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EUROPEAN ROTORCRAFT FORUM 2014<br />
2-5 SEPTEMBER 2014 / SOUTHAMPTON, UK<br />
Sponsored by:<br />
SPONSORSHIP AND EXHIBITION PACKAGES ARE AVAILABLE<br />
BOOK YOUR PLACE AT WWW.ERF2014.COM
SYNOPSIS<br />
The European Rotorcraft Forum (ERF) is one of the<br />
premier events in the rotorcraft community’s calendar,<br />
bringing together manufacturers, research centres,<br />
academia, operators and regulatory agencies to<br />
discuss advances in research, development, design,<br />
manufacturing, testing and operation of rotorcraft.<br />
This Forum will be the 40th in a series of meetings, which<br />
take place annually across Europe, rotating around the<br />
United Kingdom, Germany, France, Italy, the Netherlands<br />
and Russia. The first ERF was held in Southampton,<br />
England, in 1975, and the most recent in Moscow,<br />
Russia, in 2013.<br />
The 40th European Rotorcraft Forum is being organised<br />
by the Royal Aeronautical Society. In celebration and<br />
commemoration of 40 successful years, the Forum will<br />
return to its birthplace in Southampton from the 2nd to<br />
the 5th of September, 2014.<br />
VENUE<br />
Grand Harbour Hotel<br />
West Quay Road<br />
Southampton<br />
Hampshire<br />
SO15 1AG<br />
United Kingdom<br />
CONTACT US<br />
Conference & Events<br />
Royal Aeronautical Society<br />
No.4 Hamilton Place<br />
London, W1J 7BQ, UK<br />
+44 (0)20 7670 4308<br />
erf2014@aerosociety.com<br />
www.erf2014.com<br />
THE KEYNOTE SPEAKERS ARE<br />
Dr James Wang - Head of Research and Technology,<br />
AgustaWestland<br />
Colin James - Airbus Helicopters UK<br />
Peter Flinn - Interim Director, Aerospace Technology<br />
Institute (ATI)<br />
TECHNICAL VISITS – 5 SEPTEMBER 2014<br />
Middle Wallop - The Museum of Army Flying is home<br />
to a unique collection of military aviation history, one<br />
of both international and national importance. They<br />
have a selection of fixed wing and rotary wing aircraft,<br />
artefacts, models and trophies which serve as a profound<br />
and inspiring tribute to the Army and their machines.<br />
Delegates will also be able to view the working Army Air<br />
Corps’ airfield, Middle Wallop, home to the Apache and<br />
Lynx helicopters. Lunch will be provided.<br />
Vector Aerospace - Vector Aerospace is a global<br />
provider of aviation maintenance, repair and overhaul<br />
(MRO) services. Through facilities in Canada, the United<br />
States, the United Kingdom, France, Australia, South<br />
Africa, and Kenya Vector Aerospace provides services<br />
to commercial and military customers for gas turbine<br />
engines, components and helicopter airframes. Vector’s<br />
customer-focused team includes over 2,700 motivated<br />
employees.<br />
SOCIAL PROGRAMME<br />
Beaulieu Motor Museum - The welcome reception on<br />
the evening of Tuesday 2 September will be held at the<br />
museum. Housing a collection of over 250 automobiles<br />
and motorcycles telling the story of motoring on the<br />
roads of Britain from the dawn of motoring to the present<br />
day, the award winning National Motor Museum appeals<br />
to all age groups. There are two new exhibits for 2014 –<br />
the Motorcycle Story and the Landspeed Record Display<br />
Grand Café - The conference dinner on Wednesday<br />
3 September, sponsored by AgustaWestland, will be<br />
held at the nearby Grand Cafe, a venue steeped in<br />
history located within a Grade II listed building. Once<br />
Southampton’s grandest hotel, it was used by first class<br />
passengers of the Titanic the night before boarding the<br />
ill-fated ship.<br />
Solent Sky Museum - On Thursday 4 September<br />
delegates are invited to tour round the Solent Sky<br />
Museum; a museum that highlights and showcases the<br />
history of aviation in the Southampton and Solent area.<br />
Delegates will have the opportunity to view a famous<br />
Spitfire up close as well as board the Sandringham flying<br />
boat and take a tour onto the flight deck. Tickets will be<br />
available at the ERF2014 registration desk.<br />
FOR MORE INFORMATION AND TO REGISTER<br />
www.erf2014.com
MONDAY 1 SEPTEMBER 2014<br />
15.00 – 17.00 – Pre-Registration – Mayflower Suite Foyer<br />
PROGRAMME / DAY 1 – TUESDAY 2 SEPTEMBER 2014<br />
Main Room – Mayflower 2 Parallel 1 – Mayflower 1 Parallel 2 – Mayflower 3 Parallel 3 – Bradford & Winslow Parallel 4 – Standish<br />
08:00<br />
09:00<br />
09:30<br />
10:00<br />
10:30<br />
11:00<br />
11:30<br />
12:00<br />
