

Foyer 

Bar 

Alsh 

1 

Lomond 

Auditorium 

Boisdale 

2 

1st Floor 

Clyde 

Auditorium 

Alsh 

2 

Etvie 

Fyne 

Boisdale 

1 

Conference 

Center 

Ground Floor 

Session 

Participant 

Coffee/Danish 

& Lunches 

Note: 

See page 16 

for layout of 

Exhibit Hall 4. 

Hall 

2 

Exhibit 

Hall 4 

Hall 

1 

Registration 

Loch 

Suite 

Crowne Plaza 

Hotel 

Loch Suite 

Ground Floor 

Gala 

1 

Gala 

2 

Forth 

SITE 

PLAN 

Main 

Entrance 

Conference 

Center

FINAL PROGRAM - Events

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