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45th AIAA Aerospace Sciences Meeting and Exhibit

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<strong>45th</strong> <strong>AIAA</strong> <strong>Aerospace</strong> <strong>Sciences</strong> <strong>Meeting</strong> <strong>and</strong> <strong>Exhibit</strong><br />

8 - 11 Jan 2007 Gr<strong>and</strong> Sierra Resort Hotel (Formerly Reno Hilton) Reno, Nevada<br />

Monday Morning / 08 January 2007<br />

Session 1-AA-1 Jet Noise: Modeling N-10<br />

Chaired by: A. LYRINTZIS, Purdue University, West Lafayette, IN, <strong>and</strong> C. SHIEH, General Electric Global Research Center, Niskayuna, NY<br />

0800<br />

<strong>AIAA</strong>-2007-0011<br />

Numerical Study of<br />

Fluidic Injection for<br />

Noise Reduction<br />

M. Aberg, Lund<br />

University, Dept. Energy<br />

<strong>Sciences</strong>, Lund, Sweden<br />

0830<br />

<strong>AIAA</strong>-2007-0012<br />

Progress Toward<br />

Improving Jet Noise<br />

Predictions in Hot Jets<br />

A. Khavaran, NASA<br />

Glenn Research Center,<br />

Clevel<strong>and</strong>, OH<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0013<br />

Computational<br />

Aeroacoustics of a<br />

Separate Flow Exhaust<br />

System with Eccentric<br />

Inner Nozzle<br />

M. Mihaescu, University<br />

of Cincinnati, Cincinnati,<br />

OH<br />

0930<br />

<strong>AIAA</strong>-2007-0014<br />

Modeling Acoustic<br />

Effects on Coaxial<br />

Shear Injection Jet Flow<br />

using Molecular<br />

Dynamics Techniques<br />

J. Sailsman, Air Force<br />

Institute of Technology,<br />

Wright-Patterson AFB,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-0015<br />

Measurements in a Co-<br />

Axial Subsonic Jet<br />

A. Guitton, University of<br />

Poitiers, Poitiers, France<br />

1030<br />

<strong>AIAA</strong>-2007-0016<br />

Investigation of Noise<br />

Sources in Turbulent<br />

Hot Jets Using Large<br />

Eddy Simulation Data<br />

P. Lew, Purdue<br />

University, West<br />

Lafayette, IN<br />

Session 2-ABP-1 Compressors <strong>and</strong> Fans Whitney<br />

Chaired by: R. BRUCKNER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> S. GORRELL, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0017<br />

A Numerical Study of<br />

Water Injection on<br />

Transonic Compressor<br />

Rotor Performance<br />

I. Szabo, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

0830<br />

<strong>AIAA</strong>-2007-0018<br />

A Turbomachinery<br />

Gridding System<br />

M. Kamp, University of<br />

Cincinnati, Erlanger, KY<br />

0900<br />

<strong>AIAA</strong>-2007-0019<br />

Rotor Wake Variability in<br />

a Multistage Compressor<br />

N. Key, Purdue<br />

University, West<br />

Lafayette, IN<br />

0930<br />

<strong>AIAA</strong>-2007-0020<br />

Aerodynamic Damping<br />

Effects on the Resonant<br />

Response of Mistuned<br />

IBRs<br />

Y. Choi, Purdue<br />

University, West<br />

Lafayette, IN<br />

1000<br />

<strong>AIAA</strong>-2007-0021<br />

Modeling the<br />

Aerodynamic<br />

Performance of Modern<br />

Axial Flow Compressor<br />

Profiles: A Correlative<br />

Approach Using Current<br />

CFD Technology<br />

D. Bruna, DIMSET,<br />

Genova, Italy<br />

1030<br />

<strong>AIAA</strong>-2007-0023<br />

Design Refinement <strong>and</strong><br />

Performance Analysis of<br />

Two- Stage Fan for<br />

Small Turbofan Engines<br />

J. Masud, National<br />

University of <strong>Sciences</strong> &<br />

Technology, Risalpur,<br />

Pakistan<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7328.<br />

Chaired by: D. LEWIS, ATK, Rocket Center, WV, <strong>and</strong> R. SPRINGER, Aerojet, Sacramento, CA<br />

0800 0830 0900 0930 1000 1030


Monday Morning / 08 January 2007<br />

Session 3-ABP-2 High Speed Propulsion I Cascade 2<br />

Chaired by: D. LEWIS, ATK, Rocket Center, WV, <strong>and</strong> R. SPRINGER, Aerojet, Sacramento, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0024<br />

Numerical Investigation<br />

of a Super- Sonic Inlet<br />

Using Bleed <strong>and</strong> Micro-<br />

Ramps to Control<br />

Shock- Wave/Boundary<br />

Layer Interactions<br />

M. Atkinson, Air Force<br />

Research<br />

Laboratory/VAAC,<br />

Wright-Patterson AFB,<br />

OH<br />

0830<br />

<strong>AIAA</strong>-2007-0025<br />

Use of a Translating<br />

Cowl on a SSBJ for<br />

Improved Takeoff<br />

Performance<br />

A. Garzon, Aerion<br />

Corporation, Reno, NV<br />

Monday Morning / 08 January 2007<br />

Session 4-AD-1 Alternate Propulsion <strong>and</strong> Shape Optimization Crystal 3<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0026<br />

Analytical Computation<br />

of Leading Edge<br />

Truncation Effects on<br />

Inviscid Busemann Inlet<br />

Performance<br />

T. O'Brien, Aerojet,<br />

Sacramento, CA<br />

0930<br />

<strong>AIAA</strong>-2007-0029<br />

Study of Inlet Flow Field<br />

with Gas Jet Injection<br />

V. Vinogradov, Central<br />

Institute of Aviation<br />

Motors, Moscow, Russia<br />

1000<br />

<strong>AIAA</strong>-2007-0030<br />

Computational Fluid<br />

Dynamic Analysis of<br />

Scramjet Inlet<br />

D. Rozario, University of<br />

Wales, Wrexham, Great<br />

Britain<br />

Chaired by: D. SOBAN, Georgia Institute of Technology, Atlanta, GA, <strong>and</strong> M. PRICE, Queen's University, Belfast, Northern Irel<strong>and</strong><br />

0800<br />

<strong>AIAA</strong>-2007-0032<br />

Flight Test Results for a<br />

Fuel Cell Unmanned<br />

Aerial Vehicle<br />

T. Bradley, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

0830<br />

<strong>AIAA</strong>-2007-0033<br />

A Comprehensive<br />

Global Model of<br />

Broadb<strong>and</strong> Direct Solar<br />

Radiation for Solar Cell<br />

Simulation<br />

H. Ran, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

0900<br />

<strong>AIAA</strong>-2007-0034<br />

Operational<br />

Performance Prediction<br />

of a Hydrogen- Fueled<br />

Commercial Transport<br />

D. Maniaci,<br />

Pennsylvania State<br />

University, University<br />

Park, PA<br />

0930<br />

<strong>AIAA</strong>-2007-0035<br />

Development Nuclear<br />

Gas Core Reactor in<br />

Russia<br />

A. Koroteev, Keldysh<br />

Center, Moscow, Russia<br />

1000<br />

<strong>AIAA</strong>-2007-0036<br />

Multi- Objective /<br />

Multidisciplinary Design<br />

Optimisation of Blended<br />

Wing Body UAV via<br />

Advanced Evolutionary<br />

Algorithms<br />

D. Lee, University of<br />

Sydney, Sydney,<br />

Australia<br />

1030<br />

<strong>AIAA</strong>-2007-0031<br />

Numerical Analysis of<br />

Rectangular Plug Nozzle<br />

Considering Practical<br />

Geometry <strong>and</strong> Flow<br />

Conditions<br />

H. Miyamoto, Keio<br />

University, Yokohama,<br />

Japan<br />

1030<br />

<strong>AIAA</strong>-2007-0037<br />

An Investigation of the<br />

Attainable Efficiency of<br />

Flight at Mach One or<br />

Just Beyond<br />

A. Jameson, Stanford<br />

University, Stanford, CA<br />

1100<br />

<strong>AIAA</strong>-2007-0038<br />

A Study of Transport<br />

Aircraft High- Lift Design<br />

Approaches<br />

A. Antunes,<br />

Universidade de Sao<br />

Paulo, Sao Paulo, Brazil<br />

Session 5-AFM-1 Aeromechanics of Animal Flight (Invited) Carson 3<br />

Chaired by: J. EVERS, U.S. Air Force Research Laboratory, Eglin AFB, FL, <strong>and</strong> M. OL, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0039<br />

Flight Control<br />

Mechanisms in Birds of<br />

Prey<br />

G. Taylor, Oxford<br />

University, Oxford,<br />

Great Britain<br />

0830<br />

<strong>AIAA</strong>-2007-0040<br />

Unique Properties of<br />

Lateral- Directional<br />

Stability <strong>and</strong> Control in<br />

Birds<br />

G. Sachs, Technische<br />

Universitat Munchen,<br />

Garching, Germany<br />

0900<br />

<strong>AIAA</strong>-2007-0041<br />

The Aerodynamics of<br />

Hummingbird Flight<br />

D. Warrick, Oregon<br />

State University,<br />

Corvallis, OR<br />

0930<br />

<strong>AIAA</strong>-2007-0042<br />

Wing Structure <strong>and</strong> the<br />

Aerodynamic Basis of<br />

Flight in Bats<br />

S. Swartz, Brown<br />

University, Providence,<br />

RI<br />

1000<br />

<strong>AIAA</strong>-2007-0043<br />

Use <strong>and</strong> Function of a<br />

Leading Edge Flap on<br />

the Wings of Eagles<br />

A. Carruthers, Oxford<br />

University, Oxford, Great<br />

Britain<br />

1030<br />

<strong>AIAA</strong>-2007-0044<br />

Experimental Study of<br />

Low Speed Turning<br />

Flight in Cockatoos <strong>and</strong><br />

Cockatiels<br />

T. Hedrick, University of<br />

North Carolina, Chapel<br />

Hill, NC<br />

1100<br />

<strong>AIAA</strong>-2007-0046<br />

Flight Mechanic <strong>and</strong><br />

Aerodynamic Aspects of<br />

Extremely Large<br />

Dihedral in Birds<br />

G. Sachs, Technische<br />

Universitat Munchen,<br />

Garching, Germany


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7245.<br />

Chaired by: N. CLEMENS, University of Texas at Austin, Austin, TX, <strong>and</strong> S. BERESH, S<strong>and</strong>ia National Laboratories, Albuquerque, NM<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: R. HARTFIELD, Auburn University, Auburn University, AL<br />

0800 0830 0900 0930 1000 1030 1100 1130<br />

Chaired by: K. MASSEY, Georgia Technical Research Institute, Smyrna, GA<br />

0800 0830 0900 0930


Monday Morning / 08 January 2007<br />

Session 6-AMT-1 Development <strong>and</strong> Application of Velocimetry Techniques Shasta 2<br />

Chaired by: N. CLEMENS, University of Texas at Austin, Austin, TX, <strong>and</strong> S. BERESH, S<strong>and</strong>ia National Laboratories, Albuquerque, NM<br />

0800<br />

<strong>AIAA</strong>-2007-0047<br />

Time Resolved PIV for<br />

Space- Time<br />

Correlations in Hot Jets<br />

M. Wernet, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

0830<br />

<strong>AIAA</strong>-2007-0048<br />

A miniature 3simultaneous<br />

velocity<br />

component LDV probe<br />

O. Ivanchenko,<br />

University of Alabama,<br />

Tuscaloosa, AL<br />

Monday Morning / 08 January 2007<br />

Session 7-APA-1 Aerodynamic Design Optimisation Carson 1<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0049<br />

Aerodynamic Load<br />

Measurement of a Low<br />

Speed Airfoil Using<br />

Particle Image<br />

Velocimetry<br />

B. van Oudheusden,<br />

Delft University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

Chaired by: R. HARTFIELD, Auburn University, Auburn University, AL<br />

0800<br />

<strong>AIAA</strong>-2007-0055<br />

Adjoint Formulations for<br />

Topology, Shape <strong>and</strong><br />

Discrete Optimization<br />

S. Jameson, Stanford<br />

University, Stanford, CA<br />

0830<br />

<strong>AIAA</strong>-2007-0056<br />

Sonic Boom Reduction<br />

via Remote Inverse<br />

Adjoint Approach<br />

S. Nadarajah, McGill<br />

University, Montreal,<br />

Canada<br />

0900<br />

<strong>AIAA</strong>-2007-0057<br />

Adjoint- Based<br />

Optimisation of a<br />

Blended Wing Body<br />

Aircraft with Shock<br />

Control Bumps<br />

N. Qin, University of<br />

Sheffield, Sheffield,<br />

Great Britain<br />

0930<br />

<strong>AIAA</strong>-2007-0050<br />

Particle Image<br />

Velocimetry Based<br />

Loads Determination in<br />

Supersonic Flows<br />

L. Souverein, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1000<br />

<strong>AIAA</strong>-2007-0051<br />

Processing High- Speed<br />

Stereo Particle Image<br />

Velocimetry Data with an<br />

Integrated Cluster<br />

Supercomputer<br />

M. Perl, Utah State<br />

University, Logan, UT<br />

1030<br />

<strong>AIAA</strong>-2007-0052<br />

Measurements in the<br />

Near Field of a Swirling<br />

Jet Using CTA, LDA,<br />

<strong>and</strong> PLS<br />

J. Naughton, University<br />

of Wyoming, Laramie,<br />

WY<br />

1100<br />

<strong>AIAA</strong>-2007-0054<br />

Preliminary Tests of<br />

High Speed PIV<br />

Measurements in a<br />

Ludwieg- Tube<br />

Supersonic Wind Tunnel<br />

K. Juhany, King<br />

Abdulaziz Univesity,<br />

Jeddah, Saudi Arabia<br />

Session 8-APA-2 Aerodynamic Stability <strong>and</strong> Control N-9<br />

Chaired by: K. MASSEY, Georgia Technical Research Institute, Smyrna, GA<br />

0800<br />

<strong>AIAA</strong>-2007-0063<br />

Novel Locally Swept<br />

Lattice Wings for Missile<br />

Control at High Speeds<br />

D. Guyot, University of<br />

Technology Berlin,<br />

Berlin, Germany<br />

0830<br />

<strong>AIAA</strong>-2007-0065<br />

Aerodynamic Loading<br />

<strong>and</strong> Stability of an<br />

Aircraft with Outboard<br />

Horizontal Stabilizers<br />

J. Kentfield, University of<br />

Calgary, Calgary,<br />

Canada<br />

0900<br />

<strong>AIAA</strong>-2007-0067<br />

Development <strong>and</strong><br />

Testing of MEMS Control<br />

Surfaces for High Speed<br />

Projectiles<br />

M. Deeds, Naval<br />

Surface Warfare Center,<br />

Indian Head, MD<br />

0930<br />

<strong>AIAA</strong>-2007-0058<br />

Numerical Study of the<br />

Optimization of<br />

Separation Control<br />

A. Carnarius, Technical<br />

University of Berlin,<br />

Berlin, Germany<br />

0930<br />

<strong>AIAA</strong>-2007-0068<br />

Novel Pitch Control<br />

Effectors for a Blended<br />

Wing Body Airplane in<br />

Takeoff <strong>and</strong> L<strong>and</strong>ing<br />

Configuration<br />

Y. Staelens, University<br />

of Southern California ,<br />

Los Angeles, CA<br />

1000<br />

<strong>AIAA</strong>-2007-0059<br />

Effect of Shape<br />

Parameterization on<br />

Aerodynamic Shape<br />

Optimization<br />

P. Castonguay, McGill<br />

University, Montreal,<br />

Canada<br />

1030<br />

<strong>AIAA</strong>-2007-0060<br />

An Unsteady Discrete<br />

Adjoint Formulation for<br />

Two- Dimensional Flow<br />

Problems with<br />

Deforming Meshes<br />

K. Mani, University of<br />

Wyoming, Laramie, WY<br />

1100<br />

<strong>AIAA</strong>-2007-0061<br />

Accurate CFD Driven<br />

Optimization of Lifting<br />

Surfaces for Wing- Body<br />

Configuration<br />

S. Peigin, Israel Aircraft<br />

Industries, Ben-Gurion<br />

Airport, Israel<br />

1130<br />

<strong>AIAA</strong>-2007-0062<br />

A Universal Parametric<br />

Geometry<br />

Representation Method -<br />

"CST"<br />

B. Kulfan, Boeing<br />

Commercial Airplane<br />

Group, Seattle, WA<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7391.


Chaired by: S. HITZEL, European Aeronautic Defence <strong>and</strong> Space Company, Munich, Germany<br />

0800 0830 0900 0930 1000 1030 1100 1130<br />

Chaired by: G. JUMPER, U.S. Air Force Research Laboratory, Hanscom AFB, MA, <strong>and</strong> L. EHERNBERGER<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: A. BROEREN, University of Illinois at Urbana-Champaign, Urbana, IL, <strong>and</strong> T. RATVASKY, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800 0830 0900 0930 1000 1030


Monday Morning / 08 January 2007<br />

Session 9-APA-3 Flow with Moving Boundaries N-8<br />

Chaired by: S. HITZEL, European Aeronautic Defence <strong>and</strong> Space Company, Munich, Germany<br />

0800<br />

<strong>AIAA</strong>-2007-0070<br />

Computational<br />

Simulation of an<br />

Unmanned Air Vehicle<br />

Impacting Water<br />

A. Wick, Iowa State<br />

University, Ames, IA<br />

0830<br />

<strong>AIAA</strong>-2007-0071<br />

Aerodynamics of Low<br />

Reynolds Number<br />

Plunging Airfoil Under<br />

Gusty Environment<br />

Y. Lian, University of<br />

Michigan, Ann Arbor, MI<br />

Monday Morning / 08 January 2007<br />

Session 10-ASE-1 Clear Air Turbulence Crystal 2<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0072<br />

Viscous GBU38 Store<br />

Separation from Parent<br />

F15E Aircraft During<br />

Transonic Flight With<br />

Flight Test Comparison<br />

J. Dudley, U.S. Air<br />

Force SEEK Eagle<br />

Office, Eglin AFB, FL<br />

0930<br />

<strong>AIAA</strong>-2007-0073<br />

Numerical Simulation<br />

Based on CFD <strong>and</strong><br />

Flight Dynamics for<br />

Morphing Body<br />

Y. Ueno, Nagoya<br />

University, Nagoya,<br />

Japan<br />

Chaired by: G. JUMPER, U.S. Air Force Research Laboratory, Hanscom AFB, MA, <strong>and</strong> L. EHERNBERGER<br />

0800<br />

<strong>AIAA</strong>-2007-0078<br />

Airborne Forward<br />

Looking Interferometer<br />

Turbulence Investigation<br />

G. Gimmestad, Georgia<br />

Tech Research Institute,<br />

Atlanta, GA<br />

0830<br />

<strong>AIAA</strong>-2007-0079<br />

Turbulence <strong>and</strong><br />

Mountain Wave<br />

Conditions Observed<br />

with an Airborne 2-<br />

Micron Lidar<br />

E. Teets, NASA Dryden<br />

Flight Research Center,<br />

Edwards, CA<br />

0900<br />

<strong>AIAA</strong>-2007-0080<br />

In Situ Measurement of<br />

Waves <strong>and</strong> Turbulence<br />

in the T- REX Campaign<br />

G. Jumper, U.S. Air<br />

Force Research<br />

Laboratory, Hanscom<br />

AFB, MA<br />

0930<br />

<strong>AIAA</strong>-2007-0081<br />

Numerical Simulation of<br />

Clear Air Turbulence<br />

Using 4D- Var<br />

T. Misaka, Tohoku<br />

University, Sendai,<br />

Japan<br />

1000<br />

<strong>AIAA</strong>-2007-0074<br />

Dynamic Analysis of<br />

Atmospheric- Entry<br />

Probes <strong>and</strong> Capsules<br />

S. Murman, ELORET<br />

Corporation, Moffett<br />

Field, CA<br />

1000<br />

<strong>AIAA</strong>-2007-0083<br />

Role of Grid Adaptation<br />

in Optical Turbulence<br />

Prediction<br />

X. Xiao, North Carolina<br />

State University,<br />

Raleigh, NC<br />

1030<br />

<strong>AIAA</strong>-2007-0075<br />

Application of the<br />

Unstructured Chimera<br />

Method for Rapid<br />

Weapons Trajectory<br />

Simulations<br />

J. Hooker, Lockheed<br />

Martin Corporation,<br />

Marietta, GA<br />

1030<br />

<strong>AIAA</strong>-2007-0084<br />

Simulations of Non-<br />

Hydrostatic Atmosphere<br />

Using Conservation<br />

Laws Package<br />

N. Ahmad, Science<br />

Applications<br />

International<br />

Corporation, McLean, VA<br />

1100<br />

<strong>AIAA</strong>-2007-0076<br />

Effect of Oscillation on<br />

Skin Friction Drag under<br />

the Influence of Adverse<br />

Pressure Gradients<br />

M. Amir, University of<br />

Manchester,<br />

Manchester, Great<br />

Britain<br />

1130<br />

<strong>AIAA</strong>-2007-0077<br />

Effect of Reduced<br />

Frequency <strong>and</strong> Surface<br />

Roughness on an Airfoil<br />

in Plunging Motion<br />

Session 11-ASE-2 Iced Aerodynamics Crystal 1<br />

Chaired by: A. BROEREN, University of Illinois at Urbana-Champaign, Urbana, IL, <strong>and</strong> T. RATVASKY, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0085<br />

Airfoil Ice- Accretion<br />

Aerodynamic Simulation<br />

M. Bragg, University of<br />

Illinois at<br />

Urbana-Champaign,<br />

Urbana, IL<br />

0830<br />

<strong>AIAA</strong>-2007-0087<br />

Aerodynamic Simulation<br />

of a Horn- Ice Accretion<br />

on a Subscale Model<br />

G. Busch, University of<br />

Illinois at<br />

Urbana-Champaign,<br />

Urbana, IL<br />

0900<br />

<strong>AIAA</strong>-2007-0086<br />

Aircraft Performance<br />

Sensitivity to Icing Cloud<br />

Conditions<br />

S. Campbell, University<br />

of Illinois at<br />

Urbana-Champaign,<br />

Urbana, IL<br />

0930<br />

<strong>AIAA</strong>-2007-0088<br />

Two- <strong>and</strong> Three-<br />

Dimensional Iced Airfoil<br />

Separation Bubble<br />

Measurements by<br />

Particle Image<br />

Velocimetry<br />

J. Jacobs, University of<br />

Illinois at<br />

Urbana-Champaign,<br />

Urbana, IL<br />

1000<br />

<strong>AIAA</strong>-2007-0089<br />

Flight Testing an Iced<br />

Business Jet for Flight<br />

Simulation Model<br />

Validation<br />

T. Ratvasky, NASA<br />

Glenn Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1030<br />

<strong>AIAA</strong>-2007-0091<br />

Developing Critical Ice<br />

Shapes for Use in<br />

Aircraft Development<br />

<strong>and</strong> Certification<br />

D. Parkins, American<br />

Kestrel Company, LLC,<br />

Ithaca, NY<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

M. Soltani, Sharif<br />

University of<br />

Technology, Tehran, Iran


http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7289.<br />

Chaired by: D. FERGUSON, NASA Marshall Space Flight Center, Huntsville, AL, <strong>and</strong> J. PREBOLA, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: B. SEKAR, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> C. NELSON, Innovative Technology Applications Company, LLC, Lynnwood, WA<br />