14:00<br />
14:30<br />
15:00<br />
15:30<br />
16:00<br />
16:30<br />
REGISTRATION<br />
Opening Remarks<br />
Air Cdre Bill Tyack, President of the Royal Aeronautical Society<br />
& Richard Markiewicz, ERF2014 Chairman<br />
Keynote Address 1<br />
Dr James Wang, Head of Research & Technology, AgustaWestland<br />
Keynote Address 2<br />
Colin James, Managing Director, Airbus Helciopters UK<br />
NETWORKING AND REFRESHMENTS<br />
Keynote Address 3<br />
Peter Flinn, Interim Director, Aerospace Technology Institute (ATI)<br />
AHS Best Paper<br />
Cameron Robertson, VP Structures, Aerovolo<br />
AERODYNAMICS 1:<br />
1A) Experimental Tests<br />
and CFD Simulations on a<br />
Tiltwing Aircraft in Hover<br />
Giovanni Droandi,<br />
Post Doctoral Fellow,<br />
Politecnico di Milano<br />
1B) Vortical Flow Behind<br />
an Isolated Helicopter<br />
Fuselage<br />
Alexander Kusyumov,<br />
Professor, Kazan National<br />
Research Technical<br />
University<br />
1C) Validation of an<br />
Unstructured CFD Solver<br />
for Complete Helicopter<br />
Configurations with<br />
Loose CSD-Trim Coupling<br />
Jan-Henrik Wendisch,<br />
Research Engineer,<br />
German Aerospace<br />
Centre (DLR)<br />
AERODYNAMICS 2 /<br />
ACTIVE SYSTEMS 1:<br />
6A) CFD Simulation of<br />
Flapped Rotors<br />
Florent DeHaeze, R&D<br />
Aerodynamics Engineer,<br />
AgustaWestland<br />
6B) AgustaWestland’s<br />
Application of HMB to<br />
Simulate the Active<br />
Gurney Flap<br />
Karl Baverstock, Principal<br />
Engineer, AgustaWestland<br />
DYNAMICS 1:<br />
2A) Analytical Modelling<br />
of Rotor-Structure<br />
Coupling Using Modal<br />
Decomposition for the<br />
Structure and the Blades<br />
Thibaut Rouchon, PhD<br />
Student, Airbus Helicopters<br />
2B) A Parametric Pilot/<br />
Control Device Model for<br />
Rotorcraft Biodynamic<br />
Feed Through Analysis<br />
Pierangelo Masarati,<br />
Associate Professor,<br />
Politecnico di Milano<br />
2C) Comparative Study<br />
of the Influence of<br />
Straight and Modified-<br />
Tip Rotor Blades on<br />
Loads and Control<br />
Response<br />
Comandur Venkatesan,<br />
Professor, Indian Institute<br />
of Technology<br />
DYNAMICS 2:<br />
7A) Helicopter Rotor<br />
Aeroelastic Stability<br />
Evaluation Using<br />
Lyapunov Exponents<br />
Pierangelo Masarati,<br />
Associate Professor,<br />
Politecnico di Milano<br />
7B) Evaluation of Fluidic<br />
Pitch Links for Rotor Hub<br />
Vibration Controls<br />
Edward Smith, Professor,<br />
The Pennsylvania State<br />
University<br />
NETWORKING LUNCH<br />
AIRCRAFT DESIGN 1:<br />
3A) Highspeed<br />
Rotorcraft of the MI-<br />
450 – A New Generation<br />
of Cross Arrangement<br />
Rotary Wing Aircraft<br />
Stanislav Midzyanovskiy,<br />
Chief of Engineering<br />
Innovation Centre, JSC<br />
Moscow Mil Helicopter Plant<br />
3B) A Solution to the<br />
Age Stiffening Problem<br />
in Natural Rubber<br />
and Polybutadiene<br />
Elastomers<br />
James R. Halladay, Senior<br />
Fellow, LORD Corporation<br />
AIRCRAFT DESIGN 2:<br />
8A) Experimental<br />
Study of Tail Rotor-Fin<br />
Interference Ratio in<br />
Hover<br />
Elmar Recker, Associate<br />
Professor, Royal Military<br />
Academy, Belgium<br />
8B) The Overview of<br />
KARI Bearingless Main<br />
Rotor Hub System<br />
Deog-Kwan Kim, Principal<br />
Research Engineer, Korea<br />
Aerospace Research<br />
Institute (KARI)<br />
OPERATIONAL<br />
ASPECTS & SAFETY 1:<br />
4A) Solutions to Helicopter<br />
Blade Erosion: Improving<br />
Aircraft Availability and<br />
Reducing Costs<br />
Pat Collins, Science<br />
Gateway, Helicopters<br />
Operating Centre, DE&S<br />
& Chris Moore, Materials<br />
Engineer, AgustaWestland<br />
4B) Lessons Learned from<br />
NH90 NFH Helicopter-<br />
Ship Qualification: Testing<br />
across the Complete Dutch<br />
Fleet<br />
Alrik Hoencamp,<br />
Experimental Flight Test<br />
Engineer, Royal Netherlands<br />
Navy<br />
4C) Rotorwash<br />
Operational Footprint<br />
Model<br />
John Preston, Science<br />
Advisor – Aviation and<br />
Missile, U.S. Army<br />
International Technology<br />
Centre – Atlantic<br />
NETWORKING AND REFRESHMENTS - Sponsored by LORD Corporation<br />
OPERATIONAL<br />
ASPECTS & SAFETY 2:<br />
9A) Analysis of Chinook<br />
AFCS Induced Divergent<br />
Pitch Oscillations<br />
with Reference to an<br />
Australian Army Accident<br />
Rhys Lehmann, Research<br />
Engineer, Defence<br />
Science & Technology<br />
Organisation (DSTO)<br />
9B) EC175 Complex<br />
Integration Considerations<br />
in Zonal Safety Analysis<br />
Nathalie Vérité, Safety<br />
Engineer, Airbus Helicopters<br />
TEST & EVALUATION 1:<br />
5A) Advanced Vibration<br />
Technique for Monitoring<br />
of Helicopter Bearings<br />
Aleksey Mironov, Scientific<br />
Director, D un D Centrs<br />
5B) Level Flight<br />
Performance<br />
Determination using<br />
Collective Pitch<br />
Alex Duarte Gomes, Flight<br />
Test Engineer – Rotary<br />
Wings, Instituto de<br />
Pesquisas e Ensaios em Voo<br />
5C) A Discussion of<br />
Measured Static and<br />
Dynamic Rotor Loads During<br />
Testing of ERICA Tilt-wing<br />
Rotorcraft Configuration in<br />
DNW-LLF Wind Tunnel<br />
Anton de Bruin, Senior<br />
Research Scientist, National<br />
Aerospace Laboratory (NLR)<br />
TEST & EVALUATION 2:<br />
10A) Initial Flight Tests of<br />
an Automatic Slung Load<br />
Control System for the<br />
ACT/FHS<br />
Hyun-Min Kim, Researcher,<br />
German Aerospace Centre<br />
(DLR)<br />
10B) STAR Hovering Test –<br />
Proof of Functionality and<br />
Representative Results<br />
Frauke Hoffman, Research<br />
Engineer, German<br />
Aerospace Centre (DLR)<br />
17:00<br />
17:30<br />
17:45<br />
6C) Alleviation of<br />
Retreating Side Stall<br />
using Active Elements<br />
for Helicopter Rotors<br />
Vasileios Pastrikakis, PhD<br />
Candidate, University of<br />
Liverpool<br />
8C) Tail Rotor Aerodynamic<br />
Performance Improvement<br />
with a Gurney Flap Design<br />
Arda Yücekayali, Design<br />
Specialist, Turkish<br />
Aerospace Industry (TAI)<br />
9C) First Application and<br />
Feedback of Preliminary<br />
Aircraft Safety<br />
Assessment (PASA)<br />
Stephane Déport,<br />
Safety Engineer, Airbus<br />
Helicopters<br />
All coaches will depart at 17:45 from outside the Mayflower Suite Foyer<br />
10C) Improving the<br />
Offshore Helicopter Pilot’s<br />
Situation Awareness<br />
Koen Zeilstra, R&D Engineer<br />
Helicopter Technology,<br />
National Aerospace<br />
Laboratory (NLR)<br />
18:30<br />
20:00<br />
WELCOME RECEPTION AT BEAULIEU MOTOR MUSEUM<br />
All coaches will return to Grand Harbour Hotel
PROGRAMME / DAY 2 – WEDNESDAY 3 SEPTEMBER 2014<br />
Main Room – Mayflower 2 Parallel 1 – Mayflower 1 Parallel 2 – Mayflower 3 Parallel 3 – Bradford & Winslow Parallel 4 – Standish<br />
08:00<br />
09:00<br />
09:30<br />
10:30<br />
REGISTRATION<br />
Plenary 1<br />
The Future of<br />
The Future of our Search and Rescue Helicopter Service<br />
Speaker TBC<br />
Damien Oliver, Change Manager, UK SAR Helicopter Programme, Maritime and<br />
Coastguard Agency & Philip Stehr, Principal Consultant, Frazer Nash Consultancy<br />
Ltd.<br />
On Blade Control of<br />
Rotor Vibration, Noise<br />
and Performance - Just<br />
Plenary 2<br />
Around the Corner?<br />
On Blade Control of Rotor Vibration, Noise and Performance - Just Around the<br />
Peretz P. Friedmann,<br />
Corner?<br />
Professor, University of<br />
Peretz P. Friedmann, Professor, University of Michigan<br />
Michigan<br />
NETWORKING AND REFRESHMENTS<br />
11:00<br />
11:30<br />
12:00<br />
AERODYNAMICS 3:<br />
11A) Multi-fidelity<br />
Concurrent Aerodynamic<br />
Optimisation of Rotor<br />
Blades in Hover and<br />
Forward Flight<br />
Enric Roca Leon, PhD<br />
Candidate, Airbus<br />
Helicopters<br />
11B) CFD Analysis of<br />
Propeller Noise<br />
George Barakos,<br />
Professor, University of<br />
Liverpool<br />
11C) CFD-Simulation of<br />
the Rotor Head Influence<br />
to the Rotor-Fuselage<br />
Interaction<br />
Ulrich Kowarsch,<br />
Research Assistant,<br />
Stuttgart University<br />
FLIGHT MECHANICS 1:<br />
12A) Comparing<br />
Different Approaches<br />
for Modelling the Vertical<br />
Motion of the EC 135<br />
Susanne Seher-Weiss,<br />
Research Scientist,<br />
German Aerospace<br />
Centre (DLR)<br />
12B) Adjoint Methods<br />
for the Efficient<br />
Computation of<br />
Aerodynamic Derivatives<br />
with High-Fidelity CFD<br />
Massimo Biava, Marie Curie<br />
Experienced Researcher,<br />
University of Liverpool<br />
12C) Effect of In-Plane<br />
Induced Velocities on the<br />
Steady State Modelling<br />
of a Helicopter Using a<br />
Time Marching Wake<br />
Maria Ribera Vicent,<br />
Independent<br />
SIMULATION AND<br />
TRAINING 1:<br />
13A) Teaching<br />
Rotorcraft Technology -<br />
from ERF 1 to ERF 40<br />
Simon Newman,<br />
Visiting Senior<br />
Lecturer, University of<br />
Southampton<br />
13B) Development<br />
of Pilotage Training<br />
Requirements for<br />
Personal Aerial Vehicles<br />
Michael Jump, Lecturer,<br />