0800 0830 0900 0930 1000<br />

Chaired by: T. MCLAUGHLIN, U.S. Air Force Academy, Colorado Springs, CO, <strong>and</strong> L. CATTAFESTA, University of Florida, Gainesville, FL<br />

0800 0830 0900 0930 1000 1030


Monday Morning / 08 January 2007<br />

Session 12-ASE-3 Space Environments Ground <strong>and</strong> Flight Testing I Shasta 1<br />

Chaired by: D. FERGUSON, NASA Marshall Space Flight Center, Huntsville, AL, <strong>and</strong> J. PREBOLA, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

0800<br />

<strong>AIAA</strong>-2007-0092<br />

Evaluation of<br />

Enhancements to the<br />

AEDC Combined Space<br />

Environment Chamber<br />

J. Prebola, Arnold<br />

Engineering<br />

Development Center,<br />

Arnold AFB, TN<br />

0830<br />

<strong>AIAA</strong>-2007-0093<br />

Comparative Analysis of<br />

Arcing in LEO <strong>and</strong> GEO<br />

Simulated Environments<br />

B. Vayner, Ohio<br />

<strong>Aerospace</strong> Institute,<br />

Clevel<strong>and</strong>, OH<br />

Monday Morning / 08 January 2007<br />

Session 13-FD-1 CFD Verification <strong>and</strong> Validation N-6<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0094<br />

Fabrication of Space<br />

Durable Polymer <strong>and</strong> its<br />

Performance under<br />

Space Environments<br />

S. Bhowmik, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

0930<br />

<strong>AIAA</strong>-2007-0095<br />

Arc Testing of a Mockup<br />

Cable in a Simulated<br />

Space Radiation<br />

Environment<br />

D. Ferguson, NASA<br />

Marshall Space Flight<br />

Center, Huntsville, AL<br />

1000<br />

<strong>AIAA</strong>-2007-0096<br />

Internal Charge<br />

Distributions in PTFE<br />

Film by Numerical <strong>and</strong><br />

Experimental Analysis<br />

R. Watanabe, Musashi<br />

Institute of Technology,<br />

Tokyo, Japan<br />

1030<br />

<strong>AIAA</strong>-2007-0097<br />

Proton Induced Internal<br />

Electrostatic Discharges<br />

<strong>and</strong> Charge Storage in<br />

Spacecraft Dielectrics<br />

N. Green, Jet Propulsion<br />

Laboratory, California<br />

Institute of Technology,<br />

Pasadena, CA<br />

Chaired by: B. SEKAR, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> C. NELSON, Innovative Technology Applications Company, LLC, Lynnwood, WA<br />

0800<br />

<strong>AIAA</strong>-2007-0100<br />

A Posteriori Method for<br />

Estimating <strong>and</strong><br />

Correcting Grid- Induced<br />

Errors in CFD Solutions<br />

Part 1: Theory <strong>and</strong><br />

Method<br />

T. Shih, Iowa State<br />

University, Ames, IA<br />

0830<br />

<strong>AIAA</strong>-2007-0101<br />

A Post Processing<br />

Approach for CFD Error<br />

Associated with Grid<br />

Resolution<br />

M. Mani, The Boeing<br />

Company, St. Louis, MO<br />

0900<br />

<strong>AIAA</strong>-2007-0102<br />

Estimation of Numerical<br />

Error for 3D Inviscid<br />

Flows on Cartesian Grids<br />

C. Roy, Auburn<br />

University, Auburn, AL<br />

0930<br />

<strong>AIAA</strong>-2007-0104<br />

Assessment of<br />

Turbulent Shock-<br />

Boundary Layer<br />

Interaction<br />

Computations Using the<br />

OVERFLOW Code<br />

A. Oliver, Purdue<br />

University, West<br />

Lafayette, IN<br />

1000<br />

<strong>AIAA</strong>-2007-0107<br />

On Dependence of<br />

Structure of Numerical<br />

Solutions on Insertion of<br />

R<strong>and</strong>om Errors<br />

I. Hataue, Kanazawa<br />

University, Kanazawa,<br />

Japan<br />

Session 14-FD-2 Closed Loop Flow Control Carson 2<br />

Chaired by: T. MCLAUGHLIN, U.S. Air Force Academy, Colorado Springs, CO, <strong>and</strong> L. CATTAFESTA, University of Florida, Gainesville, FL<br />

0800<br />

<strong>AIAA</strong>-2007-0108<br />

Closed- Loop Plasma<br />

Active Control<br />

Technology (CLOPACT)<br />

B. Snyder, U.S. Air<br />

Force Academy,<br />

Colorado Springs, CO<br />

0830<br />

<strong>AIAA</strong>-2007-0109<br />

MIMO Feedback Control<br />

of Flow Separation<br />

Q. Song, University of<br />

Florida, Gainesville, FL<br />

0900<br />

<strong>AIAA</strong>-2007-0110<br />

Effect of DFC<br />

Parameter on Flow<br />

Control Around Wings<br />

with PSJA<br />

M. Ohishi, Yamaguchi<br />

University, Ube, Japan<br />

0930<br />

<strong>AIAA</strong>-2007-0111<br />

Shift Modes <strong>and</strong><br />

Transient Dynamics in<br />

Low Order, Design<br />

Oriented Galerkin<br />

Models<br />

,<br />

1000<br />

<strong>AIAA</strong>-2007-0112<br />

Low Dimensional POD<br />

Based Estimation of a<br />

3D Turbulent Separated<br />

Flow<br />

S. Siegel, U.S. Air Force<br />

Academy, Colorado<br />

Springs, CO<br />

1030<br />

<strong>AIAA</strong>-2007-0114<br />

A Closed- Loop Flight<br />

Control Experiment<br />

Using Active Flow<br />

Control Actuators<br />

A. Kutay, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7354.


Monday Morning / 08 January 2007<br />

Session 15-FD-3 High Speed Flows N-3<br />

Chaired by: R. KIMMEL, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> R. BOWERSOX, Texas A&M University, College Station, TX<br />

0800<br />

<strong>AIAA</strong>-2007-0115<br />

Numerical Simulations<br />

of a Scramjet Isolator<br />

Using RANS <strong>and</strong> LES<br />

Approaches<br />

J. Allen, Utah State<br />

University, Logan, UT<br />

0830<br />

<strong>AIAA</strong>-2007-0117<br />

Detailed Study of Mixing<br />

Enhancement by Jet<br />

Modulation <strong>and</strong> Oblique<br />

Injection<br />

M. Dziuba, Rutgers<br />

University, Piscataway,<br />

NJ<br />

Monday Morning / 08 January 2007<br />

Session 16-FD-4 Unsteady Flows Crystal 4<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0118<br />

Visualization of<br />

Hypersonic<br />

Compression Corner<br />

Flows Using<br />

Temperature- <strong>and</strong><br />

Pressure- Sensitive<br />

Paints<br />

Y. Ishiguro, Tohoku<br />

University, Miyagi, Japan<br />

0930<br />

<strong>AIAA</strong>-2007-0119<br />

Investigation of an<br />

Oblique Shock<br />

Reflection with<br />

Separation by PIV<br />

Measurements<br />

P. Dupont, Centre<br />

National de la<br />

Recherche Scientifique,<br />

Marseille, France<br />

1000<br />

<strong>AIAA</strong>-2007-0120<br />

Gas Kinetic Scheme for<br />

Continuum <strong>and</strong> Near-<br />

Continuum Hypersonic<br />

Flows<br />

W. Liao, Old Dominion<br />

University, Norfolk, VA<br />

Chaired by: M. GLAUSER, Syracuse University, Syracuse, NY, <strong>and</strong> S. SCHRECK, National Renewable Energy Laboratory, Golden, CO<br />

0800<br />

<strong>AIAA</strong>-2007-0123<br />

Simulation of<br />

Manoeuvring Aircraft<br />

with the Unstructured<br />

Chimera Approach<br />

K. Sorensen, European<br />

Aeronautic Defence <strong>and</strong><br />

Space Company,<br />

Munich, Germany<br />

0830<br />

<strong>AIAA</strong>-2007-0124<br />

Unsteady Flow<br />

Measurements of a<br />

Slender Delta Wing in<br />

Wing Rock Motion<br />

Y. Hirose, Tohoku<br />

University, Sendai,<br />

Japan<br />

0900<br />

<strong>AIAA</strong>-2007-0125<br />

Immersed Boundary<br />

Method for<br />

Compressible High-<br />

Reynolds Number<br />

Viscous Flow around<br />

Moving Bodies<br />

Y. Cho, Pennsylvania<br />

State University,<br />

University Park, PA<br />

0930<br />

<strong>AIAA</strong>-2007-0126<br />

Computational Method<br />

for Non- Conservation<br />

Form of 1- D Unsteady<br />

Euler Equations for<br />

Closed- Loop Transport<br />

Systems<br />

N. Nguyen, NASA Ames<br />

Research Center,<br />

Moffett Field, CA<br />

1000<br />

<strong>AIAA</strong>-2007-0127<br />

Simulation of Film<br />

Cooling Flow from one<br />

Row of Inclined<br />

Cylindrical Jets by Using<br />

Lattice- Boltzmann<br />

Method<br />

Y. Li, Exa Corporation,<br />

Burlington, MA<br />

1030<br />

<strong>AIAA</strong>-2007-0121<br />

A Computational<br />

Analysis of<br />

Thermochemical Studies<br />

in the LENS Facilities<br />

M. MacLean, CUBRC,<br />

Aerothermal/Aero-optics<br />

Evaluation Center,<br />

Buffalo, NY<br />

1100<br />

<strong>AIAA</strong>-2007-0122<br />

Clustering Effects on<br />

Performance <strong>and</strong><br />

Heating of a Linear<br />

Aerospike Nozzle<br />

S. Tsutsumi, University<br />

of Tokyo, Kanagawa,<br />

Japan<br />

Session 17-FD-5 Wake Flows I N-11<br />

Chaired by: D. WILLIAMS, Illinois Institute of Technology, Chicago, IL, <strong>and</strong> S. SIEGEL, U.S. Air Force Academy, Colorado Springs, CO<br />

0800<br />

<strong>AIAA</strong>-2007-0130<br />

Analysis of Vortex Pairs<br />

in the Wakes of Notched<br />

Wings<br />

L. Szkatula, University of<br />

Wales, Wrexham, Great<br />

Britain<br />

0830<br />

<strong>AIAA</strong>-2007-0131<br />

Numerical Study of<br />

Vortical Flows Shedding<br />

from a Bluff Body with a<br />

Wavy Trailing Edge<br />

J. Cai, National<br />

University of Singapore,<br />

Singapore, Singapore<br />

0900<br />

<strong>AIAA</strong>-2007-0132<br />

The Formation Region<br />

Behind a Blunt Body<br />

Fitted with Splitter Plates<br />

M. Ortega, ITA,<br />

Technological Institute<br />

of Aeronautics, São<br />

José Dos Campos, SP,<br />

Brazil<br />

0930<br />

<strong>AIAA</strong>-2007-0133<br />

Three- Dimensional<br />

Inviscid Flowfield<br />

Computation Over<br />

Various Reentry<br />

Configurations<br />

R. Mehta, Vikram<br />

Sarabhai Space Centre,<br />

Triv<strong>and</strong>rum, India<br />

1000<br />

<strong>AIAA</strong>-2007-0134<br />

Modified DLM Method<br />

for Finite- Volume<br />

Simulation of Particle<br />

Flow<br />

A. Ardekani, University<br />

of California Irvine,<br />

Irvine, CA<br />

1030<br />

<strong>AIAA</strong>-2007-0128<br />

Unsteady Propulsion<br />

<strong>and</strong> Wake Structure of a<br />

Finite Aspect Ratio<br />

Pitching Plate<br />

J. Buchholz, Princeton<br />

University, Princeton, NJ<br />

1100<br />

<strong>AIAA</strong>-2007-0129<br />

Effects of Reynolds<br />

Number <strong>and</strong> Flapping<br />

Kinematics on Hovering<br />

Aerodynamics<br />

J. Tang, University of<br />

Michigan, Ann Arbor, MI<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


Chaired by: K. SACKSTEDER <strong>and</strong> F. KOHL, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7468.<br />

0800 0830 0900 0930 1000<br />

Chaired by: N. ULBRICH, Jacobs Technology, Inc, Moffett Field, CA, <strong>and</strong> R. DELOACH, NASA Langley Research Center, Hampton, VA<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: K. BURNS, Wyle Laboratories, San Diego, CA<br />

0800 0830 0900 0930 1000


Monday Morning / 08 January 2007<br />

Session 18-GPSE-1 Advanced Capabilities for the Exploration of Space I N-4<br />

Chaired by: K. SACKSTEDER <strong>and</strong> F. KOHL, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0136<br />

The Exploration<br />

Technology<br />

Development Program<br />

C. Moore, NASA<br />

Headquarters,<br />

Washington, DC<br />

0830<br />

<strong>AIAA</strong>-2007-0137<br />

The Lunar Precursor<br />

Robotic Program<br />

D. Atkinson, NASA<br />

Headquarters,<br />

Washington, DC<br />

Monday Morning / 08 January 2007<br />

Session 19-GT-1 Advances in Strain-Gage Balance Design, Calibration <strong>and</strong> Analysis I (Invited) Sierra 2<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0138<br />

The Human Research<br />

Program<br />

D. Tomko, NASA<br />

Headquarters,<br />

Washington, DC<br />

0930<br />

<strong>AIAA</strong>-2007-0139<br />

NASA Utilization of the<br />

International Space<br />

Station <strong>and</strong> the Vision<br />

for Space Exploration<br />

J. Robinson, NASA<br />

Johnson Space Center,<br />

Houston, TX<br />

1000<br />

<strong>AIAA</strong>-2007-0140<br />

Commercial Objectives<br />

of the Lunar Architecture<br />

M. Nall, NASA Marshall<br />

Space Flight Center,<br />

Huntsville, AL<br />

Chaired by: N. ULBRICH, Jacobs Technology, Inc, Moffett Field, CA, <strong>and</strong> R. DELOACH, NASA Langley Research Center, Hampton, VA<br />

0800<br />

<strong>AIAA</strong>-2007-0143<br />

Comparative Study of<br />

Strain- Gauge Balance<br />

Calibration Procedures<br />

Using the Balance<br />

Calibration Machine<br />

I. Philipsen,<br />

German-Dutch Wind<br />

Tunnels, Emmeloord,<br />

The Netherl<strong>and</strong>s<br />

0830<br />

<strong>AIAA</strong>-2007-0144<br />

Stepwise Regression<br />

Analysis of MDOE<br />

Balance Calibration Data<br />

Acquired at DNW<br />

R. DeLoach, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

Session 20-HIS-1 History of Aeronautical Design Carson 4<br />

Chaired by: K. BURNS, Wyle Laboratories, San Diego, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0149<br />

History of Test Facility<br />

Design Expertise at<br />

Aiolos Engineering<br />

Corporation<br />

G. Elfstrom, Aiolos<br />

Engineering<br />

Corporation, Toronto,<br />

Canada<br />

0830<br />

<strong>AIAA</strong>-2007-0150<br />

A Summary of a Half-<br />

Century of Oblique Wing<br />

Research<br />

M. Hirschberg, CENTRA<br />

Technology, Inc.,<br />

Arlington, VA<br />

0900<br />

<strong>AIAA</strong>-2007-0145<br />

Analysis of Balance<br />

Calibration Machine<br />

Data Using<br />

Automatically Generated<br />

Math Models<br />

N. Ulbrich, Jacobs<br />

Technology, Inc., Moffett<br />

Field, CA<br />

0900<br />

<strong>AIAA</strong>-2007-0151<br />

The Early Development<br />

of JetPropelled Aircraft-<br />

A Review of German<br />

Contributions to<br />

<strong>Aerospace</strong> Technology<br />

J. McMasters, The<br />

Boeing Company,<br />

Seattle, WA<br />

0930<br />

<strong>AIAA</strong>-2007-0146<br />

Analysis of Calibration<br />

Data for the Multi-<br />

Component Rotor<br />

Balance Installed in the<br />

NFAC Large Rotor Test<br />

Apparatus<br />

J. van Aken, Jacobs<br />

Engineering, Moffett<br />

Field, CA<br />

0930<br />

<strong>AIAA</strong>-2007-0152<br />

The B- 29 And The<br />

Home Front Battle - An<br />

Engineering And<br />

Manufacturing<br />

Workforce Contribution<br />

To Victory<br />

M. Lavelle, Museum of<br />

Flight, Seattle, WA<br />

1000<br />

<strong>AIAA</strong>-2007-0147<br />

A Comparison of Two<br />

Balance Calibration<br />

Model Building Methods<br />

R. DeLoach, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1000<br />

<strong>AIAA</strong>-2007-0154<br />

Reconstructing the<br />

Features <strong>and</strong><br />

Performances of Historic<br />

Airplanes<br />

R. Martinez-Val,<br />

Universidad Politecnica<br />

de Madrid, Madrid, Spain<br />

1030<br />

<strong>AIAA</strong>-2007-0148<br />

The 2nd Generation<br />

Balance Calibration<br />

Machine of Darmstadt<br />

University of Technology<br />

(TUD)<br />

K. Hufnagel, Darmstadt<br />

University of<br />

Technology, Griesheim,<br />

Germany<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7425.


Monday Morning / 08 January 2007<br />

Session 21-IS-1 Intelligent <strong>and</strong> Adaptive Control Cascade 1<br />

Chaired by: S. GARG, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0155<br />

Robust Adaptive Fault-<br />

Tolerant Control with<br />

Trajectory Optimization<br />

Y. Huo, University of<br />

Southerm California, Los<br />

Angeles, CA<br />

0830<br />

<strong>AIAA</strong>-2007-0156<br />

Analytic Redundancy for<br />

Automatic Control<br />

Systems: Recursive<br />

Neural Network Based<br />

Virtual Sensors<br />

W. Faller, Applied<br />

Simulation<br />

Technologies, Cocoa<br />

Beach, FL<br />

Monday Morning / 08 January 2007<br />

Session 22-NSC-1 <strong>AIAA</strong> International Student Conference Undergraduate Division Crystal 5<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0157<br />

A Control Framework for<br />

Configurable Formation<br />

Flight of Autonomous<br />

Helicopters<br />

M. Saffarian, University<br />

of Alberta, Edmonton,<br />

Canada<br />

0930<br />

<strong>AIAA</strong>-2007-0158<br />

Optimal Static Soaring of<br />

UAVs Using Vehicle<br />

Routing with Time<br />

Windows<br />

N. Kahveci, University of<br />

Southern California, Los<br />

Angeles, CA<br />

Chaired by: B. LUND, The Boeing Company, Huntington Beach, CA, <strong>and</strong> C. TAVARES, The Boeing Company, St. Louis, MO<br />

0800<br />

<strong>AIAA</strong>-2007-0160<br />

Variability in Mixed-<br />

Mode Delamination<br />

Toughness with<br />

Implications for<br />

Research <strong>and</strong> Practical<br />

Applications<br />

S. Teller, Syracuse<br />

University, Syracuse, NY<br />

0830<br />

<strong>AIAA</strong>-2007-0161<br />

Enhanced Algorithms<br />

for an Underwater<br />

Visual Positioning<br />

System<br />

P. Rosendall, University<br />

of Maryl<strong>and</strong>, Olney, MD<br />

0900<br />

<strong>AIAA</strong>-2007-0162<br />

Reducing Water Vapor<br />

Intrusion in Pressure<br />

Sense Line of an Upper-<br />

Stage Rocket Engine<br />

A. Longenecker, Duke<br />

University, Durham, NC<br />

Session 23-PC-1 Continuous Flow Combustion Teton 1<br />

Chaired by: J. OEFELEIN, S<strong>and</strong>ia National Laboratories, Livermore, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0168<br />

A Detailed Investigation<br />

of Bluff Body Stabilized<br />

Flames<br />

B. Kiel, U.S. Air Force<br />

Research Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

0830<br />

<strong>AIAA</strong>-2007-0169<br />

Dynamics of Bluff Body<br />

Flames Near Blowoff<br />

T. Lieuwen, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

0900<br />

<strong>AIAA</strong>-2007-0170<br />

LES Blowout Analysis of<br />

Premixed Flow Past Vgutter<br />

Flameholder<br />

C. Smith, CFD Research<br />

Corporation, Huntsville,<br />

AL<br />

0930<br />

<strong>AIAA</strong>-2007-0163<br />

Intentionally Triggered<br />

Dynamic Stall for<br />

Cascade Lift<br />

Enhancement<br />

B. Cukurel, Purdue<br />

University, West<br />

Lafayette, IN<br />

0930<br />

<strong>AIAA</strong>-2007-0172<br />

Characterization of the<br />

Reacting Flowfield in a<br />

Liquid- Fueled<br />

Stagnation Point<br />

Reverse Flow<br />

Combustor<br />

P. Gopalakrishnan,<br />

Georgia Institute of<br />

Technology, Atlanta, GA<br />

1000<br />

<strong>AIAA</strong>-2007-0164<br />

Space- Based Antenna<br />

Morphing Using<br />

Reinforcement Learning<br />

H. Feldman, Texas<br />

A&M University, College<br />

Station, TX<br />

1000<br />

<strong>AIAA</strong>-2007-0173<br />

Product Recirculation<br />

<strong>and</strong> Mixing Studies in a<br />

Stagnation Point<br />

Reverse Flow<br />

Combustor<br />

M. Bobba, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

1030<br />

<strong>AIAA</strong>-2007-0165<br />

Definition of AC- 130H<br />

Gunship Energy<br />

Maneuvering Capability<br />

M. Karmondy, U.S. Air<br />

Force Academy,<br />

Colorado Springs, CO<br />

1100<br />

<strong>AIAA</strong>-2007-0166<br />

Analysis of Pulsed<br />

Plasma Thruster Plume<br />

Characteristics<br />

T. Maruo, University of<br />

Washington , Seattle,<br />

WA<br />

1130<br />

<strong>AIAA</strong>-2007-0167<br />

Investigation of Free<br />

Pulsed Jets<br />

R. Cowling, Monash<br />

University, Melbourne,<br />

Australia<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


Chaired by: T. LIEUWEN, Georgia Institute of Technology, Atlanta, GA<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7424.<br />