University of Liverpool<br />
13C) Development of<br />
Unmanned Quadrotor:<br />
System and Simulator<br />
Przemyslaw Bibik,<br />
Assistant Professor,<br />
Warsaw University of<br />
Technology<br />
ACOUSTICS 1:<br />
14A) The Estimate of<br />
Helicopter Rotor Noise<br />
from Unsteady Forces<br />
Ruslan Mirgazov, Head of<br />
Subdivision of Helicopter<br />
Department, Central<br />
Aerohydrodynamic<br />
Institute (TsAGI)<br />
14B) Rotor Aerodynamic<br />
and Noise Under<br />
Influence of Elastic<br />
Blade Motion and<br />
Different Fuselage<br />
Modelling<br />
Jianping Yin, Research<br />
Engineer, German<br />
Aerospace Centre (DLR)<br />
TEST & EVALUATION 3:<br />
15A) Design of a Rotor<br />
Blade Tip for the<br />
Investigation of Dynamic<br />
Stall in the Transonic<br />
Wind Tunnel Goettingen<br />
Benjamin Lutke, Scientist,<br />
German Aerospace<br />
Centre (DLR)<br />
15B) Experimental<br />
Investigation of an<br />
Active Twist Model Rotor<br />
Blade with Low Voltage<br />
Actuation System<br />
Peter Weirach, Head of<br />
Department, German<br />
Aerospace Centre (DLR)<br />
15C) Achieving Clean<br />
Sky – The Measurement<br />
of Success<br />
Christine Smith, Principal<br />
Engineer, AgustaWestland<br />
12:30<br />
NETWORKING LUNCH<br />
14:00<br />
AERODYNAMICS 4:<br />
16A) Tilt-Rotor<br />
Aerodynamics Activities<br />
During the NICETRIP<br />
Project<br />
Luigi Vigevano, Associate<br />
Professor, Politecnico di<br />
Milano<br />
FLIGHT MECHANICS 2:<br />
17A) Simulation and<br />
System Identification<br />
of Helicopter Dynamics<br />
Using Support Vector<br />
Regression<br />
Sylvain Manso, Research<br />
Scientist, Defence<br />
Science & Technology<br />
Organisation (DSTO)<br />
SIMULATION AND<br />
TRAINING 2:<br />
18A) Apple iPad use as<br />
a Portable Instructor<br />
Operating Station for<br />
Training Devices<br />
Cristian Guglielmo,<br />
AgustaWestland & Daniele<br />
Misani, TXT e-solutions<br />
Company<br />
ACOUSTICS 2:<br />
19A) Simulation of<br />
Helicopter Noise in<br />
Manoeuvering Flight<br />
Giovanni Bernardini,<br />
Assistant Professor, Roma<br />
Tre University<br />
TEST & EVALUATION 4:<br />
20A) String<br />
Potentiometer Blade<br />
Motion Measurement<br />
System Applied to Fully<br />
Articulated Inter-Blade<br />
Rotor<br />
Marco Dornetti, Structural<br />
Dynamics Engineer,<br />
AgustaWestland<br />
14:30<br />
15:00<br />
16B) An Investigation<br />
of Fundamental Flow<br />
Structures in Ground<br />
Effect with Application<br />
to the Development of<br />
Brownout Conditions in<br />
Hover<br />
Kate Bourne, Engineer,<br />
Defence Science &<br />
Technology Organisation<br />
(DSTO)<br />
16C) Aeromechanical<br />
Evaluation of Smart-<br />
Twisting Active Rotor<br />
Joon W Lim, US Army<br />
Aviation Development<br />
Directorate, NASA AMES<br />
17B) Identification of<br />
the Attitude Dynamics<br />
for a Variable-Pitch<br />
Quadrotor UAV<br />
Fabio Riccardi, PhD<br />
Candidate, Politecnico di<br />
Milano<br />
17C) Towards the<br />
Development of a<br />
Methodology for<br />
Designing Helicopter<br />
Flight Control Laws by<br />
Integrating Handling<br />
Qualities Requirements<br />
from the First Stage of<br />
Tuning<br />
Jean-Charles Antonioli,<br />
PhD Student, ONERA<br />
18B) Development<br />
of a 6 DOF Nonlinear<br />
Helicopter Model for<br />
the MPI CyberMotion<br />
Simulator<br />
Carlo Andrea Gerboni,<br />
PhD Student, Max Planck<br />
Institute for Biological<br />
Cybernetics<br />
18C) Development of<br />
Occupant-Preferred<br />
Landing Profiles for<br />
Personal Aerial Vehicle<br />
Applications<br />
Linghai Lu, Research<br />
Associate, University of<br />
Liverpool<br />
19B) Towards Accurate<br />
Unsteady Real-Time<br />
Helicopter Aeroacoustic<br />
Analysis Using GPU-<br />
CUDA Accelerated Tools<br />
Luis Cruz, Aeroacoustics<br />
Engineer, CEiiA<br />
19C) Code-to-Code<br />
Comparison Study of<br />
Rotor Aeromechanics in<br />
Descending Flight<br />
Jae-Sang Park, Assistant<br />
Professor, Chungnam<br />
National University<br />
20B) Wind Tunnel Testing<br />
of a Full Scale Helicopter<br />
Blade Section with an<br />
Upstream Active Gurney<br />
Flap<br />
Richard Loendersloot,<br />
Assistant Professor,<br />
University of Twente<br />
20C) Slowed Rotor Wind<br />
Tunnel Testing of an<br />
Instrumented Rotor at<br />
High Advance Ratio<br />
Ben Berry, Graduate<br />
Research Assistant,<br />
University of Maryland<br />
15:30<br />
NETWORKING AND REFRESHMENTS<br />
FOR MORE INFORMATION AND TO REGISTER<br />
www.erf2014.com
PROGRAMME / DAY 2 – WEDNESDAY 3 SEPTEMBER 2014 (cont)<br />
Main Room – Mayflower 2 Parallel 1 – Mayflower 1 Parallel 2 – Mayflower 3 Parallel 3 – Bradford & Winslow Parallel 4 – Standish<br />
16:00<br />
AERODYNAMICS 5:<br />
21A) Shaft Angle<br />
Corrections for Rotor<br />
Tests in a Closed Section<br />
Wind Tunnel<br />
Mirco Valentini, PhD<br />
Candidate, Politechno di<br />
Milano<br />
FLIGHT MECHANICS 3:<br />
22A) CFD Simulation of<br />
Helicopter Ship Landing<br />
Crozon Clement, PhD<br />
Candidate, University of<br />
Liverpool<br />
ACTIVE SYSTEMS 2:<br />
23A) Experimental and<br />
Numerical Investigation<br />
of Helicopter Fuselage<br />
Model with Active Flow<br />
Control<br />
Fabrizio De Gregorio,<br />
Senior Researcher, CIRA<br />
OPERATIONAL<br />
ASPECTS & SAFETY 3:<br />
24A) Assessment of<br />
Classical and Extended<br />
Messenger Models<br />
for Rotorcraft Icing<br />
Phenomena<br />
Jeewoong Kim, MSc<br />
Student, Georgia Institute<br />
of Technology<br />
ENGINES &<br />
PROPULSION 1:<br />
25A) A Preliminary<br />
Parametric Study for an<br />
Advanced Propulsion<br />
Technology Helicopter<br />
Fakre Ali, Engineering<br />
Doctorate Student,<br />
Cranfield University<br />
16:30<br />
21B) Numerical<br />
Investigations of<br />
Aeroelastic and Three<br />
Dimensional Effects for<br />
an Airfoil in Transonic<br />
Flow<br />
Stefan Surrey, Scientist,<br />
German Aerospace<br />
Center (DLR)<br />
22B) Performance and<br />
Stability Assessment of<br />
Compound Helicopter<br />
Configurations<br />
Kevin Ferguson, PhD<br />
Student, University of<br />
Glasgow<br />
23B) Time Resolved<br />
Stereo PIV<br />
Measurements of an<br />
Active Gurney Flap<br />
System<br />
Stefan van t’Hoff, R&D<br />
Engineer, National<br />
Aerospace Laboratory<br />
(NLR)<br />
24B) Wind Turbine Wake<br />
Encounter by Aircraft<br />
Yaxing Wang, Research<br />
Fellow, University of<br />
Liverpool<br />
25B) The Turbine Driven<br />
Rotor Concept, a New<br />
Vision for Helicopter<br />
Propulsion<br />
Frank Buysschaert,<br />
Research Engineer<br />
and Teaching<br />
Assistant, University of<br />
Southampton<br />
17:00<br />
17:30<br />
21C) A Parametric<br />
Study of Planform<br />
Effects on Rotor Hover<br />
Performance Using a<br />
Hybrid Navier Stokes –<br />
Free Wake Methodology<br />
Jeewoong Kim, MSc<br />
Student, Georgia Institute<br />
of Technology<br />
24C) Initial Progress<br />
to Establish Flying<br />
Qualities Requirements<br />
for Maritime Unmanned<br />
Aircraft Systems<br />
Thomas Fell, PhD Student,<br />
University of Liverpool<br />
25C) Holistic Approach<br />
for Development<br />
and Optimisation of<br />
Helicopters Gearboxes<br />
Joerg Litzba, Director<br />
Drive Train Components,<br />
ZF Luftfahrtechnik GmbH<br />
18:30<br />
Depart for Conference Dinner at The Grand Café on foot<br />
CONFERENCE DINNER - Sponsored by AgustaWestland<br />
22:30<br />
Return to Grand Harbour Hotel on foot<br />
CONFERENCE: GRAND HARBOUR HOTEL<br />
ERF2014 VENUES<br />
CONFERENCE DINNER: THE GRAND CAFÉ<br />
WELCOME RECEPTION: BEAULIEU MOTOR MUSEUM<br />
MUSEUM TOUR: SOLENT SKY MUSEUM<br />
FOR MORE INFORMATION AND TO REGISTER<br />
www.erf2014.com
PROGRAMME / DAY 3 – THURSDAY 4 SEPTEMBER 2014<br />
Main Room – Mayflower 2 Parallel 1 – Mayflower 1 Parallel 2 – Mayflower 3 Parallel 3 – Bradford & Winslow Parallel 4 – Standish<br />
08:00<br />
REGISTRATION<br />
09:00<br />
09:30<br />
10:00<br />
AERODYNAMICS 6:<br />
26A) Application of<br />
Passive Flow Control<br />
Device on Helicopter<br />
Rotor Blades<br />
Fernando Tejero<br />
Embuena, Research<br />
Fellow, Institute of Fluid-<br />
Flow Machinery, Polish<br />
Academy of Sciences<br />
26B) Advanced CFD-CSD<br />
Coupling – Generalised,<br />
High Performant,<br />
Radial Basis Volume<br />
Mesh Deformation<br />
Algorithm for Structured,<br />
Unstructured and<br />
Overlapping Meshes<br />
Patrick P. Kranzinger, PhD<br />
Student, University of<br />
Stuttgart<br />
26C) An Experimental<br />
Set Up for the Study of<br />
Helicopter and Building<br />
Aerodynamic Interaction<br />
Alex Zanotti, Post-<br />
Doctoral Research Fellow,<br />
Politechnico di Milano<br />
DYNAMICS 3:<br />
27A) Performance and<br />
Loads Correlations of<br />
the UH-60 Rotor at High<br />
Advance Ratios<br />
Inderjit Chopra, Professor,<br />
University of Maryland<br />
27B) Ongoing<br />
Developments in the<br />
Use of Continuation-<br />
Bifurcation Methodology<br />