0800 0830 0900 0930 1000 1030 1100 1130<br />

Chaired by: D. GAITONDE, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800 0830 0900 0930 1000<br />

Chaired by: J. MODER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> F. MASHAYEK, University of Illinois at Chicago, Chicago, IL<br />

0800 0900 0930 1000 1030 1100 1130


Monday Morning / 08 January 2007<br />

Session 24-PC-2 Flames Studies I Teton 2<br />

Chaired by: T. LIEUWEN, Georgia Institute of Technology, Atlanta, GA<br />

0800<br />

<strong>AIAA</strong>-2007-0175<br />

Combined Effects of<br />

Stretch, Curvature, <strong>and</strong><br />

Radiation on the<br />

Extinction of Tubular<br />

Premixed Flames<br />

Z. Chen, Princeton<br />

University, Princeton ,<br />

NJ<br />

0830<br />

<strong>AIAA</strong>-2007-0176<br />

Linear Response of<br />

Premixed Flames to<br />

Flow Oscillations:<br />

Unsteady Stretch Effects<br />

P. Preetham, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

Monday Morning / 08 January 2007<br />

Session 25-PDL-1 / FD-6 Plasma Actuators I N-7<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0177<br />

Extinction <strong>and</strong> Near-<br />

Extinction Instability of<br />

Non- Premixed Tubular<br />

Flames<br />

S. Hu, V<strong>and</strong>erbilt<br />

University, Nashville, TN<br />

0930<br />

<strong>AIAA</strong>-2007-0178<br />

Structural Study of Non-<br />

Premixed Tubular<br />

Hydrocarbon Flames<br />

S. Hu, V<strong>and</strong>erbilt<br />

University, Nashville, TN<br />

Chaired by: D. GAITONDE, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0183<br />

EHD Force in Dielectric<br />

Barrier Discharges<br />

Parametric Study <strong>and</strong><br />

Influence of Negative<br />

Ions<br />

J. Boeuf, Université Paul<br />

Sabatier, Toulouse,<br />

France<br />

0830<br />

<strong>AIAA</strong>-2007-0184<br />

Air Plasma Actuators for<br />

Effective Flow Control<br />

S. Roy, University of<br />

Florida, Gainesville, FL<br />

0900<br />

<strong>AIAA</strong>-2007-0185<br />

Force Production<br />

Mechanisms of a<br />

Dielectric- Barrier<br />

Discharge Plasma<br />

Actuator<br />

J. Gregory, U.S. Air<br />

Force Academy,<br />

Colorado Springs, CO<br />

0930<br />

<strong>AIAA</strong>-2007-0187<br />

A Parametric<br />

Experimental Study for<br />

Momentum Transfer by<br />

Plasma Actuator<br />

T. Abe, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Kanagawa,<br />

Japan<br />

1000<br />

<strong>AIAA</strong>-2007-0179<br />

OH <strong>and</strong> CH2O<br />

Measurement <strong>and</strong><br />

Simulation Through<br />

Local Extinction in<br />

Nonpremixed Flames<br />

W. Carnell, University of<br />

Connecticut, Storrs, CT<br />

1000<br />

<strong>AIAA</strong>-2007-0188<br />

Plasma Discharge<br />

Characteristics <strong>and</strong><br />

Experimentally<br />

Determined Boundary<br />

Conditions for a Plasma<br />

Actuator<br />

G. Font, U.S. Air Force<br />

Academy, Colorado<br />

Springs, CO<br />

1030<br />

<strong>AIAA</strong>-2007-0180<br />

Characteristics of<br />

Propagating H2-<br />

Enriched CH4- Air<br />

Flames<br />

A. Briones, University of<br />

Illinois at Chicago,<br />

Chicago, IL<br />

1100<br />

<strong>AIAA</strong>-2007-0181<br />

A Review of Flame<br />

Extinction Phenomena<br />

from the Perspective of<br />

Fire Suppression<br />

S. Aggarwal, University<br />

of Illinois at Chicago,<br />

Chicago, IL<br />

1130<br />

<strong>AIAA</strong>-2007-0182<br />

Oscillatory Response of<br />

Free- Anchor Laminar<br />

Premixed Flames with<br />

Non- Constant Flame<br />

Speed<br />

S. Shreekrishna, Indian<br />

Institute of Technology,<br />

Madras, Chennai, India<br />

Session 26-TES-1 Combustion Modeling in Energy Systems N-5<br />

Chaired by: J. MODER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> F. MASHAYEK, University of Illinois at Chicago, Chicago, IL<br />

0800<br />

<strong>AIAA</strong>-2007-0190<br />

Invited Review: Reliable <strong>and</strong> Affordable<br />

Simulation of Turbulent Combustion<br />

P. Givi, University of Pittsburgh, Pittsburgh, PA<br />

0900<br />

<strong>AIAA</strong>-2007-0191<br />

RANS <strong>and</strong> Very Large<br />

Eddy Simulations of a<br />

Turbulent Flow in a Lean<br />

Direct Injection<br />

Hydrogen Combustor<br />

T. Shih, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

0930<br />

<strong>AIAA</strong>-2007-0192<br />

Reacting Flow Studies in<br />

Counter- Current Dump<br />

Combustor<br />

K. Sengupta, University<br />

of Illinois at Chicago,<br />

Chicago, IL<br />

1000<br />

<strong>AIAA</strong>-2007-0193<br />

Detonation Wave<br />

Propagation <strong>and</strong><br />

Interaction with<br />

Transportation<br />

Infrastructure<br />

1030<br />

<strong>AIAA</strong>-2007-0194<br />

Combustion of Municipal<br />

Solid Waste Under<br />

HiTAC Conditions:<br />

Some General<br />

Calculations<br />

K. Isaac, University of D. Olinger, Lilley &<br />

Missouri-Rolla, Rolla, MO Associates, Stillwater,<br />

OK<br />

1100<br />

<strong>AIAA</strong>-2007-0797<br />

Investigation of A Large-<br />

Scale Circulating<br />

Fluidized Bed Boiler<br />

Y. Huang, Chongqing<br />

University, Chongqing,<br />

China (prc)<br />

1130<br />

<strong>AIAA</strong>-2007-0798<br />

Treatment of Chemicalcompounds<br />

with Heated<br />

Vapor Subtraction System<br />

R. Amano, University of<br />

Wisconsin-Milwaukee,<br />

Milwaukee, WI<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7374.


Chaired by: D. MUELLER, Indiana University–Purdue University Fort Wayne, Fort Wayne, IN, <strong>and</strong> E. MAROTTA, Texas A&M University, College Station, TX<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: E. JOSYULA, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> R. BOND, S<strong>and</strong>ia National Laboratories, Albuquerque, NM<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: D. VAN WIE, Johns Hopkins University Applied Physics Laboratory, Laurel, MD, <strong>and</strong> V. BITYURIN, Russian Academy of <strong>Sciences</strong>, Moscow, Russia<br />

0800 0830 0900 0930 1000 1030


Monday Morning / 08 January 2007<br />

Session 27-TP-1 Conduction <strong>and</strong> Phase Change Heat Transfer Ruby 1<br />

Chaired by: D. MUELLER, Indiana University–Purdue University Fort Wayne, Fort Wayne, IN, <strong>and</strong> E. MAROTTA, Texas A&M University, College Station, TX<br />

0800<br />

<strong>AIAA</strong>-2007-0195<br />

Overall Heat- Transfer<br />

Coefficient for a Fin<br />

Cooled by Convection<br />

<strong>and</strong> Radiation<br />

D. Mueller, Indiana<br />

University-Purdue<br />

University, Fort Wayne,<br />

IN<br />

0830<br />

<strong>AIAA</strong>-2007-0197<br />

The Effect of Interstitial<br />

Material on Thermal<br />

Joint Resistance for<br />

Several Metallic Joints:<br />

Analytical <strong>and</strong><br />

Experimental Study<br />

A. Vistamehr, Texas<br />

A&M University, College<br />

Station, TX<br />

Monday Morning / 08 January 2007<br />

Session 28-TP-2 Hypersonic <strong>and</strong> Nonequilibrium Flows Ruby 2<br />

Monday Morning / 08 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0198<br />

Cooling Performance of<br />

a Partially- Confined FC-<br />

72 Spray: The Effect of<br />

Variable Gravity<br />

T. Michalak, U.S. Air<br />

Force Research<br />

Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

0930<br />

<strong>AIAA</strong>-2007-0199<br />

Cooling Performance of<br />

a Partially- Confined FC-<br />

72 Spray: The Effect of<br />

Dissolved Air<br />

R. Puterbaugh, U.S. Air<br />

Force Research<br />

Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-0202<br />

Transient Conduction<br />

Prediction in Nozzle<br />

Assembly of Solid<br />

Rocket Motors<br />

M. Ebrahimi, <strong>Aerospace</strong><br />

Research Institute,<br />

Tehran, Iran<br />

1030<br />

<strong>AIAA</strong>-2007-0200<br />

Exponential Heating of<br />

Two- Dimensional Slabs<br />

L. Peterson, The<br />

<strong>Aerospace</strong> Corporation,<br />

El Segundo, CA<br />

Chaired by: E. JOSYULA, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> R. BOND, S<strong>and</strong>ia National Laboratories, Albuquerque, NM<br />

0800<br />

<strong>AIAA</strong>-2007-0203<br />

Investigation of<br />

Hypersonic Double-<br />

Cone Flow Experiments<br />

at High Enthalpy in the<br />

LENS Facility<br />

I. Nompelis, University<br />

of Minnesota,<br />

Minneapolis, MN<br />

0830<br />

<strong>AIAA</strong>-2007-0204<br />

Experimental Studies in<br />

LENS I <strong>and</strong> X to<br />

Evaluate Real Gas<br />

Effects on Hypevelocity<br />

Vehicle Performance<br />

M. Holden,<br />

Calspan-University of<br />

Buffalo Research<br />

Center, Buffalo, NY<br />

0900<br />

<strong>AIAA</strong>-2007-0205<br />

A Comparative Study of<br />

Navier- Stokes, Burnett,<br />

DSMC, <strong>and</strong> Boltzmann<br />

Solutions for Hypersonic<br />

Flow Past 2- D Bodies<br />

R. Chen, Washington<br />

University in St. Louis,<br />

St. Louis, MO<br />

0930<br />

<strong>AIAA</strong>-2007-0206<br />

Modeling of Plasma<br />

Formation in Rarefied<br />

Hypersonic Entry Flows<br />

I. Boyd, University of<br />

Michigan, Ann Arbor, MI<br />

1000<br />

<strong>AIAA</strong>-2007-0207<br />

An Approach to Shock<br />

Envelope Grid Tailoring<br />

<strong>and</strong> Its Effect on<br />

Reentry Vehicle<br />

Solutions<br />

D. Saunders, ELORET<br />

Corporation, Sunnyvale,<br />

CA<br />

1030<br />

<strong>AIAA</strong>-2007-0208<br />

Velocity Slip <strong>and</strong><br />

Temperature Jump in<br />

Hypersonic<br />

Aerothermodynamics<br />

A. Lofthouse, University<br />

of Michigan, Ann Arbor,<br />

MI<br />

1100<br />

<strong>AIAA</strong>-2007-0209<br />

Testing of the Unified<br />

Flow Solver (UFS) for<br />

Nozzle <strong>and</strong> Plume Flows<br />

E. Josyula, U.S. Air<br />

Force Research<br />

Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

Session 30-WIG/PDL-1 Aerodynamics I: Plasma Aerodynamics Sierra 1<br />

Chaired by: D. VAN WIE, Johns Hopkins University Applied Physics Laboratory, Laurel, MD, <strong>and</strong> V. BITYURIN, Russian Academy of <strong>Sciences</strong>, Moscow, Russia<br />

0800<br />

<strong>AIAA</strong>-2007-0218<br />

Energy Based<br />

Framework for<br />

Assessment of<br />

Energetic Flow Control<br />

Techniques (Invited)<br />

C. Suchomel, U.S. Air<br />

Force Research<br />

Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

0830<br />

<strong>AIAA</strong>-2007-0219<br />

Conical Navier- Stokes<br />

Modeling of Forebody<br />

Vortex Symmetry<br />

Plasma Control<br />

N. Malmuth, Teledyne<br />

Scientific Company,<br />

Thous<strong>and</strong> Oaks, CA<br />

0900<br />

<strong>AIAA</strong>-2007-0220<br />

Thermal Measurements<br />

at the Body Surface in a<br />

Supersonic Nitrogen<br />

Flow<br />

S. Bobashev, Ioffe<br />

Physico-Technical<br />

Institute of the Russian<br />

Academy of <strong>Sciences</strong> ,<br />

Saint Petersburg, Russia<br />

0930<br />

<strong>AIAA</strong>-2007-0221<br />

Investigation of Plasma<br />

Jets Generated by<br />

Quasi- Stationary<br />

Magneto- Plasma<br />

Compressor under the<br />

High Static Pressure<br />

I. Mashek, Physical<br />

Department of<br />

Saint-Petersburg State<br />

University,<br />

Saint-Petersburg, Russia<br />

1000<br />

<strong>AIAA</strong>-2007-0222<br />

Magnetically Driven<br />

Surface Discharges for<br />

Shock- Wave Induced<br />

Boundary- Layer<br />

Separation Control<br />

C. Kalra, Department of<br />

Mechanical <strong>and</strong><br />

<strong>Aerospace</strong> Engineering<br />

Princeton University,<br />

Princeton, NJ<br />

1030<br />

<strong>AIAA</strong>-2007-0223<br />

Numerical Simulation of<br />

the Discharge in<br />

Supersonic Flow Around<br />

a Sphere<br />

V. Bityurin, Institute of<br />

High Temperatures of<br />

Russian Academy of<br />

<strong>Sciences</strong>, Moscow,<br />

Russia


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7322.<br />

Chaired by: J. JONKMAN <strong>and</strong> P. MORIARTY, National Renewable Energy Laboratory, Golden, CO<br />

0830 0900 0930 1000 1030 1100<br />

Chaired by: R. STOKER, The Boeing Company, Seattle, WA, <strong>and</strong> J. DELFS, DLR, German <strong>Aerospace</strong> Research Center, Brunswick, Germany<br />

1330 1400 1430 1500 1530<br />

Chaired by: T. KAEMMING, The Boeing Company, Florissant, MO, <strong>and</strong> A. RASHEED, General Electric Global Research Center, Niskayuna, NY<br />

1330 1400 1430 1500 1530 1600 1630


Monday Morning / 08 January 2007<br />

Session 29-WE-1 Aeroelastics <strong>and</strong> CFD McKinley<br />

Chaired by: J. JONKMAN <strong>and</strong> P. MORIARTY, National Renewable Energy Laboratory, Golden, CO<br />

0830<br />

<strong>AIAA</strong>-2007-0210<br />

Rigid Body Modeling of<br />

Wind Turbines for<br />

Aeroelastic Stability<br />

Investigations<br />

J. Holierhoek, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

0900<br />

<strong>AIAA</strong>-2007-0211<br />

Investigation into the<br />

Possibility of Flap- Lag-<br />

Stall Flutter<br />

J. Holierhoek, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

Monday Afternoon / 08 January 2007<br />

Session 31-AA-2 Airframe Noise: Flaps, Slats, <strong>and</strong> L<strong>and</strong>ing Gear N-10<br />

Monday Afternoon / 08 January 2007<br />

0930<br />

<strong>AIAA</strong>-2007-0212<br />

Development <strong>and</strong><br />

Verification of a Fully<br />

Coupled Simulator for<br />

Offshore Wind Turbines<br />

J. Jonkman, National<br />

Renewable Energy<br />

Laboratory, Golden, CO<br />

1000<br />

<strong>AIAA</strong>-2007-0213<br />

3D Rotational<br />

Corrections in ONERA<br />

Aeroelastic Predictions<br />

of NREL Wind Turbine<br />

M. Rapin, ONERA,<br />

Chatillon, France<br />

1030<br />

<strong>AIAA</strong>-2007-0216<br />

Numerical Simulation of<br />

Wind Turbine Scale<br />

Effects by Using CFD<br />

Y. Park, Korea<br />

<strong>Aerospace</strong> Research<br />

Institute, Daejon, South<br />

Korea<br />

Chaired by: R. STOKER, The Boeing Company, Seattle, WA, <strong>and</strong> J. DELFS, DLR, German <strong>Aerospace</strong> Research Center, Brunswick, Germany<br />

1330<br />

<strong>AIAA</strong>-2007-0224<br />

Flap- Edge Flowfield<br />

<strong>and</strong> Noise in Civil<br />

Transport Aircraft Model<br />

M. Kuroda, Tohoku<br />

University, Sendai,<br />

Japan<br />

1400<br />

<strong>AIAA</strong>-2007-0225<br />

Measurements of Flow<br />

Around a Split Flap<br />

Configuration<br />

,<br />

1430<br />

<strong>AIAA</strong>-2007-0226<br />

Simulation of the<br />

Broadb<strong>and</strong> Noise from a<br />

Slat Using Zonal<br />

LES/RANS Hybrid<br />

Method<br />

T. Imamura, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Chofu, Japan<br />

1500<br />

<strong>AIAA</strong>-2007-0230<br />

Aeroacoustic<br />

Comparison of Airfoil<br />

Leading Edge High- Lift<br />

Geometries <strong>and</strong><br />

Supports<br />

C. Andreou, Cambridge<br />

University, Cambridge,<br />

Great Britain<br />

1530<br />

<strong>AIAA</strong>-2007-0231<br />

L<strong>and</strong>ing Gear for a<br />

Silent Aircraft<br />

A. Quayle, University of<br />

Cambridge, Cambridge,<br />

Great Britain<br />

1100<br />

<strong>AIAA</strong>-2007-0217<br />

3D Navier- Stokes<br />

Simulations of a Rotor<br />

Designed for Maximum<br />

Aerodynamic Efficiency<br />

J. Johansen, Risø<br />

National Laboratory,<br />

Roskilde, Denmark<br />

Session 32-ABP-3 PDE <strong>and</strong> Unsteady Flows I Cascade 2<br />

Chaired by: T. KAEMMING, The Boeing Company, Florissant, MO, <strong>and</strong> A. RASHEED, General Electric Global Research Center, Niskayuna, NY<br />

1330<br />

<strong>AIAA</strong>-2007-0232<br />

Simultaneous Mid- IR<br />

Measurement of<br />

Equivalence Ratio <strong>and</strong><br />

Temperature in a JP-<br />

10- Fueled Pulsed<br />

Detonation Engine<br />

E. Barbour, High<br />

Temperature<br />

Gasdynamics<br />

Laboratory Department<br />

of Mechanical<br />

Engineering Stanford<br />

University, Stanford, CA<br />

1400<br />

<strong>AIAA</strong>-2007-0233<br />

Design, Modeling <strong>and</strong><br />

Evaluation of an Initiator<br />

Unit for a Split- Path JP-<br />

10/Air Pulse Detonation<br />

Combustor<br />

P. Hutcheson, Canadian<br />

Air Force, Monterey, CA<br />

1430<br />

<strong>AIAA</strong>-2007-0234<br />

Ignition <strong>and</strong> Detonation-<br />

Initiation Characteristics<br />

of Hydrogen <strong>and</strong><br />

Hydrocarbon Fuels in a<br />

PDE<br />

T. Helfrich, U.S. Air<br />

Force Research<br />

Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

1500<br />

<strong>AIAA</strong>-2007-0235<br />

Evaluation of Catalytic<br />

<strong>and</strong> Thermal Cracking in<br />

a JP- 8 Fueled Pulsed<br />

Detonation Engine<br />

T. Helfrich, U.S. Air<br />

Force Research<br />

Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

1530<br />

<strong>AIAA</strong>-2007-0236<br />

IGNITION AND<br />

DETONATION<br />

INITIATION OF<br />

MOVING HYDROGEN-<br />

AIR MIXTURES AT<br />

ELEVATED<br />

TEMPERATURE AND<br />

PRESSURE<br />

D. Chapin, GE Global<br />

Research Center,<br />

Niskayuna, NY<br />

1600<br />

<strong>AIAA</strong>-2007-0237<br />

Development of a<br />

Compact Liquid Fueled<br />

PDE with Predetonator<br />

P. Panicker, University<br />

of Texas at Arlington,<br />

Arlington, TX<br />

1630<br />

<strong>AIAA</strong>-2007-0238<br />

Experimental Study of<br />

Kerosene- Fueled Pulse<br />

Detonation Rocket<br />

Engine<br />

Q. Li, Northwestern<br />

Polytechnical University,<br />

Xi'an, China (prc)


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7368.<br />

Chaired by: R. CURRAN, Queen's University, Belfast, Northern Irel<strong>and</strong><br />

1330 1400 1430 1500 1530<br />

Chaired by: G. SHAH, NASA Langley Research Center, Hampton, VA, <strong>and</strong> R. HESS, University of California, Davis, Davis, CA<br />

1330 1400 1430 1500 1530 1600 1630<br />

Chaired by: R. WAHLS, NASA Langley Research Center, Hampton, VA, <strong>and</strong> R. RUDNIK, DLR, German <strong>Aerospace</strong> Research Center, Brunswick, Germany<br />

1330 1400 1430 1500 1530 1600 1630


Monday Afternoon / 08 January 2007<br />

Session 33-AD-2 Launch Vehicle <strong>and</strong> Spacecraft Design Crystal 3<br />

Chaired by: R. CURRAN, Queen's University, Belfast, Northern Irel<strong>and</strong><br />

1330<br />

<strong>AIAA</strong>-2007-0240<br />

Benefits From<br />

Incorporation of<br />

Combined Cycle<br />

Propulsion: X- 33<br />

Revisited<br />

P. Czysz, HyperTech<br />

Concepts LLC, St.<br />

Louis, MO<br />

1400<br />

<strong>AIAA</strong>-2007-0241<br />

Overview of a HTHL<br />

H<strong>and</strong>s- On SAV Design<br />

Synthesis Methodology<br />

X. Huang, University of<br />

Oklahoma, Norman, OK<br />

Monday Afternoon / 08 January 2007<br />

Session 34-AFM-2 Air Vehicle Dynamics <strong>and</strong> Flight Mechanics N-11<br />

Monday Afternoon / 08 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-0242<br />