at AgustaWestland<br />
Mark Jones, Principal<br />
Rotor Dynamics<br />
and Loads Analyst,<br />
AgustaWestland<br />
27C) MBS Analysis of a<br />
Free Flying Helicopter<br />
with Fully Articulated<br />
Rotor<br />
Stefan Waitz, Scientist,<br />
German Aerospace<br />
Centre (DLR)<br />
AIRCRAFT DESIGN 3:<br />
28A) Conceptual Study<br />
for an Autonomous<br />
Rotorcraft For Extreme<br />
Altitudes<br />
Aaron Barth, Research<br />
Associate, Technische<br />
Universität München<br />
28B) Rotorcraft Pre-<br />
Design Activities at DLR<br />
- Results, Status and<br />
Outlook<br />
Max Lier, Research<br />
Engineer & Project<br />
Manager, German<br />
Aerospace Centre (DLR)<br />
OPERATIONAL<br />
ASPECTS & SAFETY 4:<br />
29A) Experimental and<br />
Numerical Investigation<br />
of Composite Energy<br />
Absorbers Using<br />
Variable Load Concept<br />
Nathalie Toso, Head<br />
of Structural Integrity<br />
Department, German<br />
Aerospace Centre (DLR)<br />
29B) Helicopter<br />
Marinisation<br />
Timothy Neville, Principal<br />
Engineer, AgustaWestland<br />
29C) Wireless HUMS for<br />
Helicopter Rotors<br />
Dan Wells, Diagnostic<br />
Systems Specialist,<br />
AgustaWestland<br />
ENGINES &<br />
PROPULSION 2:<br />
30A) Effects on<br />
Helicopter Dynamics in<br />
Case of Engine Failure<br />
During Intended Single<br />
Engine Operation<br />
Christian Spieß, Research<br />
Associate, Technische<br />
Universität München<br />
30B) Novel Internal<br />
Sensors for Helicopter<br />
Main Rotor Gearboxes<br />
Matthew Greaves, Head,<br />
Safety and Accident<br />
Investigation Centre,<br />
Cranfield University &<br />
Lionel Tauszig, Project<br />
Certification Manager,<br />
Rotorcraft, European<br />
Aviation Safety Agency<br />
10:30<br />
NETWORKING AND REFRESHMENTS<br />
11:00<br />
AERODYNAMICS 7:<br />
31A) Computational<br />
Investigation of<br />
Advanced Hub Fairing<br />
Configurations to<br />
Reduce Helicopter Drag<br />
Walid Khier, Research<br />
Assistant, German<br />
Aerospace Centre (DLR)<br />
DYNAMICS 4:<br />
32A) Localised<br />
Blade-Root IBC for<br />
Rotor Performance<br />
Enhancement and<br />
Vibration Reduction<br />
Philip Kuefmann,<br />
Research Engineer,<br />
German Aerospace<br />
Centre (DLR)<br />
AIRCRAFT DESIGN 4:<br />
33A) Modelling and<br />
Characterisation of a<br />
Novel Gimbal Two-Blade<br />
Helicopter Rotor<br />
Lorenzo Trainelli,<br />
Assistant Professor,<br />
Politecnico di Milano<br />
OPERATIONAL<br />
ASPECTS & SAFETY 5:<br />
34A) Initial Evidence-<br />
Based Analysis of Risk<br />
Levels per Phases<br />
of Flight Receny<br />
Requirements and<br />
Visual Approach Design<br />
in Nighttime Offshore<br />
Helicopter Operations<br />
Felipe Nascimento,<br />
Research Assistant,<br />
Imperial College London<br />
ENGINES &<br />
PROPULSION 3:<br />
35A) Evaluation of<br />
Helicopter Flight<br />
Missions with Intended<br />
Single Engine Operation<br />
Martin Kerler, Research<br />
Associate, Technische<br />
Universität München<br />
11:30<br />
12:00<br />
12:30<br />
31B) Three-<br />
Dimensional Bluff<br />
Body Aerodynamics<br />
and its Importance for<br />
Helicopter Sling Loads<br />
Daniel Prosser, PhD<br />
Candidate, Georgia<br />
Institute of Technology<br />
31C) Consideration of<br />
Realistic Constraints<br />
in Passive Rotor Blade<br />
Design for Optimum<br />
Performance<br />
Joon W Lim, US Army<br />
Aviation Development<br />
Directorate, NASA AMES<br />
32B) Prediction of the<br />
Rotor Aeromechanics<br />
in Descending Flight<br />
using Mixed Variational<br />
Geometrically Exact<br />
Beam Model and CFD<br />
Coupled Analysis<br />
Hanyeol Ryu, PhD<br />
Candidate, Seoul National<br />
University<br />
32C) Actuator<br />
Constraints Handling in<br />
Higher Harmonic Control<br />
Algorithms for Vibration<br />
Reduction<br />
Rafael Morales-Viviescas,<br />
Lecturer, University of<br />
Leicester<br />
33B) A Conceptual Study<br />
of High Speed Rotorcraft<br />
Yasutada Tanabe,<br />
Associate Senior<br />
Researcher, Japan<br />
Aerospace Exploration<br />
Agency (JAXA)<br />
NETWORKING LUNCH<br />
34B) The Guardian<br />
Project<br />
Massimo Brunetti,<br />
R&T Project Lead,<br />
AgustaWestland<br />
34C) Autorotation:<br />
Is There a Live Man’s<br />
Curve?<br />
Jose Ricardo Silva<br />
Scarpari, Major, Brazilian<br />
Air Force, Technological<br />
Institute of Aeronautics<br />
(ITA)<br />
35B) Gearbox Loss<br />
of Lubrication<br />
Performance: Myth, Art<br />
or Science?<br />
Andrea Gabrielli,<br />