Application of a HTHL<br />

SAV Design<br />

Methodology to<br />

Suborbital Tourism<br />

Vehicle<br />

X. Huang, University of<br />

Oklahoma, Norman, OK<br />

1500<br />

<strong>AIAA</strong>-2007-0243<br />

Flight Testing <strong>and</strong><br />

Simulation of a Mars<br />

Aircraft Design Using<br />

Inflatable Wings<br />

D. Reasor, University of<br />

Kentucky, Lexington, KY<br />

1530<br />

<strong>AIAA</strong>-2007-0244<br />

Mars Intelligent<br />

Reconaissance Aerial<br />

<strong>and</strong> Ground Explorer<br />

(MIRAGE)<br />

J. Aguirre, University of<br />

Miami, Coral Gables, FL<br />

Chaired by: G. SHAH, NASA Langley Research Center, Hampton, VA, <strong>and</strong> R. HESS, University of California, Davis, Davis, CA<br />

1330<br />

<strong>AIAA</strong>-2007-0247<br />

Obtaining Multi- Loop<br />

Pursuit- Control Pilot<br />

Models From Computer<br />

Simulation<br />

R. Hess, Dept. of<br />

Mechanical <strong>and</strong><br />

Aeronautical<br />

Engineering University<br />

of California , Davis, CA<br />

1400<br />

<strong>AIAA</strong>-2007-0248<br />

High- Order Dynamic<br />

Overset Procedure<br />

Applied to Moving Body<br />

Calculations<br />

K. Alabi, Thaerocomp<br />

Technical Corp., Stony<br />

Brook, NY<br />

1430<br />

<strong>AIAA</strong>-2007-0249<br />

The Application of<br />

Quaternion Algebra to<br />

Gyroscopic Motion,<br />

Navigation, <strong>and</strong><br />

Guidance<br />

G. Davailus, Old<br />

Dominion University,<br />

Norfolk, VA<br />

1500<br />

<strong>AIAA</strong>-2007-0250<br />

Formation Flying<br />

Commercial Aircraft -<br />

Assessment Using a<br />

New Approach - Wing<br />

Span Load <strong>and</strong> Camber<br />

Control<br />

R. Nangia, Nangia Aero<br />

Research, Bristol, Great<br />

Britain<br />

1530<br />

<strong>AIAA</strong>-2007-0251<br />

Derivation of the<br />

Dynamics Equations of<br />

Receiver Aircraft in<br />

Aerial Refueling<br />

J. Tucker, University of<br />

Texas at Arlington,<br />

Arlington, TX<br />

1600<br />

<strong>AIAA</strong>-2007-0252<br />

Optimal Turn- Back<br />

Maneuver After Engine<br />

Failure in a Single-<br />

Engine Aircraft During<br />

Climb- Out<br />

K. Brinkman, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1630<br />

<strong>AIAA</strong>-2007-0253<br />

A Closed- Loop<br />

Guidance Approximation<br />

for the Turn- Back<br />

Maneuver After Engine<br />

Failure During Climb-<br />

Out<br />

K. Brinkman, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

Session 35-APA-4 Drag Prediction Workshop Summary Carson 1<br />

Chaired by: R. WAHLS, NASA Langley Research Center, Hampton, VA, <strong>and</strong> R. RUDNIK, DLR, German <strong>Aerospace</strong> Research Center, Brunswick, Germany<br />

1330<br />

<strong>AIAA</strong>-2007-0260<br />

Summary of the Third<br />

<strong>AIAA</strong> CFD Drag<br />

Prediction Workshop<br />

J. Vassberg, The Boeing<br />

Company, Huntington<br />

Beach, CA<br />

1400<br />

<strong>AIAA</strong>-2007-0254<br />

Statistical Analysis of<br />

CFD Solutions from the<br />

Third <strong>AIAA</strong> Drag<br />

Prediction Workshop<br />

(Invited)<br />

J. Morrison, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1430<br />

<strong>AIAA</strong>-2007-0255<br />

Structured <strong>and</strong><br />

Unstructured Solvers for<br />

the 3rd CFD Drag<br />

Prediction Workshop<br />

(Invited)<br />

E. Tinoco, The Boeing<br />

Company, Seattle, WA<br />

1500<br />

<strong>AIAA</strong>-2007-0256<br />

Results from the 3rd<br />

Drag Prediction<br />

Workshop Using the<br />

NSU3D Unstructured<br />

Mesh Solver<br />

D. Mavriplis, University<br />

of Wyoming, Laramie,<br />

WY<br />

1530<br />

<strong>AIAA</strong>-2007-0257<br />

Drag Prediction for the<br />

DLR- F6 Wing/Body <strong>and</strong><br />

DPW Wing Using<br />

CFL3D <strong>and</strong><br />

OVERFLOW on an<br />

Overset Mesh<br />

A. Sclafani, The Boeing<br />

Company, Huntington<br />

Beach, CA<br />

1600<br />

<strong>AIAA</strong>-2007-0258<br />

Comparison Study of<br />

Drag Prediction for the<br />

3rd CFD Drag<br />

Prediction Workshop by<br />

Structured <strong>and</strong><br />

Unstructured Mesh<br />

Method (Invited)<br />

M. Murayama, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Chofu, Japan<br />

1630<br />

<strong>AIAA</strong>-2007-0259<br />

DLR Results from the<br />

Third <strong>AIAA</strong> CFD Drag<br />

Prediction Workshop<br />

(Invited)<br />

O. Brodersen, DLR,<br />

Institute of<br />

Aerodynamics <strong>and</strong> Flow<br />

Technology,<br />

Braunschweig, Germany


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7339.<br />

Chaired by: J. SLOTNICK, The Boeing Company, Huntington Beach, CA<br />

1330 1400 1430 1500 1530 1600 1630 1700<br />

Chaired by: H. MASSENGILL, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

1330 1400 1430 1500 1530 1600 1630 1700<br />

Chaired by: M. CHO, Kyushu Insitute of Technology, Kitakyushu, Japan, <strong>and</strong> S. LAI, U.S. Air Force Research Laboratory, Hanscom AFB, MA<br />

1330 1400 1430 1500 1530 1600


Monday Afternoon / 08 January 2007<br />

Session 36-APA-5 High Lift Configuration N-9<br />

Chaired by: J. SLOTNICK, The Boeing Company, Huntington Beach, CA<br />

1330<br />

<strong>AIAA</strong>-2007-0262<br />

Numerical Validation of<br />

a Half Model High Lift<br />

Configuration in a Wind<br />

Tunnel<br />

P. Eliasson, Swedish<br />

Defence Research<br />

Agency, Stockholm,<br />

Sweden<br />

1400<br />

<strong>AIAA</strong>-2007-0263<br />

Reynolds Number<br />

Effects on the<br />

Performance of a<br />

Hinged Slotted Flap<br />

D. Levy, Cessna Aircraft<br />

Company, Wichita, KS<br />

Monday Afternoon / 08 January 2007<br />

Session 37-APA-6 Wind Tunnel Experiments N-8<br />

Monday Afternoon / 08 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-0264<br />

Transport Aircraft 3D<br />

High Lift Wing<br />

Numerical Transition<br />

Prediction<br />

J. Perraud, ONERA,<br />

Toulouse, France<br />

Chaired by: H. MASSENGILL, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

1330<br />

<strong>AIAA</strong>-2007-0269<br />

Experimental Study of<br />

Tip Leakage Flow in the<br />

Linear Compressor<br />

Cascade: Part I -<br />

Stationary Wall<br />

Q. Tian, Virginia<br />

Polytechnic Institute <strong>and</strong><br />

State University,<br />

Blacksburg, VA<br />

1400<br />

<strong>AIAA</strong>-2007-0270<br />

Experimental Study of<br />

Tip Leakage Flow in the<br />

Linear Compressor<br />

Cascade: Part II - Effect<br />

of Moving Wall<br />

Q. Tian, Virginia<br />

Polytechnic Institute <strong>and</strong><br />

State University,<br />

Blacksburg, VA<br />

1430<br />

<strong>AIAA</strong>-2007-0271<br />

A Wind Tunnel<br />

Investigation of C- 130<br />

Aft Body Drag<br />

Reduction Approaches<br />

M. Karmondy, U.S. Air<br />

Force Academy,<br />

Colorado Springs, CO<br />

1500<br />

<strong>AIAA</strong>-2007-0265<br />

Control of Separation on<br />

the Flap of a Three-<br />

Element High- Lift<br />

Configuration<br />

B. Guenther, Technical<br />

University of Berlin,<br />

Berlin, Germany<br />

1500<br />

<strong>AIAA</strong>-2007-0272<br />

Parametric Evaluation<br />

of Thin, Transonic<br />

Circulation- Control<br />

Airfoils<br />

R. Schlecht, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1530<br />

<strong>AIAA</strong>-2007-0266<br />

Numerical <strong>and</strong><br />

Experimental<br />

Investigation of Mini-<br />

Flap Positions on an<br />

Airfoil<br />

E. Wassen, Technical<br />

University of Berlin,<br />

Berlin, Germany<br />

1530<br />

<strong>AIAA</strong>-2007-0273<br />

Force <strong>and</strong> Moment<br />

Measurements on a<br />

Generic Finned Missile<br />

with Nose- Mounted<br />

Micro- Structures<br />

D. Corriveau, Defence<br />

R&D Canada, Quebec<br />

City, Canada<br />

1600<br />

<strong>AIAA</strong>-2007-0267<br />

Leading Edge Vortex<br />

Flaps on Moderate<br />

Sweep Wings- UCAV,<br />

Flow Improvement at<br />

High Lift<br />

R. Nangia, Nangia Aero<br />

Research, Bristol, Great<br />

Britain<br />

1630<br />

<strong>AIAA</strong>-2007-0268<br />

Automated Hybrid Mesh<br />

Generation for Industrial<br />

High- Lift Applications<br />

S. Munday, Aircraft<br />

Research Association,<br />

Bedford, Great Britain<br />

1700<br />

<strong>AIAA</strong>-2007-1468<br />

New Slat Concept for<br />

Flow Control over Airfoil<br />

R. Jozwiak, Warsaw<br />

University of<br />

Technology, Warsaw,<br />

Pol<strong>and</strong><br />

Session 38-ASE-4 Space Environments Ground <strong>and</strong> Flight Testing II Shasta 1<br />

Chaired by: M. CHO, Kyushu Insitute of Technology, Kitakyushu, Japan, <strong>and</strong> S. LAI, U.S. Air Force Research Laboratory, Hanscom AFB, MA<br />

1330<br />

<strong>AIAA</strong>-2007-0277<br />

Laboratory Test<br />

Campaign for ISO<br />

St<strong>and</strong>ardization of Solar<br />

Array ESD Test Methods<br />

H. Masui, Kyushu<br />

Institute of Technology,<br />

Kitakyushu, Japan<br />

1400<br />

<strong>AIAA</strong>-2007-0278<br />

Verification of Multi-<br />

Utility Spacecraft<br />

Charging Analysis Tool<br />

(MUSCAT) Via<br />

Laboratory Test<br />

S. Hosoda, Kyushu<br />

Institute of Technology,<br />

Kitakyushu, Japan<br />

1430<br />

<strong>AIAA</strong>-2007-0279<br />

A Critical Ionization<br />

Velocity Experiment on<br />

the ARGOS Satellite<br />

S. Lai, Space Vehicles<br />

Directorate, Air Force<br />

Research Laboratory,<br />

Hanscom AFB, MA<br />

1500<br />

<strong>AIAA</strong>-2007-0281<br />

Basic Experiment of<br />

Plasma Interaction with<br />

High Voltage Solar Array<br />

K. Tanaka, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Sagamihara,<br />

Japan<br />

1530<br />

<strong>AIAA</strong>-2007-0283<br />

Effect of Photoelectrons<br />

on Electric Field<br />

Antenna in Space<br />

H. Usui, Kyoto<br />

University, Uji, Japan<br />

1600<br />

<strong>AIAA</strong>-2007-0274<br />

Turbulent Separated<br />

Flow Over a Rounded<br />

Divergent Trailing Edge<br />

A. Hunter, Rensselaer<br />

Polytechnic Institute,<br />

Troy, NY<br />

1600<br />

<strong>AIAA</strong>-2007-0284<br />

Charge Control of<br />

Geosynchronous<br />

Spacecraft Using Field<br />

Effect Emitters<br />

M. M<strong>and</strong>ell, Science<br />

Applications<br />

International<br />

Corporation, San Diego,<br />

CA<br />

1630<br />

<strong>AIAA</strong>-2007-0275<br />

An Experimental<br />

Investigation on the<br />

Flow Separation on a<br />

Low- Reynolds- Number<br />

Airfoil<br />

Z. Yang, Iowa State<br />

University, Ames, IA<br />

1700<br />

<strong>AIAA</strong>-2007-0276<br />

A study of wake<br />

structures of a heaving<br />

two- dimensional elliptic<br />

airfoil using DPIV<br />

technique<br />

K. Lua, National<br />

University of Singapore,<br />

Singapore, Singapore<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7300.<br />

Chaired by: J. HALLOCK, John A. Volpe National Transportation Systems Center, Cambridge, MA, <strong>and</strong> W. VAUGHAN, University of Alabama in Huntsville, Huntsville, AL<br />

1330 1400 1430 1500 1530 1600<br />

Chaired by: K. RINK, University of Idaho, Moscow, ID<br />

1330 1400 1430<br />

Chaired by: A. VIZZINI, Mississippi State University, Mississippi State, MS, <strong>and</strong> E. SCHROCK, Lockheed Martin Aeronautics Company, Palmdale, CA<br />

1330 1400 1430 1500 1530 1600 1630 1700


Monday Afternoon / 08 January 2007<br />

Session 39-ASE-5 Wake Vortices <strong>and</strong> Turbulence Crystal 2<br />

Chaired by: J. HALLOCK, John A. Volpe National Transportation Systems Center, Cambridge, MA, <strong>and</strong> W. VAUGHAN, University of Alabama in Huntsville, Huntsville, AL<br />

1330<br />

<strong>AIAA</strong>-2007-0285<br />

Flight Measurements of<br />

Wake Vortex Circulation<br />

in Crossflow Shear<br />

A. Brown, NRC Canada,<br />

Ottawa, Canada<br />

1400<br />

<strong>AIAA</strong>-2007-0286<br />

Derivation of Wake<br />

Vortex Circulation from<br />

Flight Data using Path<br />

Integrals<br />

A. Brown, NRC Canada,<br />

Ottawa, Canada<br />

Monday Afternoon / 08 January 2007<br />

Session 40-ECS-1 Technology of Energetic Devices Shasta 2<br />

Chaired by: K. RINK, University of Idaho, Moscow, ID<br />

1330<br />

<strong>AIAA</strong>-2007-0291<br />

Modeling of an<br />

Explosively Driven Micro-<br />

Valve<br />

K. Gonthier, Louisiana<br />

State University, Baton<br />

Rouge, LA<br />

1400<br />

<strong>AIAA</strong>-2007-0294<br />

Heterogeneous<br />

Processes Leading To<br />

Metal Ignition In<br />

Reactive Nanocomposite<br />

Materials<br />

S. Umbrajkar, New<br />

Jersey Institute of<br />

Technology, Newark, NJ<br />

Monday Afternoon / 08 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-0287<br />

The Development of a<br />

Boundary Layer<br />

Turbulence Database for<br />

Wake Vortex<br />

Applications<br />

C. Ringley, North<br />

Carolina State<br />

University, Raleigh, NC<br />

1430<br />

<strong>AIAA</strong>-2007-0295<br />

Fuel- Rich Al- MoO3<br />

Nanocomposites<br />

Prepared by Arrested<br />

Reactive Milling<br />

S. Umbrajkar, New<br />

Jersey Institute of<br />

Technology, Newark, NJ<br />

1500<br />

<strong>AIAA</strong>-2007-0288<br />

Is the B757 Really a<br />

"Heavy" Aircraft?<br />

J. Hallock, U.S. DOT<br />

Volpe Center,<br />

Cambridge, MA<br />

1530<br />

<strong>AIAA</strong>-2007-0289<br />

In- Situ Measurements<br />

of Enroute Configuration<br />

Wake Vortex Scalar<br />

Field Characteristics<br />

A. Brown, NRC Canada,<br />

Ottawa, Canada<br />

1600<br />

<strong>AIAA</strong>-2007-0290<br />

High Altitude Turbulence<br />

Seasonal<br />

Characteristics<br />

L. Ehernberger, Retired<br />

<strong>Aerospace</strong> Engineer /<br />

Meteorologist,<br />

Lancaster, CA<br />

Session 41-EDU-1 Education Pedagogy N-3<br />

Chaired by: A. VIZZINI, Mississippi State University, Mississippi State, MS, <strong>and</strong> E. SCHROCK, Lockheed Martin Aeronautics Company, Palmdale, CA<br />

1330<br />

<strong>AIAA</strong>-2007-0296<br />

An Experiential<br />

Introduction to<br />

<strong>Aerospace</strong> Engineering<br />

P. Washabaugh,<br />

University of Michigan,<br />

Ann Arbor, MI<br />

1400<br />

<strong>AIAA</strong>-2007-0297<br />

Key Challenges for the<br />

<strong>Aerospace</strong> Engineer of<br />

2015<br />

R. Bengelink, Arizona<br />

State University,<br />

Tempe, AZ<br />

1430<br />

<strong>AIAA</strong>-2007-0298<br />

What Does the<br />

<strong>Aerospace</strong> Defense<br />

Industry Look for in a<br />

New Engineering Grad<br />

L. Nicolai, Lockheed<br />

Martin Aeronautics<br />

Company, Palmdale, CA<br />

1500<br />

<strong>AIAA</strong>-2007-0299<br />

Use of a Delphi Study<br />

Method in Avionics<br />

Curriculum Development<br />

T. Hofer, U.S. Naval<br />

Academy, Annapolis,<br />

MD<br />

1530<br />

<strong>AIAA</strong>-2007-0300<br />

Designing a Self-<br />

Assessment Process for<br />

ABET Accreditation<br />

P. Cinnella, Mississippi<br />

State University,<br />

Mississippi State, MS<br />

1600<br />

<strong>AIAA</strong>-2007-0301<br />

A Framework for<br />

Collaborative Design in<br />

Engineering Education<br />

H. Jimenez, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

1630<br />

<strong>AIAA</strong>-2007-0302<br />

The Happy Accidents of<br />

Teaching Aircraft Design<br />

D. Hall, California<br />

Polytechnic State<br />

University, San Luis<br />

Obispo, CA<br />

1700<br />

<strong>AIAA</strong>-2007-0303<br />

Teaching of Simulation<br />

Based System<br />

Engineering<br />

P. Zipfel, Adjunct<br />

Associate Professor<br />

University of Florida,<br />

Shalimar, FL<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7364.


Monday Afternoon / 08 January 2007<br />

Session 42-FD-7 / TP-3 Boundary Layer Transition for Reentry Whitney<br />

Chaired by: R. KIMMEL, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> M. WRIGHT, NASA Ames Research Center, Moffett Field, CA<br />

1330<br />

<strong>AIAA</strong>-2007-0304<br />

Transition Issues for<br />

Atmospheric Entry<br />

E. Reshotko, Case<br />

Western Reserve<br />

University, Clevel<strong>and</strong>,<br />

OH<br />

1400<br />

<strong>AIAA</strong>-2007-0305<br />

Effects of Roughness<br />

on Hypersonic<br />

Boundary- Layer<br />

Transition<br />

S. Schneider, Purdue<br />

University, West<br />

Lafayette, IN<br />

Monday Afternoon / 08 January 2007<br />

Session 43-FD-8 CFD Algorithms I N-6<br />

Monday Afternoon / 08 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-0306<br />

Transition Experiments<br />

on Blunt Bodies with<br />

Distributed Roughness<br />

in Hypersonic Free<br />

Flight<br />

D. Reda, NASA Ames<br />

Research Center,<br />

Moffett Field, CA<br />

1500<br />

<strong>AIAA</strong>-2007-0307<br />

Discrete Roughness<br />

Transition for<br />

Hypersonic Flight<br />

Vehicles<br />

S. Berry, NASA Langley<br />

Research Center,<br />

Hampton, VA<br />

1530<br />

<strong>AIAA</strong>-2007-0308<br />

Boundary Layer<br />

Transition <strong>and</strong><br />

Hypersonic Flight<br />

Testing<br />

D. Kuntz, S<strong>and</strong>ia<br />

National Laboratories,<br />

Albuquerque, NM<br />

1600<br />

<strong>AIAA</strong>-2007-0309<br />

The Influence of<br />

Laminar Boundary Layer<br />

Transition on Entry<br />

Vehicle Design <strong>and</strong> Its<br />

Performance<br />

T. Lin, Northrop<br />

Grumman Mission<br />

Systems, San<br />

Bernardino, CA<br />

Chaired by: D. GAITONDE, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> W. KIM, Pratt <strong>and</strong> Whitney, East Hartford, CT<br />

1330<br />

<strong>AIAA</strong>-2007-0313<br />

Efficient Implicit LU-<br />

SGS Algorithm for High-<br />

Order Spectral<br />

Difference Method on<br />

Unstructured<br />

Hexahedral Grids<br />

Y. Sun, Iowa State<br />

University, Ames, IA<br />

1400<br />

<strong>AIAA</strong>-2007-0315<br />

CFD Methods Derived<br />

from Simplified<br />

Variational Principles<br />

A. Yahalom, College of<br />

Judea <strong>and</strong> Samaria,<br />

Ariel, Israel<br />

1430<br />

<strong>AIAA</strong>-2007-0317<br />

Probabilistic Collocation:<br />

An Efficient Non-<br />

Intrusive Approach for<br />

Arbitrarily Distributed<br />

Parametric Uncertainties<br />

G. Loeven, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1500<br />

<strong>AIAA</strong>-2007-0318<br />

A Fast Implicit<br />

Acoustics- Convection<br />

Galerkin Real- Gas<br />

Euler Solver with<br />

Minimal- Storage Non-<br />

Linearly Preconditioned<br />

GMRES- 2<br />

J. Iannelli, City<br />

University, London,<br />

Great Britain<br />

1530<br />

<strong>AIAA</strong>-2007-0319<br />

FCT <strong>and</strong> Direct<br />

Pressure Evaluation for<br />

Incompressible Flows<br />

J. Liu, Naval Research<br />

Laboratory, Washington,<br />

DC<br />

1630<br />

<strong>AIAA</strong>-2007-0310<br />

Hypersonic Boundary<br />

Layer Transition –<br />

Application to High<br />

Speed Vehicle Design<br />

K. Lau, The Boeing<br />

Company, St. Louis, MO<br />

1700<br />

<strong>AIAA</strong>-2007-0311<br />

Boundary Layer Stability<br />

Analysis to Support the<br />

HIFiRE Transition<br />

Experiment<br />

H. Johnson, University<br />

of Minnesota,<br />

Minneapolis, MN<br />

Session 44-FD-9 Flow Control Experiments Carson 2<br />

Chaired by: A. CAIN, Innovative Technology Applications Company, LLC, Chesterfield, MO, <strong>and</strong> W. SELLERS, NASA Langley Research Center, Hampton, VA<br />

1330<br />

<strong>AIAA</strong>-2007-0320<br />

Active Control of High<br />

Subsonic Jets<br />

J. Kim, Ohio State<br />

University, Columbus,<br />

OH<br />

1400<br />

<strong>AIAA</strong>-2007-0321<br />

Control of the Stingray<br />

UAV at Low Angles of<br />

Attack<br />

J. Farnsworth,<br />

Rensselaer Polytechnic<br />

Institute, Troy, NY<br />

1430<br />

<strong>AIAA</strong>-2007-0322<br />

Active Flow Control of<br />

Sprays with Synthetic<br />

Jets<br />

A. Pavlova, Rensselaer<br />

Polytechnic Institute,<br />

Troy, NY<br />

1500<br />

<strong>AIAA</strong>-2007-0323<br />

Effect of Traversal Jet<br />

Injections on Skin<br />

Friction in a Turbulent<br />

Channel<br />

C. Tay, National<br />

University of Singapore,<br />

Singapore, Singapore<br />

1530<br />

<strong>AIAA</strong>-2007-0324<br />

Shock / Boundary- Layer<br />

Interaction Control<br />

Using Three-<br />

Dimensional Bumps for<br />

Transonic Wings<br />

H. Ogawa, University of<br />

Cambridge, Cambridge,<br />

Great Britain<br />

1600<br />

<strong>AIAA</strong>-2007-0325<br />

Aero- Optical<br />

Interactions, Imaging,<br />

<strong>and</strong> Optimization in<br />

Turbulent Separated<br />

Flows<br />

,<br />

1630<br />

<strong>AIAA</strong>-2007-0326<br />

Similarities <strong>and</strong><br />

Differences in Aero-<br />

Optical Structure over<br />

Cylindrical <strong>and</strong><br />

Hemispherical Turrets<br />

with a Flat Window<br />

J. Cress, University of<br />

Notre Dame, NOtre<br />

Dame, IN


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7476.<br />

Chaired by: A. WASHBURN, NASA Langley Research Center, Hampton, VA, <strong>and</strong> S. GOGINENI, U.S. Air Force, Beavercreek, OH<br />

1330 1400 1430 1500 1530<br />

Chaired by: M. NEAVES, Naval Surface Warfare Center, Panama City, FL<br />

1330 1400 1430 1500 1530 1600 1630 1700<br />

Chaired by: C. MOORE, NASA Headquarters, Washington, DC, <strong>and</strong> A. OVER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

1330 1400 1430 1500 1530


Monday Afternoon / 08 January 2007<br />

Session 45-FD-10 Fluid-Structure Interaction I Carson 3<br />

Chaired by: A. WASHBURN, NASA Langley Research Center, Hampton, VA, <strong>and</strong> S. GOGINENI, U.S. Air Force, Beavercreek, OH<br />

1330<br />

<strong>AIAA</strong>-2007-0327<br />

A Comparison of<br />

Overset Methods <strong>and</strong><br />

Unstructured<br />

Remeshing for Modeling<br />

Large Rigid Body Motion<br />

A. McClung, Air Force<br />

Institute of Technology,<br />

Dayton, OH<br />

1400<br />

<strong>AIAA</strong>-2007-0328<br />

Aerodynamic Parameter<br />

Adaptation of CFD-<br />

Based Reduced- Order<br />

Models<br />

T. Lieu, Stanford<br />

University, Stanford, CA<br />

Monday Afternoon / 08 January 2007<br />

Session 46-FD-11 Multiphase Flows Crystal 4<br />

Monday Afternoon / 08 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-0330<br />

A Parallel Multigrid<br />

Algorithm for<br />

Aeroelasticity<br />

Simulations<br />

J. Gargoloff, Texas A&M<br />

University, College<br />

Station, TX<br />

Chaired by: M. NEAVES, Naval Surface Warfare Center, Panama City, FL<br />

1330<br />

<strong>AIAA</strong>-2007-0335<br />

Local Adaptive<br />

Timestepping for<br />

Lagrangian Particle<br />

Tracking<br />

V. Lee, University of<br />

Illinois at<br />

Urbana-Champaign,<br />

Urbana-Champaign, IL<br />

1400<br />

<strong>AIAA</strong>-2007-0336<br />

Computations of<br />

Multiphase Fluid Flows<br />

Using Marker- Based<br />

Adaptive, Multilevel<br />

Cartesian Grid Method<br />

,<br />

1430<br />

<strong>AIAA</strong>-2007-0337<br />

Jet- Fuel Cavitation in a<br />

Converging- Diverging<br />

Nozzle<br />

M. Davis, University of<br />

Notre Dame, Notre<br />

Dame, IN<br />

1500<br />

<strong>AIAA</strong>-2007-0332<br />

Sensitivity Analysis of<br />

Unsteady Fluid-<br />

Structure Interaction<br />

Problems<br />

S. Etienne, Ecole<br />

Polytechnique de<br />

Montreal, Montreal,<br />

Canada<br />

1500<br />

<strong>AIAA</strong>-2007-0338<br />

Experimental <strong>and</strong><br />

Theoretical Study of<br />

Interfacial Area<br />

Transport for Reduced-<br />

Gravity Two- Phase<br />

Flows<br />

S. Vasavada, Purdue<br />

University, West<br />

Lafayette, IN<br />

1530<br />

<strong>AIAA</strong>-2007-0334<br />

Stable <strong>and</strong> Accurate<br />

Loosely- Coupled<br />

Scheme for Unsteady<br />

Fluid- Structure<br />

Interaction<br />

R. Jaiman, University of<br />

Illinois at<br />

Urbana-Champaign,<br />

Urbana, IL<br />

1530<br />

<strong>AIAA</strong>-2007-0339<br />

Numerical Modeling of<br />

Cavitation in Jet Fuel<br />

C. Bourassa, Honeywell,<br />

Inc, South Bend, IN<br />

1600<br />

<strong>AIAA</strong>-2007-0340<br />

Simulation of Unsteady<br />

Two- Phase Flows<br />

Using a Parallel<br />

Eulerian- Lagrangian<br />

Approach<br />

B. Mitchell, University of<br />

Tennessee at<br />

Chattanooga,<br />

Chattanooga, TN<br />

1630<br />

<strong>AIAA</strong>-2007-0341<br />

Estimation of<br />

Mechanical Erosion at<br />

Nozzle Inlet by Multiphase<br />

Flow Simulation<br />

in Solid Rocket Motor<br />

Considering Aluminium<br />

Droplets <strong>and</strong> Alumina<br />

Mist.<br />

K. Kato, Tohoku<br />

University, Sendai,<br />

Japan<br />

1700<br />

<strong>AIAA</strong>-2007-0342<br />

Numerical Study of a<br />

Cylinder Impacting<br />

Water with a Flattened<br />

Striking Area<br />

A. Wick, Iowa State<br />

University, Ames, IA<br />

Session 47-GPSE-2 Advanced Capabilities for the Exploration of Space II N-4<br />

Chaired by: C. MOORE, NASA Headquarters, Washington, DC, <strong>and</strong> A. OVER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

1330<br />

<strong>AIAA</strong>-2007-0343<br />

Cryogenic Fluid<br />

Management<br />

Technologies for<br />

Advanced Green<br />

Propulsion Systems<br />

S. Motil, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1400<br />

<strong>AIAA</strong>-2007-0345<br />

In- Situ Resource<br />

Utilization for Lunar <strong>and</strong><br />

Mars Exploration<br />

K. Sacksteder, NASA<br />

Glenn Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1430<br />

<strong>AIAA</strong>-2007-0346<br />

Gravity Effects on Lunar<br />

Mobility <strong>and</strong> the Human-<br />

Robotic Systems<br />

Program<br />

,<br />

1500<br />

<strong>AIAA</strong>-2007-0347<br />

Lunar <strong>and</strong> Martian Dust:<br />

Evaluation <strong>and</strong> Mitigation<br />

M. Hyatt, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1530<br />

<strong>AIAA</strong>-2007-0350<br />

Technology<br />

Development for Fire<br />

Safety in Exploration<br />

Spacecraft <strong>and</strong> Habitats<br />

G. Ruff, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7459.<br />

Chaired by: N. ULBRICH, Jacobs Technology, Inc, Moffett Field, CA, <strong>and</strong> R. DELOACH, NASA Langley Research Center, Hampton, VA<br />

1330 1400 1430 1500<br />

Chaired by: K. BURNS, Wyle Laboratories, San Diego, CA<br />

1330 1400 1430 1500 1530<br />

Chaired by: T. TAKAHASHI, Raytheon, Tucson, AZ<br />

1330 1400 1430 1500 1530 1600


Monday Afternoon / 08 January 2007<br />

Session 48-GT-2 Advances in Strain-Gage Balance Design, Calibration <strong>and</strong> Analysis II (Invited) Sierra 2<br />

Chaired by: N. ULBRICH, Jacobs Technology, Inc, Moffett Field, CA, <strong>and</strong> R. DELOACH, NASA Langley Research Center, Hampton, VA<br />

1330<br />

<strong>AIAA</strong>-2007-0351<br />

SG Balance<br />

improvements are<br />

slowing down - Europe<br />

cannot wait that long<br />

U. Jansen, ETW GmbH,<br />

Cologne, Germany<br />

1400<br />

<strong>AIAA</strong>-2007-0352<br />

Balance Calibration<br />

Procedures for Time-<br />

Dependent Phenomenon<br />

F. Steinle, <strong>Aerospace</strong><br />

Testing Alliance, Arnold<br />

AFB, TN<br />

Monday Afternoon / 08 January 2007<br />

Session 49-HIS-2 <strong>Aerospace</strong> History Carson 4<br />

Chaired by: K. BURNS, Wyle Laboratories, San Diego, CA<br />

1330<br />

<strong>AIAA</strong>-2007-0355<br />

Post Cold War<br />

Conversations with<br />

Paperclip Scientists<br />

B. Sarao, <strong>AIAA</strong> Member<br />

<strong>and</strong> Member of the <strong>AIAA</strong><br />

History Technical<br />

Committee,<br />

Sammamish, WA<br />

1400<br />

<strong>AIAA</strong>-2007-0356<br />

Tracing the Growth of<br />

U.S. Air Power <strong>and</strong> the<br />

Aircraft Involved<br />

M. Spearman, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

Monday Afternoon / 08 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-0353<br />

Calibration of a Six<br />

Component Air Flow<br />

Through Balance<br />

D. Booth, Allied<br />

<strong>Aerospace</strong>, San Diego,<br />

CA<br />

1500<br />

<strong>AIAA</strong>-2007-0354<br />

Load Envelope Analysis<br />

of Strain- Gage Balance<br />

Data<br />

N. Ulbrich, Jacobs<br />

Technology, Inc., Moffett<br />

Field, CA<br />

Session 50-MDO-1 <strong>Aerospace</strong> Systems Optimization Cascade 1<br />

Chaired by: T. TAKAHASHI, Raytheon, Tucson, AZ<br />

1330<br />

<strong>AIAA</strong>-2007-0360<br />

Optimization of Iris, a<br />

Small Autonomous<br />

Surveillance UAV<br />

D. Hunsaker, Brigham<br />

Young University, Provo,<br />

UT<br />

1400<br />

<strong>AIAA</strong>-2007-0361<br />

Surrogate- Based<br />

Design Optimization of a<br />

Large Asymmetric<br />

Launch Vehicle Payload<br />

Fairing<br />

P. Reisenthel, Nielsen<br />

Engineering &<br />

Research, Inc.,<br />

Mountain View, CA<br />

1430<br />

<strong>AIAA</strong>-2007-0357<br />

50 Years of Aeronautical<br />

Research by Aeromobile<br />

Inc.<br />

W. Bertelsen,<br />

Aeromobile Inc., Rock<br />

Isl<strong>and</strong>, IL<br />

1430<br />

<strong>AIAA</strong>-2007-0362<br />

Genetic Algorithm<br />

Optimization of Liquid<br />

Propellant Missile<br />

Systems<br />

D. Riddle, Auburn<br />

University, Auburn<br />

University, AL<br />

1500<br />

<strong>AIAA</strong>-2007-0358<br />

Flight Activities at the<br />

1904 St. Louis World's<br />

Fair: Introducing<br />

America to Aeronautics<br />

F. Roos, The Boeing<br />

Company, St. Louis, MO<br />

1500<br />

<strong>AIAA</strong>-2007-0363<br />

Reverse Engineering of<br />

Solid Rocket Missiles<br />

with a Genetic Algorithm<br />

J. Metts, Auburn<br />

University, Auburn, AL<br />

1530<br />

<strong>AIAA</strong>-2007-0359<br />

The History of<br />

<strong>Aerospace</strong> Research at<br />

Cornell Aeronautical<br />

Laboratory <strong>and</strong> Calspan<br />

K. Burns, Wyle<br />

Laboratories, San Diego,<br />

CA<br />

1530<br />

<strong>AIAA</strong>-2007-0364<br />

Evolutionary Algorithm<br />

Use in Optimisation of a<br />

Launch Vehicle Stack<br />

Model<br />

G. Briggs, Australian<br />

Defence Force<br />

Academy, Canberra,<br />

Australia<br />

1600<br />

<strong>AIAA</strong>-2007-0367<br />

Optimal Solid Space<br />

Tower<br />

A. Bolonkin, C&R,<br />

Brooklyn, NY<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7352.


Monday Afternoon / 08 January 2007<br />

Session 51-NSC-2 <strong>AIAA</strong> International Student Conference Masters Division Crystal 5<br />

Chaired by: B. LUND, The Boeing Company, Huntington Beach, CA, <strong>and</strong> C. TAVARES, The Boeing Company, St. Louis, MO<br />

1330<br />

<strong>AIAA</strong>-2007-0368<br />

Experimental<br />

Investigation of<br />

Embedded Cross- Flow<br />

Fan for Airfoil<br />

Propulsion/Circulation<br />

Control<br />

R. Dygert, Syracuse<br />

University, Syracuse, NY<br />

1400<br />

<strong>AIAA</strong>-2007-0369<br />

Sonic Boom Prediction<br />

Using Euler / Full<br />

Potential Methodology<br />

I. Ozcer, Old Dominion<br />

University, Norfolk, VA<br />

Monday Afternoon / 08 January 2007<br />

Session 52-PC-3 Flames Studies II Teton 2<br />

Chaired by: M. SMOOKE, Yale University, New Haven, CT<br />

1330<br />

<strong>AIAA</strong>-2007-0376<br />

Stabilization of an Edge-<br />

Flame in a Corner<br />

Region<br />

M. Matalon,<br />

Northwestern<br />

University, Evanston, IL<br />

1400<br />

<strong>AIAA</strong>-2007-0377<br />

Numerical Study of<br />

Neighboring Edge<br />

Flame Interactions<br />

S. Kostka, University of<br />

Connecticut, Storrs, CT<br />

Monday Afternoon / 08 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-0370<br />

Design of 3- DOF<br />

Testbed for Micro-<br />

Satellite Autonomous<br />

Operations<br />

F. Leve, University of<br />

Florida, Gainesville, FL<br />

1430<br />

<strong>AIAA</strong>-2007-0378<br />

On the Accurate<br />

Determination of Flame<br />

Speeds at Normal <strong>and</strong><br />

Elevated Pressures by<br />

Using a Spherical<br />

Bomb: The Effects of<br />

Compression <strong>and</strong> Stretch<br />

Z. Chen, Princeton<br />

University, Princeton , NJ<br />

1500<br />

<strong>AIAA</strong>-2007-0371<br />

Low Pressure Turbine<br />

Blade Separation<br />

Control Using Plasma<br />

Actuators<br />

K. Ramakumar,<br />

University of Kentucky,<br />

Lexington, KY<br />

1500<br />

<strong>AIAA</strong>-2007-0380<br />

Front- Tracking<br />

Simulation for Outward<br />

Propagation of Spherical<br />

Flames<br />

K. Pan, National Taiwan<br />

University, Taipei,<br />

Taiwan (roc)<br />

1530<br />

<strong>AIAA</strong>-2007-0372<br />

Acoustic Source<br />

Localization <strong>and</strong> the<br />

Echo Problem<br />

S. Beaver, Texas A&M<br />

University, College<br />

Station, TX<br />

1530<br />

<strong>AIAA</strong>-2007-0381<br />

Verified Computations of<br />

Laminar Premixed<br />

Flames<br />

A. Al-Khateeb,<br />

University of Notre<br />

Dame, Notre Dame, IN<br />

1600<br />

<strong>AIAA</strong>-2007-0373<br />

Numerical Simulation of<br />

the Splashdown Problem<br />

A. Wick, Iowa State<br />

University, Ames, IA<br />

1600<br />

<strong>AIAA</strong>-2007-0382<br />

Scaling Analysis on<br />

Dynamic Flammability<br />

Limits of Unsteady<br />

Premixed Methane/Air<br />

Flames<br />

G. Bansal, University of<br />

Michigan, Ann Arbor, MI<br />

1630<br />

<strong>AIAA</strong>-2007-0374<br />

A Numerical Blade<br />

Element Approach to<br />

Estimating Propeller<br />

Flowfields<br />

D. Hunsaker, Brigham<br />

Young University,<br />

Provo, UT<br />

1630<br />

<strong>AIAA</strong>-2007-0383<br />

Effect of Environmental<br />

Variables on Flame<br />

Spread Rates in<br />

Microgravity<br />

C. Lautenberger,<br />

University of California,<br />

Berkeley, Berkeley, CA<br />

1700<br />

<strong>AIAA</strong>-2007-0375<br />

Investigations Into the<br />

Visualization of Wall<br />

Shear Stress<br />

Distributions Using<br />

Infrared Thermography<br />

<strong>and</strong> Analysis of the<br />

Transient Data<br />

I. Rudolph, Technical<br />

University Berlin, Berlin,<br />

Germany<br />

Session 53-PC-4 Gas Turbine Combustion Teton 1<br />

Chaired by: R. ERICKSON, United Technologies Research Center, East Hartford, CT, <strong>and</strong> Y. IKEDA, Imagineering Inc, Kobe, Hyogo<br />

1330<br />

<strong>AIAA</strong>-2007-0385<br />

Reduced Combustion<br />

Time Model for Methane<br />

in Gas Turbine Flow<br />

Fields<br />

M. Lamnaouer,<br />

University of Central<br />

Florida, Orl<strong>and</strong>o, FL<br />

1400<br />

<strong>AIAA</strong>-2007-0386<br />

The Pratt & Whitney<br />

TALON X Low<br />

Emissions Combustor:<br />

Revolutionary Results<br />

with Evolutionary<br />

Technology<br />

R. McKinney, Pratt &<br />

Whitney, East Hartford,<br />

CT<br />

1430<br />

<strong>AIAA</strong>-2007-0389<br />

Improved Correlations<br />

for Augmentor Static<br />

Stability<br />

D. Knaus, Creare Inc.,<br />

Hanover, NH<br />

1500<br />

<strong>AIAA</strong>-2007-0390<br />

Interaction of a Gaseous<br />

Fuel Jet with Shock-<br />

Wave- Rich Airflow<br />

A. Abdelhafez,<br />

Department of<br />

Mechanical Engineering,<br />

University of Maryl<strong>and</strong>,<br />

College Park, MD<br />

1530<br />

<strong>AIAA</strong>-2007-0391<br />

Numerical Optimization<br />

of the "Tornado"<br />

Combustor Aerodynamic<br />

Parameters<br />

I. Matveev, Applied<br />

Plasma Technologies,<br />

McLean, VA<br />

1600<br />

<strong>AIAA</strong>-2007-0388<br />

Effects of Chemical<br />

Kinetics <strong>and</strong> Heat Loss<br />

on Near- LBO<br />

Combustion Dynamics -<br />

Stability Analysis<br />

T. Yi, University of<br />

Cincinnati, Cincinnati,<br />

OH


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7432.<br />

Chaired by: J. LINEBERRY, Lytec LLC, Manchester, TN<br />

1330 1400 1430 1500 1530 1600<br />

Chaired by: S. SHERIF, University of Florida, Gainesville, FL, <strong>and</strong> N. MARUYAMA, Mie University, Tsu Mie, Japan<br />

1330 1400 1430 1500 1530<br />

Chaired by: R. CUNNINGTON, Raytheon Missile Systems, Tucson, AZ, <strong>and</strong> D. MOORHOUSE, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1330 1400 1430 1500


Monday Afternoon / 08 January 2007<br />

Session 54-PDL-2 Magnetohydrodynamics N-7<br />

Chaired by: J. LINEBERRY, Lytec LLC, Manchester, TN<br />

1330<br />

<strong>AIAA</strong>-2007-0393<br />

Computational<br />

Simulation of<br />

Magnetohydrodynamics<br />

Acceleration<br />

Experiments Using<br />

Newton- Krylov- Schwarz<br />

Method<br />

T. Wan, University of<br />

Minnesota, Minneapolis,<br />

MN<br />

1400<br />

<strong>AIAA</strong>-2007-0394<br />

The Fundamental<br />

Properties of Disk-<br />

Shaped MHD<br />

Accelerator<br />

S. Takeshita, Nagaoka<br />

University of<br />

Technology, Nagaoka,<br />

Japan<br />

Monday Afternoon / 08 January 2007<br />

Session 55-TES-2 Flow Simulation in Energy Systems N-5<br />

Monday Afternoon / 08 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-0396<br />

Time Accurate Analysis<br />

of Supersonic Flows<br />

over a Backward-<br />

Facing Step with Applied<br />

Magnetic Fields<br />

O. Khan, Wichita State<br />

University, Wichita, KS<br />

1500<br />

<strong>AIAA</strong>-2007-0397<br />

Simulation of<br />

Hypersonic Flow Within<br />

a Strong Magnetic Field<br />

R. MacCormack,<br />

Professor, Department<br />

of Aeronautics <strong>and</strong><br />

Astronautics, Stanford<br />

University, Stanford, CA<br />

Chaired by: S. SHERIF, University of Florida, Gainesville, FL, <strong>and</strong> N. MARUYAMA, Mie University, Tsu Mie, Japan<br />

1330<br />

<strong>AIAA</strong>-2007-0401<br />

Identification of Flow<br />

Separation in Three <strong>and</strong><br />

Four Dimensions<br />

G. Jacobs, San Diego<br />

State University, San<br />

Diego, CA<br />

1400<br />

<strong>AIAA</strong>-2007-0402<br />

Large- Eddy Simulation<br />

Using a Discontinuous<br />

Galerkin Spectral<br />

Element Method<br />

K. Sengupta, University<br />

of Illinois at Chicago,<br />

Chicago, IL<br />

1430<br />

<strong>AIAA</strong>-2007-0403<br />

Simulation of Supersonic<br />

MHD Channel Flows<br />

Z. Xu, University of<br />

Wisconsin-Milwaukee,<br />

Milwaukee, WI<br />

1500<br />

<strong>AIAA</strong>-2007-0404<br />

An Excel/VBA 3- D CFD<br />

Program for Educational<br />

Purposes<br />

R. Fischer, Oklahoma<br />

State University,<br />

Stillwater, OK<br />

1530<br />

<strong>AIAA</strong>-2007-0398<br />

Study of a Diagonal<br />

Channel MHD Power<br />

Generation<br />

T. Hardianto, Nagaoka<br />

University of<br />

Technology, Nagaoka,<br />

Japan<br />

1530<br />

<strong>AIAA</strong>-2007-0405<br />

CFD with VBA<br />

D. Lilley, Oklahoma<br />

State University,<br />

Stillwater, OK<br />

1600<br />

<strong>AIAA</strong>-2007-0399<br />

Experimental<br />

Investigation of<br />

Magneto- Fluid-<br />

Dynamic Interaction in<br />

Cylindrical Inlet<br />

J. Shang, Wright State<br />

University, Dayton, OH<br />

Session 56-TP-4 / MDO-2 Multidisciplinary Design Optimization <strong>and</strong> Thermophysics Ruby 2<br />

Chaired by: R. CUNNINGTON, Raytheon Missile Systems, Tucson, AZ, <strong>and</strong> D. MOORHOUSE, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1330<br />

<strong>AIAA</strong>-2007-0406<br />

Incorporation of<br />

Aerothermodynamic<br />

Analysis Tools into the<br />

Multi- Disciplinary<br />

Conceptual Design<br />

Process<br />

R. Cunnington, Raytheon<br />

Missile Systems,<br />

Tucson, AZ<br />

1400<br />

<strong>AIAA</strong>-2007-0408<br />

High- Speed External<br />

Aerodynamic Analysis<br />

Using Exergy Balance<br />

with Hypersonic Panel<br />

Code<br />

M. Baker, M4<br />

Engineering Inc., Signal<br />

Hill, CA<br />

1430<br />

<strong>AIAA</strong>-2007-0409<br />

An Inverse Data<br />

Analysis Technique for<br />

the Determination of<br />

Local Heat Transfer<br />

Phenomena<br />

M. Cochran, Kansas<br />

State University,<br />

Manhattan, KS<br />

1500<br />

<strong>AIAA</strong>-2007-0410<br />

Thermodynamic<br />

Optimization of<br />

Hypersonic Flying<br />

Vehicles<br />

E. Son, Moscow Institute<br />

of Physics <strong>and</strong><br />

Technology,<br />

Dolgoprudny, Russia<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


Chaired by: J. DEC <strong>and</strong> K. WURSTER, NASA Langley Research Center, Hampton, VA<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7302.<br />

1330 1400 1430 1500 1530 1600<br />

Chaired by: S. SCHRECK, National Renewable Energy Laboratory, Golden, CO<br />

1330 1400 1430 1500 1530 1600<br />

Chaired by: V. BYCHKOV, Moscow State University, Moscow, Russia, <strong>and</strong> B. GANGULY, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1330 1400 1430 1500 1530 1600 1630 1700


Monday Afternoon / 08 January 2007<br />

Session 57-TP-5 Thermal Protection Systems <strong>and</strong> Ablation Ruby 1<br />

Chaired by: J. DEC <strong>and</strong> K. WURSTER, NASA Langley Research Center, Hampton, VA<br />

1330<br />

<strong>AIAA</strong>-2007-0411<br />

A Simplified Approach<br />

for the Rapid Generation<br />

of Transient Heat-<br />

Shield Environments<br />

K. Wurster, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1400<br />

<strong>AIAA</strong>-2007-0413<br />

Orbiter Gap Filler<br />

Bending Model for Re-<br />

Entry<br />

C. Campbell, NASA<br />

Johnson Space Center,<br />

Houston , TX<br />

Monday Afternoon / 08 January 2007<br />

Session 58-WE-2 Wake Modeling McKinley<br />

Monday Afternoon / 08 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-0414<br />

Numerical Attempt for<br />

Reproducing the<br />

Surface Recession Data<br />

of Galileo Probe<br />

S. Matsuyama, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Chofu, Japan<br />

Chaired by: S. SCHRECK, National Renewable Energy Laboratory, Golden, CO<br />

1330<br />

<strong>AIAA</strong>-2007-0420<br />

Tower Shadow<br />

Simulation with<br />

Helicoidal Vortex Model<br />

J. Chattot, University of<br />

California Davis, Davis,<br />

CA<br />

1400<br />

<strong>AIAA</strong>-2007-0421<br />

Dynamic Prescribed<br />

Vortex Wake Model for<br />

AeroDyn<br />

H. Currin, Oregon<br />

Institute of Technology,<br />

Klamath Falls, OR<br />

1430<br />

<strong>AIAA</strong>-2007-0422<br />

The Inverse Vortex<br />

Wake Model: A<br />

Measurement Analysis<br />

Tool<br />

W. Haans, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1500<br />

<strong>AIAA</strong>-2007-0415<br />

Experimental <strong>and</strong><br />

Numerical Study of<br />

Thermal Response of<br />

Ablator in an Arc- Jet<br />

Facility<br />

M. Mizuno, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Tokyo, Japan<br />

1500<br />

<strong>AIAA</strong>-2007-0423<br />

Experimental <strong>and</strong><br />

Numerical Survey in the<br />

Wake of a Wind Turbine<br />

F. Massouh, ENSAM,<br />

Paris, France<br />

1530<br />

<strong>AIAA</strong>-2007-0417<br />

Thermal<br />

Characterization of<br />

Emisshield<br />

B. Olson, University of<br />

Oklahoma, Norman, OK<br />

1530<br />

<strong>AIAA</strong>-2007-0424<br />

Airfoil models in the<br />

actuator line code<br />

assessed with nearwake<br />

measurements on<br />

a yawed rotor<br />

W. Haans, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1600<br />

<strong>AIAA</strong>-2007-0418<br />

Experimental Studies on<br />

the Effect of Ply<br />

Orientation on the<br />

Thermal Performance of<br />

Silica Phenolic Ablative<br />

Material<br />

R. S.Pugazenthi, Indian<br />

Space Research<br />

Organisation,<br />

Triv<strong>and</strong>rum, India<br />

1600<br />

<strong>AIAA</strong>-2007-0425<br />

Wind Turbine Rotor-<br />

Tower Interaction Using<br />

an Incompressible<br />

Overset Grid Method<br />

F. Zahle, Risø National<br />

Laboratory, Roskilde,<br />

Denmark<br />

Session 59-WIG/PDL-2 Plasma I Sierra 1<br />

Chaired by: V. BYCHKOV, Moscow State University, Moscow, Russia, <strong>and</strong> B. GANGULY, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1330<br />

<strong>AIAA</strong>-2007-0427<br />

Microwave Discharges:<br />

Fundamentals <strong>and</strong><br />

Applications<br />

V. Shibkov, Moscow<br />

State University,<br />

Moscow, Russia<br />

1400<br />

<strong>AIAA</strong>-2007-0428<br />

Microwave Gas-<br />

Discharge Source<br />

Based on the "Plasma<br />

Resonance"<br />

Phenomenon<br />

I. Kossyi, Prokhorov<br />

General Physics<br />

Institute of RAS,<br />

Moscow, Russia<br />

1430<br />

1500<br />

<strong>AIAA</strong>-2007-0429 <strong>AIAA</strong>-2007-0430<br />

Microwave Torch as a Surface Microwave<br />

Tool for an Airflow Discharge in<br />

Chemical Transformation Quasi–Optical Wave<br />

Beam<br />

I. Kossyi, Moscow State<br />

University, Moscow,<br />

Russia<br />

I. Esakov, Russian<br />

Academy of <strong>Sciences</strong>,<br />

Moscow, Russia<br />

1530<br />

<strong>AIAA</strong>-2007-0431<br />

Various Types of<br />

Initiators for Attached<br />

Undercritical MW<br />

Discharge Ignition<br />

K. Khodataev, MRTI,<br />

Moscow, Russia<br />

1600<br />

<strong>AIAA</strong>-2007-0432<br />

Influence of Kinetics on<br />

Transversal Discharge<br />

Gas Heating Region<br />

Size <strong>and</strong> Form in<br />

Supersonic Gas Flow<br />

A. Aleks<strong>and</strong>rov,<br />

Moscow State<br />

University, Moscow,<br />

Russia<br />

1630<br />

<strong>AIAA</strong>-2007-0433<br />

Microwave Discharge in<br />

Quasi- optical Wave<br />

Beam<br />

I. Esakov, Moscow<br />

Radiotechnical Institute<br />

RAS, Moscow, Russia<br />

1700<br />

<strong>AIAA</strong>-2007-0434<br />

Influence of Magnetic<br />

Field on Gas Discharge<br />

Used for Air Ioniization<br />

A. Erofeev, Russian<br />

Academy of <strong>Sciences</strong>,<br />

St. Petersburg, Russia


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7320.<br />

Chaired by: J. SHAW, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> D. MARCOTTE, National Research Council, Ottawa, Canada<br />

1400 Opening Remarks/AIRA Overview –Joe Shaw/Dave Marcotte<br />

0800-0900 hrs


Monday Afternoon / 08 January 2007<br />

1400 - 1800 5th Annual AIRA Research Implementation Forum Crystal 1<br />

Chaired by: J. SHAW, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> D. MARCOTTE, National Research Council, Ottawa, Canada<br />

1400 Opening Remarks/AIRA Overview –Joe Shaw/Dave Marcotte<br />

1430 AIRA 2007 Invited Lectureship I: "From Technology Development Through Certification-Commercial All Weather Helicopter Certification in the U.S." Robert Flemming, Sikorsky Aircraft<br />

1530 AIRA 2007 Invited Lectureship II: "The Future Outlook for Improved Icing Forecasting" Mark Andrews, Joint Program Development Office(JDPO)<br />

1630 AIRA Research Thrust I: "Forecasting <strong>and</strong> Remote Sensing for Hazardous Weather at HUB Airports" Stewart Cober, Environment Canada<br />

1700 AIRA Research Thrust II: "Propulsion System Icing" Jim MacLeod, Canadian National Research Council<br />

1730 AIRA Research Thrust III: "Physics of Ice Adhesion for Rotating Surfaces" Myron Oleskiw, Canadian National Research Council<br />

1800 Adjourn<br />

Monday Afternoon / 08 January 2007<br />

1730 - Dryden Lectureship in Research Reno Room<br />

Tuesday Morning / 09 January 2007<br />

0800 - 1200 Career Workshop: Managing Your Career in the 21st Century I Crystal 5<br />

0800-0900 hrs<br />

Intergenerational Workforce (Impact of Aging <strong>and</strong> Multi-Generational Workforce)<br />

Trudy Hu, IEEE-USA CWPC Committee <strong>and</strong> National Health Provider<br />

0900-0930 hrs<br />

To Go or To Stay - A Personal Risk Analysis<br />

Bob Wessels, Lockheed Martin Corporation<br />

0930-1000 hrs<br />

Mentoring 101<br />

Dave Paisley, The Boeing Company<br />

1000-1030 hrs<br />

Solving the Mystique of Interviewing<br />

Jerry Lutz, Consultant<br />

1030-1100<br />

How to Succeed in a Globalized "Flat" World<br />

Cathy Downen, Raytheon Aircraft Company<br />

1100-1130 hrs<br />

Authoring Your Career Crossroads<br />

Jerry Lutz, Consultant<br />

1130-1200 hrs<br />

Underst<strong>and</strong>ing Meyers Briggs Type Indicator (MBTI)<br />

Kathy Prem, University of Wisconsin


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7361.<br />

Chaired by: K. ZAMAN, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> J. MENDOZA, Honeywell, Phoenix, AZ<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: D. PAXSON, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> W. ENGBLOM, Embry-Riddle Aeronautical University, Daytona Beach, FL<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: A. STRAZISAR, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> D. RIHN, Northrop Grumman Corporation, El Segundo, CA<br />

0800 0830 0900 0930 1000 1030


Tuesday Morning / 09 January 2007<br />

Session - Graduate Student Award Presentations N-2<br />

Tuesday Morning / 09 January 2007<br />

Session 60-AA-3 Jet Noise: Measurements <strong>and</strong> Control N-10<br />

Chaired by: K. ZAMAN, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> J. MENDOZA, Honeywell, Phoenix, AZ<br />

0800<br />

0830<br />

<strong>AIAA</strong>-2007-0436 <strong>AIAA</strong>-2007-0437<br />

A PIV Flow Field Near Field Acoustics of<br />

Investigation of Medium Core <strong>and</strong> Fan Chevron<br />

Bypass Chevron Nozzles Nozzles<br />

O. Rask, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

O. Rask, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0438<br />

Offset Stream<br />

Technology -<br />

Comparison of Results<br />

from UCI <strong>and</strong> GRC<br />

Experiments<br />

K. Zaman, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

0930<br />

<strong>AIAA</strong>-2007-0439<br />

Jet Noise Reduction by<br />

Fluidic Injection on a<br />

Separate Flow Exhaust<br />

System<br />

S. Harrison, University<br />

of Cincinnati, Cincinnati,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-0440<br />

Small- Aperture Phased<br />

Array Study of Noise<br />

from Coaxial Jets<br />

D. Papamoschou,<br />

University of California,<br />

Irvine, CA<br />

1030<br />

<strong>AIAA</strong>-2007-0441<br />

Limitations of the Three-<br />

Microphone Signal<br />

Enhancement Technique<br />

D. Nance, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

Session 61-ABP-4 PDE <strong>and</strong> Unsteady Flows II Cascade 2<br />

Chaired by: D. PAXSON, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> W. ENGBLOM, Embry-Riddle Aeronautical University, Daytona Beach, FL<br />

0800<br />

<strong>AIAA</strong>-2007-0443<br />

Transient Plasma<br />

Ignition for Delay<br />

Reduction in Pulse<br />

Detonation Engines<br />

C. Cathey, University of<br />

Southern California, Los<br />

Angeles, CA<br />

0830<br />

<strong>AIAA</strong>-2007-0444<br />

A Fundamental Study<br />

on the Acoustic Behavior<br />

of Pulse Detonation<br />

Engines<br />

A. Glaser, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

0900<br />

<strong>AIAA</strong>-2007-0445<br />

Acoustic Measurements<br />

of Multiple Pulse<br />

Detonation Engines<br />

Firing Out of Phase<br />

N. Caldwell, University<br />

of Cincinnati, Cincinnati,<br />

OH<br />

0930<br />

<strong>AIAA</strong>-2007-0446<br />

Propagation of<br />

Detonations Across a<br />

Step Area Change in a<br />

Pulsed Detonation<br />

Engine<br />

D. Hopper, Air Force<br />

Institute of Technology,<br />

Wright-Patterson AFB,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-0447<br />

Experimental Study of<br />

Ejectors Driven by a<br />

Pulse Detonation Engine<br />

A. Glaser, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

1030<br />

<strong>AIAA</strong>-2007-0449<br />

Performance Estimation<br />

for Air- Breathing Pulse<br />

Detonation Engine with<br />

Bypass <strong>and</strong><br />

Mix/Separate Exhaust<br />

H. Qiu, Northwestern<br />

Polytechnical University,<br />

Xi'an, China (prc)<br />

1100<br />

<strong>AIAA</strong>-2007-0442<br />

A Spatio- Temporal<br />

Decomposition of the<br />

Acoustic Source in a<br />

Mach 0.85 Jet<br />

J. Hall, Syracuse<br />

University, Syracuse, NY<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7433.<br />

Chaired by: A. STRAZISAR, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> D. RIHN, Northrop Grumman Corporation, El Segundo, CA<br />

0800 0830 0900 0930 1000 1030


Tuesday Morning / 09 January 2007<br />

Session 62-AD-3 The Silent Aircraft Initiative Crystal 3<br />

Chaired by: A. STRAZISAR, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> D. RIHN, Northrop Grumman Corporation, El Segundo, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0453<br />

Airframe Design for<br />

“Silent Aircraft”<br />

J. Hileman,<br />

Massachusetts Institute<br />

of Technology,<br />

Cambridge, MA<br />

0830<br />

<strong>AIAA</strong>-2007-0454<br />

Challenges in the Silent<br />

Aircraft Engine Design<br />

E. de la Rosa Blanco,<br />

Cambridge University,<br />

Cambridge, Great Britain<br />

Tuesday Morning / 09 January 2007<br />

Session 63-AFM-3 Projectile/Missile Aerodynamics <strong>and</strong> Flight Dynamics N-11<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0450<br />

Performance of a<br />

Boundary Layer<br />

Ingesting (BLI)<br />

Propulsion System<br />

A. Plas, Massachusetts<br />

Institute of Technology,<br />

Cambridge, MA<br />

0930<br />

<strong>AIAA</strong>-2007-0456<br />

Design <strong>and</strong> Operation<br />

for Ultra Low Noise<br />

Take- Off<br />

D. Crichton, Cambridge<br />

University, Cambridge,<br />

Great Britain<br />

1000<br />

<strong>AIAA</strong>-2007-0451<br />

Development of<br />

Approach Procedures<br />

for Silent Aircraft<br />

J. Hileman,<br />

Massachusetts Institute<br />

of Technology,<br />

Cambridge, MA<br />

1030<br />

<strong>AIAA</strong>-2007-0455<br />

Assessment of Silent<br />

Aircraft- Enabled<br />

Regional Development<br />

<strong>and</strong> Airline Economics in<br />

the UK<br />

R. Tam, Massachusetts<br />

Institute of Technology,<br />

Cambridge, MA<br />

Chaired by: F. PRIOLO, Millennium Engineering <strong>and</strong> Integration Company, Arlington, VA, <strong>and</strong> J. DESPIRITO, U.S. Army Research Laboratory, Aberdeen Proving Ground, MD<br />

0800<br />

<strong>AIAA</strong>-2007-0457<br />

Using Unsteady<br />

Aerodynamic Multi- Axis<br />

State- Space<br />

Formulation as a Tool to<br />

Represent Wing Rock<br />

P. De Oliveira-Neto,<br />

Virginia Polytechnic<br />

Institute <strong>and</strong> State<br />

University, Blacksburg,<br />

VA<br />

0830<br />

<strong>AIAA</strong>-2007-0458<br />

Analytic Model of<br />

Catastrophic Yaw<br />

J. Morote, National<br />

Institute of <strong>Aerospace</strong><br />

Technology, Madrid,<br />

Spain<br />

0900<br />

<strong>AIAA</strong>-2007-0459<br />

Forebody Strake Effects<br />

on Air- Launch Rocket<br />

Aerodynamic<br />

Characteristics at High<br />

Angle of Attacks<br />

W. Logan, University of<br />

California , Davis, CA<br />

0930<br />

<strong>AIAA</strong>-2007-0461<br />

Effects of Forebody<br />

Geometry on the Flow<br />

<strong>and</strong> Control of a Blunt-<br />

Nose Projectile at High<br />

Angles of Attack<br />

J. Lopera, University of<br />

Toledo, Toledo, OH<br />

1000<br />

<strong>AIAA</strong>-2007-0462<br />

Application of Pressure-<br />

Based Coupled Solver<br />

to the Problem of<br />

Hypersonic Missiles with<br />

Aerospikes<br />

K. Kurbatskii, Fluent<br />

Inc., Lebanon, NH<br />

1030<br />

<strong>AIAA</strong>-2007-0463<br />

Recent NASA Research<br />

on Aerodynamic<br />

Modeling of Post- Stall<br />

<strong>and</strong> Spin Dynamics of<br />

Large Transport<br />

Airplanes<br />

A. Murch, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1100<br />

<strong>AIAA</strong>-2007-0464<br />

Fuzzy Controllers Based<br />

on Optimal Fuzzy<br />

Reasoning for Missile<br />

Terminal Guidance<br />

L. Zhang, Beihang<br />

University, Beijing,<br />

China (prc)<br />

Session 64-AMT-2 Diagnostics for Reacting <strong>and</strong> High-Speed Flows Shasta 2<br />

Chaired by: T. ROSSMANN, Rutgers University, Piscataway, NJ, <strong>and</strong> B. THUROW, Auburn University, Auburn University, AL<br />

0800<br />

<strong>AIAA</strong>-2007-0465<br />

Tunable Filter<br />

Absorption<br />

Spectroscopy for High<br />

Pressure Combustion<br />

Systems<br />

S. Boege, Rutgers<br />

University, Piscataway,<br />

NJ<br />

0830<br />

<strong>AIAA</strong>-2007-0466<br />

Chemiluminescence<br />

Measurements <strong>and</strong><br />

Modeling in Syngas,<br />

Methane <strong>and</strong> Jet- A<br />

Fueled Combustors<br />

V. Nori, Georgia Institute<br />

of Technology, Atlanta,<br />

GA<br />

0900<br />

<strong>AIAA</strong>-2007-0467<br />

Measurements of NO<br />

<strong>and</strong> OH Concentrations<br />

in Vitiated Air Using<br />

Diode- Laser- Based<br />

Ultraviolet Absorption<br />

Sensors<br />

T. Anderson, Purdue<br />

University, West<br />

Lafayette, IN<br />

0930<br />

<strong>AIAA</strong>-2007-0468<br />

Development of Diode<br />

Laser Absorption<br />

Instrument for Free<br />

Stream Measurements in<br />

Hypervelocity CO2 Flows<br />

J. Meyers, Von Kármán<br />

Institute for Fluid<br />

Dynamics,<br />

Rhode-Saint-Genèse,<br />

Belgium<br />

1000<br />

<strong>AIAA</strong>-2007-0469<br />

Optical Investigations of<br />

the Combustion<br />

Characteristics of a Gas<br />

Turbine Pilot Burner<br />

H. Seyfried, Lund<br />

Institute of Technology,<br />

Lund, Sweden<br />

1030<br />

<strong>AIAA</strong>-2007-0471<br />

Turbulence<br />

Measurements Using<br />

FARRS in a Supersonic<br />

Axisymmetric Jet<br />

R. Huffman, University of<br />

Illinois at<br />

Urbana-Champaign,<br />

Urbana, IL<br />

1100<br />

<strong>AIAA</strong>-2007-0472<br />

Electronic- Resonance-<br />

Enhanced (ERE)<br />

Coherent Anti- Stokes<br />

Raman Scattering<br />

(CARS) Detection of<br />

Minor Species in<br />

Reacting Flows<br />

S. Naik, Purdue<br />

University, West<br />

Lafayette, IN


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7283.<br />

Chaired by: D. GRISMER, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: N. QIN, University of Sheffield, Sheffield, Great Britain<br />