Transmission<br />
Lubrication Specialist,<br />
AgustaWestland<br />
35C) Effect of Desert<br />
Particulate Composition<br />
on Helicopter Engine<br />
Degradation Rate<br />
Nicholas Bojdo, Honorary<br />
Lecturer & Research<br />
Associate, University of<br />
Manchester<br />
FOR MORE INFORMATION AND TO REGISTER<br />
www.erf2014.com
PROGRAMME / DAY 3 – THURSDAY 4 SEPTEMBER 2014 (cont)<br />
Main Room – Mayflower 2 Parallel 1 – Mayflower 1 Parallel 2 – Mayflower 3 Parallel 3 – Bradford & Winslow Parallel 4 – Standish<br />
14:00<br />
AERODYNAMICS 8:<br />
36A) Observations of the<br />
Vortex Ring State<br />
Jordan Hislop, University<br />
of Glasgow<br />
DYNAMICS 5:<br />
37A) Robust Control<br />
Synthesis for Unmanned<br />
Helicopters<br />
Alexander Kusyumov,<br />
Professor, Kazan National<br />
Research Technology<br />
University (KAI)<br />
AIRCRAFT DESIGN 5:<br />
38A) Assessment of<br />
Power Sources and<br />
Electric Motors for<br />
Hybrid Electric Tiltrotors<br />
Vengalattore T Nagaraj,<br />
Senior Research Scientist,<br />
University of Maryland<br />
STRUCTURES &<br />
MATERIALS 1:<br />
39A) Bird Strike<br />
Substantiation of a Rotor<br />
Component by Simulation<br />
– Test Correlation, Residual<br />
Strength Capability<br />
Emmanuel Laillet, Stress<br />
and Fatigue Expert for<br />
Dynamic Systems, &<br />
Severin Halbout, Engineer,<br />
Airbus Helicopters<br />
AIRWORTHINESS 1:<br />
40A) Cockpit Avionics<br />
Integration of Non-<br />
Required Safety<br />
Enhancing System<br />
Installations<br />
Adrian Ilinca,<br />
Airworthiness Office<br />
Specialist, Airbus<br />
Helicopters<br />
14:30<br />
36B) Experimental<br />
Validation of Tilt-Rotor<br />
Aerodynamic Predictions<br />
Julien Decours, Senior<br />
Researcher, ONERA<br />
37B) Dynamic Properties<br />
of Some Gimbal and<br />
Teetering Two-Blade<br />
Helicopter Rotor Heads<br />
Radek Possamai, PhD<br />
Student, Politecnico di<br />
Milano<br />
38B) Powering Wireless<br />
Sensors for Rotorcraft<br />
HUMS<br />
Stephen Burrow, Reader,<br />
University of Bristol<br />
39B) Helicopter Dynamic<br />
Component Fatigue<br />
Life Prediction with a<br />
Probalisitic Load and<br />
Strength Model<br />
Sam Dekker, PhD Student,<br />
Airbus Helicopters<br />
40B) Life Extension and<br />
Airworthiness – We Are<br />
All Being Asked to Work<br />
Longer Before Retirement<br />
– Even Military Aircraft!<br />
Mike Sleath & Ian<br />
Glazebrook, Senior<br />
Consultants, Atkins<br />
15:00<br />
15:30<br />
36C) The Effects of the<br />
Installation Location<br />
of Propulsive Rotor<br />
on the Aerodynamic<br />
Characteristics of<br />
Main Rotors for ABC<br />
Helicopters<br />
Lyu Wei-Liang, Assistant<br />
Professor, Dalian<br />
University of Technology<br />
37C) Closed Loop<br />
Fidelity Assessment of<br />
Linear Time-Invariant<br />
Helicopter Models for<br />
Rotor and Flight Control<br />
Interaction Studies<br />
Ashwani Padthe, Post-<br />
Doctoral Research Fellow,<br />
University of Michigan<br />
NETWORKING AND REFRESHMENTS<br />
40C) A New Approach<br />
to Improved Rotorcraft<br />
Safety<br />
Gregory Bowles,<br />
Director, General<br />
Aviation Manufacturers<br />
Association<br />
16:00<br />
AERODYNAMICS 9:<br />
41A) Helicopter Aft-<br />
Body Drag Reduction by<br />
Passive Flow Control<br />
Moritz Grawunder,<br />
Research Assistant,<br />
Technische Universität<br />
München<br />
CREW STATION &<br />
HUMAN FACTORS 1:<br />
42A) A Socio-Technical<br />
Approach to Safety<br />
Margriet Bredewold,<br />
Trainer and Consultant,<br />
Co-Guard GmbH<br />
AIRCRAFT DESIGN 6:<br />
43A) Computational<br />
Efficiency and High<br />
Fidelity Optimisation of<br />
Rotor Blade Geometry<br />
Yasutada Tanabe,<br />
Associate Senior<br />
Researcher, Japan<br />
Aerospace Exploration<br />
Agency (JAXA)<br />
STRUCTURES &<br />
MATERIALS 2:<br />
44A) Elastomeric<br />
Evolution: A New Look<br />
at Carbon Nanotube<br />
Reinforced Elastomers<br />
Joshua Joseph Cummins,<br />
Graduate Research<br />
Assistant, Vanderbilt<br />
University & Christopher<br />
Maurice, Research<br />
Assistant, Auburn<br />
University<br />
COST REDUCTION 1:<br />
45A) Use of Tarawa<br />
Class Amphibious<br />
Assault Ships: an Option<br />
for Brazilian Offshore<br />
Operation Logistics<br />
Jones Mendes Vieira<br />
da Fonseca, Engineer,<br />
Embraer<br />
16:30<br />
41B) Improvement of<br />
Crossflow Aerodynamic<br />
Predictions for Forward<br />
Flight<br />
Marilyn Smith, Professor,<br />
Georgia Institute of<br />