0800 0830 0900 0930 1000<br />

Chaired by: D. HUMMEL, Technical University of Brunswick, Brunswick, Germany<br />

0800 0900 0930 1000 1030 1100 1130


Tuesday Morning / 09 January 2007<br />

Session 65-APA-7 Aerodynamic Flow Control I Carson 1<br />

Chaired by: D. GRISMER, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0473<br />

Computational<br />

Evaluation of Controlling<br />

Flap- Edge Vortex <strong>and</strong><br />

Tip Vortex Using<br />

Circulation Control<br />

Techniques<br />

Y. Liu, National Instittue<br />

of <strong>Aerospace</strong>, Hampton,<br />

VA<br />

0830<br />

<strong>AIAA</strong>-2007-0474<br />

Effective Layout of<br />

Plasma Actuators for a<br />

Flow Separation Control<br />

on a Wing<br />

D. Tsubakino, University<br />

of Tokyo, Tokyo, Japan<br />

Tuesday Morning / 09 January 2007<br />

Session 66-APA-8 Bio-Inspired Aerodynamics N-9<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0475<br />

Limited Characterization<br />

of Dual Bimorph<br />

Synthetic Jet Actuators:<br />

Aeroelastic Load<br />

Control—Phase I<br />

A. Tucker, U.S. Air<br />

Force, Edwards AFB, CA<br />

Chaired by: N. QIN, University of Sheffield, Sheffield, Great Britain<br />

0800<br />

<strong>AIAA</strong>-2007-0481<br />

Aerodynamic Design<br />

Exploration of Flapping<br />

Wing, Viewpoint of<br />

Shape <strong>and</strong> Kinematics<br />

S. Takahashi, Tohoku<br />

University, Sendai,<br />

Japan<br />

0830<br />

<strong>AIAA</strong>-2007-0482<br />

Numerical Study of<br />

Kinematic Wing Models<br />

of Hovering Insect Flight<br />

F. Bos, Delft University<br />

of Technology, Delft,<br />

The Netherl<strong>and</strong>s<br />

0900<br />

<strong>AIAA</strong>-2007-0483<br />

Aerodynamic<br />

Performance of a<br />

Corrugated Dragonfly<br />

Airfoil Compared with<br />

Smooth Airfoils at Low<br />

Reynolds Numbers<br />

M. Tamai, Iowa State<br />

University, Ames, IA<br />

0930<br />

<strong>AIAA</strong>-2007-0476<br />

Control of Shock-<br />

Boundary Layer<br />

Interactions (SBLIs)<br />

Using An Oscillatory Jet<br />

A. Hassan, The Boeing<br />

Company, Mesa, AZ<br />

0930<br />

<strong>AIAA</strong>-2007-0484<br />

Optimization of Flapping<br />

Motion of Airfoils in<br />

Biplane Configuration<br />

for Maximum Thrust<br />

<strong>and</strong>/or Efficiency<br />

M. Kaya, Middle East<br />

Technical University,<br />

Ankara, Turkey<br />

1000<br />

<strong>AIAA</strong>-2007-0477<br />

Computational<br />

Investigation of Flow<br />

Control over Wings<br />

P. Vavilis, FORTH /<br />

IACM, Heraklion, Greece<br />

1000<br />

<strong>AIAA</strong>-2007-0486<br />

Investigation of Strouhal<br />

Number Effect on<br />

Flapping Wing Micro Air<br />

Vehicle<br />

K. Aditya, Maturi<br />

Venkata Subba Rao<br />

Engineering College,<br />

Hyderabad, India<br />

1030<br />

<strong>AIAA</strong>-2007-0480<br />

Investigation of a<br />

Boundary- Layer Control<br />

System by Air Blowing in<br />

a Closed- Circuit<br />

Subsonic Wind Tunnel<br />

M. Assato, Pontifícia<br />

Universidade Católica,<br />

Rio De Janeiro, Brazil<br />

Session 67-APA-9 Cranked Arrow Wing Aerodynamics Project International I N-8<br />

Chaired by: D. HUMMEL, Technical University of Brunswick, Brunswick, Germany<br />

0800<br />

<strong>AIAA</strong>-2007-0487<br />

Review of Cranked- Arrow Wing Aerodynamics<br />

Project: Its International Aeronautical<br />

Community Role<br />

J. Lamar, NASA Langley Research Center,<br />

Hampton, VA<br />

0900<br />

<strong>AIAA</strong>-2007-0488<br />

Description of the F16-<br />

XL Geometry <strong>and</strong><br />

Computational Grids<br />

Used in CAWAPI<br />

O. Boelens, National<br />

<strong>Aerospace</strong><br />

Laboratory/NLR,<br />

Amsterdam, The<br />

Netherl<strong>and</strong>s<br />

0930<br />

<strong>AIAA</strong>-2007-0489<br />

Comparison of<br />

Measured <strong>and</strong><br />

Simulated Flow<br />

Features for the Full-<br />

Scale F- 16XL Aircraft<br />

O. Boelens, National<br />

<strong>Aerospace</strong><br />

Laboratory/NLR,<br />

Amsterdam, The<br />

Netherl<strong>and</strong>s<br />

1000<br />

<strong>AIAA</strong>-2007-0490<br />

Evaluation of Results<br />

from a Reynolds<br />

Averaged Multiblock<br />

Code Against F- 16XL<br />

Flight Data<br />

K. Badcock, University<br />

of Liverpool, Liverpool,<br />

Great Britain<br />

1030<br />

<strong>AIAA</strong>-2007-0491<br />

PAB3D Simulations for<br />

the CAWAPI F- 16XL<br />

A. Elmiligui, Analytical<br />

Services & Materials,<br />

Inc, Hampton, VA<br />

1100<br />

<strong>AIAA</strong>-2007-0492<br />

RANS Solutions for the<br />

CAWAPI F- 16XL in<br />

Solution Adapted Hybrid<br />

Grids<br />

W. Fritz, EADS Military<br />

Air Systems, Munich,<br />

Germany<br />

1130<br />

<strong>AIAA</strong>-2007-0493<br />

F- 16XL Unsteady<br />

Simulations for the<br />

CAWAPI Facet of RTO<br />

Task Group AVT- 113<br />

S. Morton, U.S. Air<br />

Force SEEK EAGLE<br />

Office, Eglin AFB, FL


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7284.<br />

Chaired by: W. TOBISKA, Space Environment Technologies, Pacific Palisades, CA, <strong>and</strong> J. MINOW, NASA Marshall Space Flight Center, Huntsville, AL<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: W. WRIGHT, ASRC Federal Holding Company, Clevel<strong>and</strong>, OH, <strong>and</strong> E. MONTREUIL, Office National d'Etudes et Recherches Aerospatiales, Chatillon, France<br />

0800 0830 0900 0930 1000<br />

Chaired by: D. DARMOFAL, Massachusetts Institute of Technology, Cambridge, MA, <strong>and</strong> B. MAINES, Lockheed Martin Aeronautics Company, Ft Worth, TX<br />

0800 0830 0900 0930 1000 1030


Tuesday Morning / 09 January 2007<br />

Session 68-ASE-6 Modeling of the Space Environment Crystal 2<br />

Chaired by: W. TOBISKA, Space Environment Technologies, Pacific Palisades, CA, <strong>and</strong> J. MINOW, NASA Marshall Space Flight Center, Huntsville, AL<br />

0800<br />

<strong>AIAA</strong>-2007-0494<br />

Final Development<br />

Status of Multi- Utility<br />

Spacecraft Charging<br />

Analysis Tool (MUSCAT)<br />

J. Kim, Kyushu Institute<br />

of Technology,<br />

Kitakyushu, Japan<br />

0830<br />

<strong>AIAA</strong>-2007-0495<br />

SOLAR2000 v2.30 <strong>and</strong><br />

SOLARFLARE v1.01:<br />

New Capabilities for<br />

Space System<br />

Operations<br />

W. Tobiska, Space<br />

Environment<br />

Technologies, Pacific<br />

Palisades, CA<br />

Tuesday Morning / 09 January 2007<br />

Session 69-ASE-7 Numerical Methods in Aircraft Icing Crystal 1<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0496<br />

SEP Temporal<br />

Fluctuations Related to<br />

Extreme Solar Flare<br />

Events Detected by<br />

SOHO/CELIAS/SEM<br />

L. Didkovsky, University<br />

of Southern California,<br />

Los Angeles, CA<br />

0930<br />

<strong>AIAA</strong>-2007-0497<br />

Spacecraft Radiation<br />

Shielding Using Ultra<br />

Light- Weight<br />

Superconducting<br />

Magnets<br />

E. Kervendal, Florida<br />

Institute of Technology,<br />

Melbourne, FL<br />

1000<br />

<strong>AIAA</strong>-2007-0501<br />

Interstellar Space<br />

Missions: Ultra-<br />

Reliability Requirements<br />

<strong>and</strong> Engineering Issues<br />

H. Garrett, Jet<br />

Propulsion Laboratory,<br />

California Institute of<br />

Technology, Pasadena,<br />

CA<br />

1030<br />

<strong>AIAA</strong>-2007-0499<br />

Theory of Space<br />

Magnetic Sail <strong>and</strong><br />

Electrostatic MagSail<br />

A. Bolonkin, C&R,<br />

Brooklyn, NY<br />

Chaired by: W. WRIGHT, ASRC Federal Holding Company, Clevel<strong>and</strong>, OH, <strong>and</strong> E. MONTREUIL, Office National d'Etudes et Recherches Aerospatiales, Chatillon, France<br />

0800<br />

<strong>AIAA</strong>-2007-0502<br />

SmaggIce 2.0:<br />

Additional Capabilities<br />

for Interactive Grid<br />

Generation of Iced<br />

Airfoils<br />

R. Kreeger, NASA<br />

Glenn Research Center,<br />

Clevel<strong>and</strong>, OH<br />

0830<br />

<strong>AIAA</strong>-2007-0503<br />

Q3D- Wing for Flight<br />

Control of Aircraft with<br />

Ice Accretion<br />

B. Williams, Iowa State<br />

University, Ames, IA<br />

0900<br />

<strong>AIAA</strong>-2007-0504<br />

Simulations of Finite<br />

Wings with 2- D <strong>and</strong> 3- D<br />

Ice Shapes: Modern<br />

Lifting- Line Theory<br />

Versus 3- D CFD<br />

K. Chi, Iowa State<br />

University, Ames, IA<br />

0930<br />

<strong>AIAA</strong>-2007-0505<br />

Icing Collection<br />

Efficiency from Direct<br />

Simulation<br />

J. Nathman, Analytical<br />

Methods, Inc, Redmond,<br />

WA<br />

1000<br />

<strong>AIAA</strong>-2007-0506<br />

Simulation of Ice<br />

Shedding from a<br />

Business Jet Aircraft<br />

M. Papadakis, Wichita<br />

State University,<br />

Wichita, KS<br />

Session 70-FD-12 CFD Higher Order Methods I Crystal 4<br />

Chaired by: D. DARMOFAL, Massachusetts Institute of Technology, Cambridge, MA, <strong>and</strong> B. MAINES, Lockheed Martin Aeronautics Company, Ft Worth, TX<br />

0800<br />

<strong>AIAA</strong>-2007-0508<br />

Direct Numerical<br />

Simulation of<br />

Hypersonic Boundary<br />

Layer Receptivity over<br />

Parabola Using High-<br />

Order Nonlinear Scheme<br />

X. Liu, China<br />

Aerodynamics Research<br />

<strong>and</strong> Development<br />

Center, Mianyang, China<br />

(prc)<br />

0830<br />

<strong>AIAA</strong>-2007-0509<br />

Weighted Compact <strong>and</strong><br />

Non- compact Scheme<br />

for Shock Tube <strong>and</strong><br />

Shock Entropy<br />

Interaction<br />

X. Peng, University of<br />

Texas at Arlington,<br />

Arlington, TX<br />

0900<br />

<strong>AIAA</strong>-2007-0510<br />

A Hermite WENO-<br />

Based Limiter for<br />

Discontinuous Galerkin<br />

Methods on<br />

Unstructured Grids<br />

H. Luo, Science<br />

Applications<br />

International<br />

Corporation, McLean, VA<br />

0930<br />

<strong>AIAA</strong>-2007-0511<br />

Engineering Application<br />

Oriented Discontinuous<br />

Galerkin Methods<br />

M. Kessler, Universität<br />

Stuttgart, Stuttgart,<br />

Germany<br />

1000<br />

<strong>AIAA</strong>-2007-0512<br />

A Parallel hp- Multigrid<br />

Solver for Three-<br />

Dimensional<br />

Discontinuous Galerkin<br />

Discretizations of the<br />

Euler Equations<br />

C. Nastase, University of<br />

Wyoming, Laramie, WY<br />

1030<br />

<strong>AIAA</strong>-2007-0513<br />

Discontinuous Galerkin<br />

Solution of the Navier-<br />

Stokes Equations on<br />

Deformable Domains<br />

P. Persson,<br />

Massachusetts Institute<br />

of Technology,<br />

Cambridge, MA


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7356.<br />

Chaired by: B. SMITH, Lockheed Martin Aeronautics Company, Fort Worth, TX, <strong>and</strong> A. HAMED, University of Cincinnati, Cincinnati, OH<br />

0800 0830 0900 0930 1000 1030 1100 1130<br />

Chaired by: T. BEUTNER, Defense Advanced Research Projects Agency, Ann<strong>and</strong>ale, VA, <strong>and</strong> M. POST, U.S. Air Force Academy, Colorado Springs, CO<br />

0800 0830 0900 0930 1000<br />

Chaired by: M. TURNER, University of Cincinnati, Cincinnati, OH, <strong>and</strong> J. REED, University of Toledo, Belchertown, MA<br />

0800 0830 0900 0930 1000 1030


Tuesday Morning / 09 January 2007<br />

Session 71-FD-13 CFD RANS Modeling <strong>and</strong> Application N-6<br />

Chaired by: B. SMITH, Lockheed Martin Aeronautics Company, Fort Worth, TX, <strong>and</strong> A. HAMED, University of Cincinnati, Cincinnati, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0514<br />

Personalized Ventilation<br />

for Commercial Aircraft<br />

Cabins<br />

N. Gao, Hong Kong<br />

Polytechnic University,<br />

Hong Kong, Hong Kong<br />

0830<br />

<strong>AIAA</strong>-2007-0515<br />

Application of Laminar-<br />

Turbulent Transition<br />

Criteria in Navier-<br />

Stokes Computation<br />

J. Cliquet, ONERA,<br />

Toulouse, France<br />

Tuesday Morning / 09 January 2007<br />

Session 72-FD-14 Flow Control Propulsion Applications Carson 2<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0516<br />

Computational Analysis<br />

of Flow Separation<br />

Control for the Flow<br />

over a Wall- Mounted<br />

Hump Using a Synthetic<br />

Jet<br />

C. Bettini, DIMSET,<br />

Genova, Italy<br />

0930<br />

<strong>AIAA</strong>-2007-0517<br />

Computation of<br />

Turbulent Flow over<br />

Highly Curved<br />

Configuration Using a<br />

Conventional Two-<br />

Equation Turbulence<br />

Model<br />

M. Zakyani, Sharif<br />

University of<br />

Technology, Tehran,<br />

Iran<br />

1000<br />

<strong>AIAA</strong>-2007-0518<br />

Continuous Shape<br />

Sensitivity Equation<br />

Method for the kepsilon<br />

Model of<br />

Turbulence<br />

R. Di Caro, Ecole<br />

Polytechnique de<br />

Montreal, Montreal,<br />

Canada<br />

1030<br />

<strong>AIAA</strong>-2007-0519<br />

Interaction of<br />

Turbomachinery<br />

Components in Large<br />

Scale Unsteady<br />

Computations of Jet<br />

Engines<br />

G. Kalitzin, Stanford<br />

University, Stanford, CA<br />

Chaired by: T. BEUTNER, Defense Advanced Research Projects Agency, Ann<strong>and</strong>ale, VA, <strong>and</strong> M. POST, U.S. Air Force Academy, Colorado Springs, CO<br />

0800<br />

<strong>AIAA</strong>-2007-0520<br />

Investigation of Low-<br />

Pressure Turbine<br />

Separation Control<br />

A. Gross, University of<br />

Arizona, Tucson, AZ<br />

0830<br />

<strong>AIAA</strong>-2007-0521<br />

Micro- Vortex Generator<br />

Flow Control for<br />

Supersonic Engine Inlets<br />

H. Babinsky, University<br />

of Cambridge,<br />

Cambridge, Great Britain<br />

0900<br />

<strong>AIAA</strong>-2007-0522<br />

Supersonic- Inlet Start<br />

Amelioration <strong>and</strong><br />

Unstart Mitigation via<br />

Mass <strong>and</strong> Heat Transfer<br />

J. Iannelli, City<br />

University, London,<br />

Great Britain<br />

0930<br />

<strong>AIAA</strong>-2007-0525<br />

Influence of Two-<br />

Dimensional vs. Discrete<br />

Disturbances on<br />

Separating Low<br />

Pressure Turbine<br />

Boundary Layers<br />

D. Reimann, Brigham<br />

Young University, Provo,<br />

UT<br />

1000<br />

<strong>AIAA</strong>-2007-0526<br />

Correction of Turbulence<br />

Quantities in 3D PIV<br />

Data<br />

M. Alkislar, The Boeing<br />

Company, Seattle, WA<br />

1100<br />

<strong>AIAA</strong>-2007-1448<br />

Assessment of Two<br />

Low- Reynolds- Number<br />

k- e Models in Turbulent<br />

Boundary Layers with<br />

Surface Roughness<br />

M. Lu, Western<br />

Michigan University,<br />

Kalamazoo, MI<br />

1130<br />

<strong>AIAA</strong>-2007-1449<br />

Computational Analysis<br />

of Turbulent Internal<br />

Flow in Ballistic Solid<br />

Rocket Motors<br />

A. Arabshahi, UT<br />

SimCenter at<br />

Chattanooga,<br />

Chattanooga, TN<br />

Session 73-FD-15 Internal Wall-Bounded Flows N-3<br />

Chaired by: M. TURNER, University of Cincinnati, Cincinnati, OH, <strong>and</strong> J. REED, University of Toledo, Belchertown, MA<br />

0800<br />

<strong>AIAA</strong>-2007-0527<br />

Numerical Simulation of<br />

Blood Flow Through<br />

Heart Valves<br />

A. Nejadmalayeri,<br />

Wichita State University,<br />

Wichita, KS<br />

0830<br />

<strong>AIAA</strong>-2007-0528<br />

Outer- Layer Similarity in<br />

the Presence of Highly-<br />

Irregular Surface<br />

Roughness<br />

Y. Wu, University of<br />

Illinois at<br />

Urbana-Champaign,<br />

Urbana, IL<br />

0900<br />

<strong>AIAA</strong>-2007-0529<br />

Investigation into the<br />

Underst<strong>and</strong>ing of Flow<br />

Stagnation in Fluid Tube<br />

Radiators<br />

N. Hahn, Paragon<br />

Space Development<br />

Corporation, Tucson, AZ<br />

0930<br />

<strong>AIAA</strong>-2007-0530<br />

Modification of St<strong>and</strong>ard<br />

K- e Turbulence Model<br />

for Analysis <strong>and</strong> Design<br />

Refinement of Fuel<br />

Ejector Pump<br />

J. Masud, National<br />

University of <strong>Sciences</strong><br />

<strong>and</strong> Technology,<br />

Risalpur, Pakistan<br />

1000<br />

<strong>AIAA</strong>-2007-0531<br />

Near Wall<br />

Measurements in<br />

Smooth/Rough<br />

Turbulent Boundary<br />

Layers<br />

B. Brzek, Rensselaer<br />

Polytechnic Institute,<br />

Troy, NY<br />

1030<br />

<strong>AIAA</strong>-2007-0532<br />

On the Composite<br />

Logarithmic Profile in<br />

Zero Pressure Gradient<br />

Turbulent Boundary<br />

Layers<br />

K. Chauhan, Illinois<br />

Institute of Technology,<br />

Chicago, IL


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7436.<br />

Chaired by: E. WHITE, Texas A&M University, College Station, TX<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: F. CHIARAMONTE, NASA Headquarters, Washington, DC, <strong>and</strong> F. KOHL, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: P. STICH, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN, <strong>and</strong> D. DRESS, NASA Langley Research Center, Hampton, VA<br />

0800 0830 0900 0930


Tuesday Morning / 09 January 2007<br />

Session 74-FD-16 Stability <strong>and</strong> Transition: High Speed Experiments <strong>and</strong> Facilities - Separation Whitney<br />

Chaired by: E. WHITE, Texas A&M University, College Station, TX<br />

0800<br />

<strong>AIAA</strong>-2007-0534<br />

HIFiRE- 1 Boundary<br />

Layer Transition<br />

Experiment Design<br />

R. Kimmel, U.S. Air<br />

Force Research<br />

Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

0830<br />

<strong>AIAA</strong>-2007-0535<br />

Transition Research <strong>and</strong><br />

Improved Performance<br />

in the Boeing/AFOSR<br />

Mach- 6 Quiet Tunnel<br />

T. Juliano, Purdue<br />

University, West<br />

Lafayette, IN<br />

Tuesday Morning / 09 January 2007<br />

Session 75-GPSE-3 Advanced Capabilities for the Exploration of Space III N-4<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0536<br />

Fluorescence<br />

Visualization of<br />

Hypersonic Flow Past<br />

Triangular <strong>and</strong><br />

Rectangular Boundary-<br />

Layer Trips<br />

,<br />

0930<br />

<strong>AIAA</strong>-2007-0537<br />

Inducer- Induced<br />

Transition in Hypersonic<br />

Boundary Layers<br />

H. Bottini, von Kármán<br />

Institute for Fluid<br />

Dynamics, Rhode Saint<br />

Genese, Belgium<br />

1000<br />

<strong>AIAA</strong>-2007-0538<br />

Numerical Simulation of<br />

the Bursting of a<br />

Laminar Separation<br />

Bubble<br />

O. Marxen, Royal<br />

Institute of Technology,<br />

Stockholm, Sweden<br />

Chaired by: F. CHIARAMONTE, NASA Headquarters, Washington, DC, <strong>and</strong> F. KOHL, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0541<br />

Energy Storage:<br />

Batteries <strong>and</strong> Fuel Cells<br />

for Exploration<br />

M. Manzo, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

0830<br />

<strong>AIAA</strong>-2007-0543<br />

Exercise<br />

Countermeasures <strong>and</strong> a<br />

New Ground- Based<br />

Partial- g Analog for<br />

Exploration<br />

,<br />

0900<br />

<strong>AIAA</strong>-2007-0544<br />

Intravenous Solutions<br />

for Exploration Missions<br />

F. Miller, National<br />

Center for Space<br />

Exploration Research,<br />

Clevel<strong>and</strong>, OH<br />

0930<br />

<strong>AIAA</strong>-2007-0545<br />

Electronic Repair<br />

Concepts for Long-<br />

Duration Spaceflight<br />

J. Easton, National<br />

Center for Space<br />

Exploration Research,<br />

Clevel<strong>and</strong>, OH<br />

1000<br />

<strong>AIAA</strong>-2007-0546<br />

The Microgravity<br />

Science Glovebox<br />

(MSG), a Resource for<br />

Gravity- Dependent<br />

Phenomena Research<br />

on the International<br />

Space Station (ISS)<br />

R. Spivey, Tec-Masters<br />

Inc., Huntsville, AL<br />

1030<br />

<strong>AIAA</strong>-2007-0540<br />

On Instability Properties<br />

of Incompressible<br />

Laminar Separation<br />

Bubbles on a Flat Plate<br />

Prior to Shedding<br />

V. Theofilis, Universidad<br />

Politécnica de Madrid,<br />

Madrid, Spain<br />

Session 76-GT-3 Advances in Ground Test Techniques Sierra 2<br />

Chaired by: P. STICH, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN, <strong>and</strong> D. DRESS, NASA Langley Research Center, Hampton, VA<br />

0800<br />

<strong>AIAA</strong>-2007-0549<br />

Combined Cycle Status<br />

Matching <strong>and</strong> Data<br />

Reconciliation through<br />

the Heat Balance Solver<br />

T. Lin, Georgia Institute<br />

of Technology, Atlanta,<br />

GA<br />

0830<br />

<strong>AIAA</strong>-2007-0550<br />

Shuttle Debris Impact<br />

Tool Assessment Using<br />

the Modern Design of<br />

Experiments<br />

R. DeLoach, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

0900<br />

<strong>AIAA</strong>-2007-0551<br />

Experimental Space<br />

Shuttle Orbiter Studies<br />

to Acquire Data for Code<br />

<strong>and</strong> Flight Heating<br />

Model Validation<br />

T. Wadhams,<br />

Calspan-University of<br />

Buffalo Research Center,<br />

Buffalo, NY<br />

0930<br />

<strong>AIAA</strong>-2007-0552<br />

A Method for Calculating<br />

the Probability of<br />

Successfully Completing<br />

a Rocket Propulsion<br />

Ground Test<br />

B. Messer, NASA<br />

Stennis Space Center,<br />

Stennis Space Center,<br />

MS<br />

1030<br />

<strong>AIAA</strong>-2007-0547<br />

Synergies Between<br />

Space Research <strong>and</strong><br />

Space<br />

Operations—Examples<br />

from the International<br />

Space Station<br />

J. Tate, Engineering &<br />

Science Contract Group,<br />

Houston, TX<br />

1100<br />

<strong>AIAA</strong>-2007-1474<br />

Calculation of<br />

Excavation Force for<br />

ISRU on Lunar Surface<br />

X. Zeng, Case Western<br />

Reserve University,<br />

Clevel<strong>and</strong>, OH<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7477.<br />

Chaired by: R. NOACK, University of Alabama in Birmingham, Aberdeen Proving Ground, MD, <strong>and</strong> S. ALTER, NASA Langley Research Center, Hampton, VA<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: J. POWERS, University of Notre Dame, Notre Dame, IN<br />

0800 0830 0900 0930 1000 1030 1100 1130<br />

Chaired by: J. BELLAN, Jet Propulsion Laboratory, California Institute of Technology, Pasadena, CA<br />

0800 0830 0900 0930 1000 1030 1100 1130


Tuesday Morning / 09 January 2007<br />

Session 77-MVC-1 Mesh Generation Carson 3<br />

Chaired by: R. NOACK, University of Alabama in Birmingham, Aberdeen Proving Ground, MD, <strong>and</strong> S. ALTER, NASA Langley Research Center, Hampton, VA<br />

0800<br />

<strong>AIAA</strong>-2007-0554<br />

Anisotropic Tetrahedral<br />

Meshing Based on<br />

Surface Deformation<br />

Techniques<br />

J. Steinbrenner,<br />

Pointwise, Inc., Fort<br />

Worth, TX<br />

0830<br />

<strong>AIAA</strong>-2007-0555<br />

Viscous Layer Meshes<br />

from Level Sets on<br />

Cartesian Meshes<br />

W. Dawes, Cambridge<br />

University, Cambridge,<br />

Great Britain<br />

Tuesday Morning / 09 January 2007<br />

Session 78-PC-5 Combustion Instability <strong>and</strong> Acoustic Interactions Teton 1<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0556<br />

Mesh Generation <strong>and</strong><br />

Deformation Algorithm<br />

for Aeroelasticity<br />

Simulations<br />

J. Gargoloff, Texas A&M<br />

University, College<br />

Station, TX<br />

Chaired by: J. POWERS, University of Notre Dame, Notre Dame, IN<br />

0800<br />

<strong>AIAA</strong>-2007-0560<br />

Investigation of Self<br />

Excited <strong>and</strong> Acoustically<br />

Forced Combustion<br />

Instabilities with Laser<br />

Diagnostics<br />

F. Scheel, Cambridge<br />

University, Cambridge,<br />

Great Britain<br />

0830<br />

<strong>AIAA</strong>-2007-0561<br />

Design Considerations<br />

for Remote High- Speed<br />

Pressure Measurements<br />

of Dynamic Combustion<br />

Phenomena<br />

D. Straub, National<br />

Energy Technology<br />

Laboratory,<br />

Morgantown, WV<br />

0900<br />

<strong>AIAA</strong>-2007-0562<br />

Development of a<br />

"Prime <strong>and</strong> Trigger"<br />

Concept for Compact<br />

Afterburner Combustion<br />

S. Birmaher, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

0930<br />

<strong>AIAA</strong>-2007-0557<br />

A Mesh Deformation<br />

Strategy Optimized by<br />

the Adjoint Method on<br />

Unstructured Meshes<br />

Z. Yang, University of<br />

Wyoming, Laramie, WY<br />

0930<br />

<strong>AIAA</strong>-2007-0563<br />

Impact on Microjet<br />

Actuation on Stability of<br />

a Backward- Facing<br />

Step Combustor<br />

M. Altay, Massachusetts<br />

Institute of Technology,<br />

Cambridge, MA<br />

1000<br />

<strong>AIAA</strong>-2007-0558<br />

Solution Adaptive Mesh<br />

Generation Using<br />

Feature- Aligned<br />

Embedded Surface<br />

Meshes<br />

A. Shih, University of<br />

Alabama in Birmingham,<br />

Birmingham, AL<br />

1000<br />

<strong>AIAA</strong>-2007-0566<br />

The Effect Steady Fluid<br />

Motion on One-<br />

Dimensional Wave<br />

Propagation<br />

B. Kiel, U.S. Air Force<br />

Research Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

1030<br />

<strong>AIAA</strong>-2007-0559<br />

Unstructured Adaptive<br />

Elliptic Smoothing<br />

S. Karman, University of<br />

Tennessee at<br />

Chattanooga,<br />

Chattanooga, TN<br />

1030<br />

<strong>AIAA</strong>-2007-0567<br />

Non- Normality <strong>and</strong><br />

Nonlinearity in<br />

Combustion- Acoustic<br />

Interaction in Diffusion<br />

Flames<br />

K. Balasubramanian,<br />

Indian Institute of<br />

Technology Madras,<br />

Chennai, India<br />

1100<br />

<strong>AIAA</strong>-2007-1416<br />

Two- Parameter<br />

Extremum Seeking for<br />

Control of<br />

Thermoacoustic<br />

Instabilities <strong>and</strong><br />

Characterization of<br />

Linear Growth<br />

J. Moeck, Technical<br />

University of Berlin,<br />

Berlin, Germany<br />

1130<br />

<strong>AIAA</strong>-2007-1417<br />

Effect of Fuel/Air Mixing<br />

on NOx Emissions <strong>and</strong><br />

Stability in a Gas<br />

Premixed Combustion<br />

System<br />

A. Lacarelle, Berlin<br />

University of<br />

Technology, Berlin,<br />

Germany<br />

Session 79-PC-6 Liquid Rocket Combustion Teton 2<br />

Chaired by: J. BELLAN, Jet Propulsion Laboratory, California Institute of Technology, Pasadena, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0568<br />

Novel Subgrid Modeling<br />

of the LES Equations<br />

Under Supercritical<br />

Pressure<br />

L. Selle, California<br />

Institute of Technology,<br />

Pasadena, CA<br />

0830<br />

<strong>AIAA</strong>-2007-0569<br />

Experimental Study of<br />

Subcritical to<br />

Supercritical Jet Mixing<br />

S. Polikhov, University<br />

of Florida, Gainesville,<br />

FL<br />

0900<br />

<strong>AIAA</strong>-2007-0570<br />

Effects of Fuel Density,<br />

Velocity, <strong>and</strong><br />

Composition on Flame-<br />

Acoustic Interaction<br />

A. Ghosh, University of<br />

Maryl<strong>and</strong>, College Park,<br />

MD<br />

0930<br />

<strong>AIAA</strong>-2007-0571<br />

LOX/GH2 Shear<br />

Coaxial Injector<br />

Atomization Studies:<br />

Effect of Recess <strong>and</strong><br />

Non- Concentricity<br />

R. Woodward,<br />

Pennsylvania State<br />

University, University<br />

Park, PA<br />

1000<br />

<strong>AIAA</strong>-2007-0572<br />

Interaction of LOX/GH2<br />

Spray- Combustion with<br />

Acoustics<br />

B. Knapp, DLR, German<br />

<strong>Aerospace</strong> Research<br />

Center, Hardthausen,<br />

Germany<br />

1030<br />

<strong>AIAA</strong>-2007-0573<br />

Transient Cryogenic<br />

Flow <strong>and</strong> Mixing from a<br />

Coaxial Rocket Injector<br />

V. Gautam, University of<br />

Maryl<strong>and</strong>, College Park,<br />

MD<br />

1100<br />

<strong>AIAA</strong>-2007-0574<br />

Prediction of Non-<br />

Equilibrium Kinetics of<br />

Fuel- rich<br />

Kerosene/LOX<br />

Combustion in Gas<br />

Generator<br />

C. Lee, Konkuk<br />

University, Seoul, South<br />

Korea<br />

1130<br />

<strong>AIAA</strong>-2007-0575<br />

Supercritical<br />

Combustion of Liquid<br />

Oxygen (LOX) <strong>and</strong><br />

Methane Stabilized by a<br />

Splitter Plate<br />

N. Zong, Pennsylvania<br />

State University, State<br />

College, PA


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7270.<br />

Chaired by: Y. HARDALUPAS, Imperial College London, London, Great Britain, <strong>and</strong> C. CADOU, University of Maryl<strong>and</strong>, College Park, MD<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: N. HARADA, Nagaoka University of Technology, Nagaoka, Japan<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: S. RAGHUNATHAN, Queens University, Belfast, Northern Irel<strong>and</strong>, <strong>and</strong> E. NICHOLS, Orbital <strong>Sciences</strong> Corporation, Dulles, VA<br />

0800 0830 0900 0930 1000


Tuesday Morning / 09 January 2007<br />

Session 80-PC-7 Micro/Meso-Scale Combustion Shasta 1<br />

Chaired by: Y. HARDALUPAS, Imperial College London, London, Great Britain, <strong>and</strong> C. CADOU, University of Maryl<strong>and</strong>, College Park, MD<br />

0800<br />

<strong>AIAA</strong>-2007-0576<br />

Kinetic Enhancement of<br />

Mesoscale Combustion<br />

by Using a Novel<br />

Nested Doll Combustor<br />

P. Galie, Princeton<br />

University, Cherry Hill,<br />

NJ<br />

0830<br />

<strong>AIAA</strong>-2007-0577<br />

Experimental<br />

Investigation of<br />

Influence of Heat<br />

Recirculation on<br />

Temperature<br />

Distribution <strong>and</strong> Burning<br />

Velocity in a Simulated<br />

Micro- Burner<br />

A. Veeraragavan,<br />

University of Maryl<strong>and</strong>,<br />

College Park, MD<br />

Tuesday Morning / 09 January 2007<br />

Session 81-PDL-3 Space Propulsion N-7<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0578<br />

Effect of Leakage on<br />

Optimal Compression<br />

Ratio for Small- Scale<br />

Rotary Engines<br />

S. Sprague, University<br />

of California, Berkeley,<br />

Berkeley, CA<br />

Chaired by: N. HARADA, Nagaoka University of Technology, Nagaoka, Japan<br />

0800<br />

<strong>AIAA</strong>-2007-0583<br />

Forward Expansion of<br />

Pulsed Ion Beam-<br />

Driven Ablation Plasma<br />

<strong>and</strong> Evaluation of<br />

Propulsive Forces<br />

C. Buttapeng, Nagaoka<br />

University of<br />

Technology, Nagaoka,<br />

Japan<br />

0830<br />

<strong>AIAA</strong>-2007-0584<br />

Characterization of a<br />

Hall Effect Thruster<br />

Using Thermal Imaging<br />

J. Tomaszewski, Air<br />

Force Institute of<br />

Technology,<br />

Wright-Patterson AFB,<br />

OH<br />

0900<br />

<strong>AIAA</strong>-2007-0585<br />

MHD Analysis of Flow<br />

Fields Around Magneto<br />

Plasma Sail<br />

H. Nishida, University of<br />

Tokyo, Tokyo, Japan<br />

0930<br />

<strong>AIAA</strong>-2007-0579<br />

Experimental Studies on<br />

Spin Flames in<br />

Mesoscale Combustion<br />

B. Xu, Princeton<br />

University, Princeton, NJ<br />

0930<br />

<strong>AIAA</strong>-2007-0586<br />

High Power Ion<br />

Cyclotron Heating in the<br />

VASIMR Engine<br />

E. Bering, University of<br />

Houston, Houston, TX<br />

1000<br />

<strong>AIAA</strong>-2007-0580<br />

Flame Synthesis of<br />

Nanostructures of<br />

Semiconducting Metal<br />

Oxides<br />

F. Xu, Rutgers, The<br />

State University of New<br />

Jersey, Piscataway, NJ<br />

1000<br />

<strong>AIAA</strong>-2007-0587<br />

Feasibility Study of<br />

Magneto Plasma Sail by<br />

Using Numerical<br />

Simulation <strong>and</strong><br />

Experiment<br />

Y. Kajimura, Kyushu<br />

University, Kasuga,<br />

Japan<br />

1030<br />

<strong>AIAA</strong>-2007-0581<br />

Micro- Size Pulse<br />

Detonation Engine<br />

Performance<br />

S. Kitano, Aoyama<br />

Gakuin University,<br />

Kanagawa, Japan<br />

1030<br />

<strong>AIAA</strong>-2007-0589<br />

Experimental Study for<br />

the Optimal Electrode<br />

Geometry in an MPD<br />

Thruster<br />

D. Nakata, University of<br />

Tokyo, Bunkyo-ku,<br />

Japan<br />

1100<br />

<strong>AIAA</strong>-2007-0582<br />

Meso- Scale Burner<br />

Using Combustion<br />

Inside Porous Inert<br />

Media<br />

S. Vijaykant, University<br />

of Alabama, Tuscaloosa,<br />

AL<br />

1100<br />

<strong>AIAA</strong>-2007-0590<br />

Wireless Transfer of<br />

Electricity in Outer Space<br />

A. Bolonkin, C&R,<br />

Brooklyn, NY<br />

Session 82-SE-1 Systems Engineering I Cascade 1<br />

Chaired by: S. RAGHUNATHAN, Queens University, Belfast, Northern Irel<strong>and</strong>, <strong>and</strong> E. NICHOLS, Orbital <strong>Sciences</strong> Corporation, Dulles, VA<br />

0800<br />

<strong>AIAA</strong>-2007-0591<br />

Systems Engineering for<br />

CDIO - Conceive,<br />

Design, Implement <strong>and</strong><br />

Operate<br />

J. Hsu, The Boeing<br />

Company, Anaheim, CA<br />

0830<br />

<strong>AIAA</strong>-2007-0592<br />

Interoperability Patterns<br />

<strong>and</strong> Systems of<br />

Systems Acquisition<br />

J. Smith, Carnegie<br />

Mellon Software<br />

Engineering Institute,<br />

Arlington, VA<br />

0900<br />

<strong>AIAA</strong>-2007-0594<br />

Digital Design Synthesis<br />

<strong>and</strong> Virtual Lean<br />

Manufacture<br />

A. Murphy, Queen's<br />

University Belfast,<br />

Belfast, Northern Irel<strong>and</strong><br />

0930<br />

<strong>AIAA</strong>-2007-0595<br />

Safety, <strong>and</strong> Results<br />

Oriented Risk<br />

Methodology<br />

J. Porter, , ,<br />

1000<br />

<strong>AIAA</strong>-2007-0596<br />

Lessons Learned:<br />

Application of Small<br />

UAV for Urban Highway<br />

Traffic Monitoring<br />

K. Ro, Western<br />

Michigan University,<br />

Kalamazoo, MI


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7381.<br />

Chaired by: V. LYONS, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> D. PEPPER, University of Nevada, Las Vegas, NV<br />

0800 0900 0930 1000 1030<br />

Chaired by: E. ZOBY, NASA Langley Research Center, Hampton, VA, <strong>and</strong> M. WRIGHT, NASA Ames Research Center, Moffett Field, CA<br />

0800 0900 0930 1000<br />

Chaired by: D. LEVIN, Pennsylvania State University, University Park, PA, <strong>and</strong> M. IVANOV, Russian Academy of <strong>Sciences</strong>, Novosibirsk, Russia<br />

0800 0830 0900 0930 1000 1030 1100 1130


Tuesday Morning / 09 January 2007<br />

Session 83-TES-3 Reacting Flow in Energy Systems N-5<br />

Chaired by: V. LYONS, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> D. PEPPER, University of Nevada, Las Vegas, NV<br />

0800<br />

<strong>AIAA</strong>-2007-0597<br />

Partially- Premixed Flames: Applications <strong>and</strong><br />

Issues<br />

I. Puri, Virginia Polytechnic Institute <strong>and</strong> State<br />

University, Blacksburg, VA<br />

Tuesday Morning / 09 January 2007<br />

Session 84-TP-6 Aerothermodynamics of the NASA Crew Exploration Vehicle Carson 4<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0599<br />

Stability <strong>and</strong> Global<br />

Emission Characteristics<br />

of Elliptic Burner<br />

Diffusion Flames in an<br />

Elliptic Co- Flow<br />

S. Chinthamony, The<br />

University of Oklahoma,<br />

Norman, OK<br />

0930<br />

<strong>AIAA</strong>-2007-0600<br />

Volume <strong>and</strong><br />

Temperature of Smoke<br />

in Fires<br />

D. Lilley, Lilley &<br />

Associates, Stillwater, OK<br />

1000<br />

<strong>AIAA</strong>-2007-0601<br />

Numerical Methods with<br />

Excel/VBA: Some<br />

Applied Examples<br />

D. Lilley, Oklahoma<br />

State University,<br />

Stillwater, OK<br />

Chaired by: E. ZOBY, NASA Langley Research Center, Hampton, VA, <strong>and</strong> M. WRIGHT, NASA Ames Research Center, Moffett Field, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0603<br />

Crew Exploration Vehicle (CEV) Crew Module<br />

shape selection analysis <strong>and</strong> CEV Aeroscience<br />

Project Overview<br />

J. Greathouse, NASA Lyndon B. Johnson Space<br />

Center, Houston, TX<br />

0900<br />

<strong>AIAA</strong>-2007-0604<br />

An Asymmetric Capsule<br />

Vehicle Geometry Study<br />

for CEV<br />

J. Brown, NASA Ames<br />

Research Center, Moffett<br />

Field, CA<br />

0930<br />

<strong>AIAA</strong>-2007-0605<br />

FIRE II Calculations for<br />

Hypersonic<br />

Nonequilibrium<br />

Aerothermodynamics<br />

Code Verification: DPLR,<br />

LAURA, <strong>and</strong> US3D<br />

D. Hash, NASA Ames<br />

Research Center, Moffett<br />

Field, CA<br />

1000<br />

<strong>AIAA</strong>-2007-0608<br />

Aerothermal Anchoring<br />

of CBAERO Using High<br />

Fidelity CFD<br />

D. Kinney, NASA Ames<br />

Research Center, Moffett<br />

Field, CA<br />

1030<br />

<strong>AIAA</strong>-2007-0602<br />

Flame Characteristics of<br />

Hydrogen- Enriched<br />

Methane- Air Premixed<br />

Swirling Flames<br />

H. Kim, University of<br />

Maryl<strong>and</strong>, College Park,<br />

MD<br />

Session 85-TP-7 DSMC <strong>and</strong> Rarefied Flows Ruby 2<br />

Chaired by: D. LEVIN, Pennsylvania State University, University Park, PA, <strong>and</strong> M. IVANOV, Russian Academy of <strong>Sciences</strong>, Novosibirsk, Russia<br />

0800<br />

<strong>AIAA</strong>-2007-0609<br />

Non- Equilibrium Shock<br />

Structure Computation<br />

with a Kinetic BGK<br />

Scheme<br />

C. Cai, ZONA<br />

Technology Inc. ,<br />

Scottsdale, AZ<br />

0830<br />

<strong>AIAA</strong>-2007-0610<br />

Parallel,<br />

Steady/Unsteady DSMC<br />

Simulations of the<br />

Aerodynamics of<br />

Sounding Rockets<br />

J. Allen, Utah State<br />

University, Logan, UT<br />

0900<br />

<strong>AIAA</strong>-2007-0611<br />

Modeling of the Stardust<br />

Reentry Flows with<br />

Ionization in DSMC<br />

,<br />

0930<br />

<strong>AIAA</strong>-2007-0612<br />

Modeling of Hypersonic<br />

Wake Flows of Slender<br />

<strong>and</strong> Blunt Bodies<br />

,<br />

1000<br />

<strong>AIAA</strong>-2007-0613<br />

Modular Implementation<br />

of a Hybrid DSMC- NS<br />

Algorithm for<br />

Hypersonic Non-<br />

Equilibrium Flows<br />

T. Schwartzentruber,<br />

University of Michigan,<br />

Ann Arbor, MI<br />

1030<br />

<strong>AIAA</strong>-2007-0614<br />

DSMC Dissociation<br />

Model Based on Two-<br />

Temperature Chemical<br />

Rate Constant<br />

Y. Bondar,<br />

Khristianovich Institute<br />

of Theoretical <strong>and</strong><br />

Applied Mechanics<br />

(ITAM), Novosibirsk,<br />

Russia<br />

1100<br />

<strong>AIAA</strong>-2007-0615<br />

Leading Edge<br />

Thickness Impact on<br />

Drag <strong>