Technology<br />
42B) The ‘Aviator’ vs.<br />
‘Systems Integrator’<br />
Conflict<br />
Jonathan Forde, Systems<br />
Engineering Technical<br />
Leader – Avionics, GE<br />
Aviation<br />
43B) Feasibility<br />
Assessment: a Cycloidal<br />
Rotor to Replace<br />
Conventional Helicopter<br />
Technology<br />
Louis Gagnon,<br />
Postdoctoral Fellow,<br />
Politecnico di Milano<br />
44B) Challenges<br />
and Perspectives<br />
for Nondestructive<br />
Inspection and<br />
Structural Diagnostics<br />
of Composites<br />
Andrew Makeev, Professor,<br />
University of Texas<br />
45B) Pitch Horn in<br />
Infusion Technology<br />
Markus Zellhuber, Head<br />
of Engineering, Airbus<br />
Helicopters<br />
17:00<br />
42C) Task Specific<br />
Helicopter Flight Crew<br />
Training: Developing an<br />
ICAO Manual<br />
Gordon Woolley,<br />
Chairman, IPTC Helicopter<br />
Mission Training Working<br />
Group<br />
17:30<br />
FRIDAY 5TH SEPTEMBER 2014<br />
END OF CONFERENCE<br />
09:00<br />
14:00<br />
TECHNICAL TOUR –<br />
MIDDLE WALLOP<br />
Coach will depart outside hotel<br />
A light lunch will be provided<br />
Return to Hotel via Southampton<br />
Airport and Southampton Central<br />
Train Station<br />
08:30<br />
12:00<br />
TECHNICAL TOUR –<br />
VECTOR AEROSPACE<br />
Coach will depart outside hotel<br />
Return to Hotel via Southampton<br />
Airport and Southampton Central<br />
Train Station<br />
Please note: These technical tours will occur<br />
simultaneously so please only select one<br />
when registering for ERF2014.<br />
These tours will be allocated on a first come<br />
first served basis and are limited to 50<br />
people per tour. Times are subject to change.<br />
See back page for more info on these<br />
technical tours.<br />
FOR MORE INFORMATION AND TO REGISTER<br />
www.erf2014.com
Exhibitors attending:<br />
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Proceedings<br />
Proceedings from this event are free to<br />
delegates. If you are unable to attend and would<br />
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To book a room at the Grand Harbour Hotel,<br />
please visit www.erf2014.com and view the<br />
Venue tab on the left hand side for more details.<br />
150 rooms have been reserved on behalf of<br />
the delegates, please mention ‘ERF2014’ if<br />
calling directly to receive the discount. Other<br />
hotels are available nearby; please contact<br />
the conference team for more information on<br />
erf2014@aerosociety.com<br />
REGISTRATION FORM:<br />
Reference: #725<br />
Registration and secure payment can be made on-line at www.aerosociety.com/events.<br />
Alternatively, complete one registration form per person (photocopies may be used) and return with payment to:<br />
Conference & Events Department, Royal Aeronautical Society, No.4 Hamilton Place, London, W1J 7BQ, UK<br />
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REGISTRATION FEES: (include refreshments, lunch and access to conference proceedings)<br />
Extras (in bold below) are optional and will be allocated on a first come first served basis. Please tick<br />
the box next to the Extra you wish to attend.<br />
Fee £ VAT 20% £ Total £<br />
Non-Member 800.00 160.00 960.00<br />
RAeS Corporate Partner (inc. Armed Forces)* 750.00 150.00 900.00<br />
RAeS/CEAS/AHS/ RHS Member 700.00 140.00 840.00<br />
Speaker/Chairman 650.00 130.00 780.00<br />
PhD Student 550.00 110.00 660.00<br />
MSc Student 300.00 60.00 360.00<br />
Welcome Reception at Beaulieu Motor Museum<br />
Conference Dinner at The Grand Cafe<br />
Technical Tour to Vector Aerospace (Tours will occur simultaneously; please tick ONE box only)<br />
Technical Tour to Middle Wallop<br />
(Tours will occur simultaneously; please tick ONE box only)<br />
Please include your CVC security code:<br />
These are the last 3 digits on the signature panel<br />
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All payments should be made in Sterling (UK£).<br />
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with this registration form. Please add £15 if your cheque<br />
is not drawn on a UK bank to cover bank charges/currency<br />
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Bank Transfer: Payments can be made by bank transfer into<br />
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plc, Mayfair Branch, 18a Curzon Street, London W1J 7LA,<br />
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* RAeS Corporate Partners are entitled to the special offer of five places for £3000.00 + VAT<br />
SIGNATURE: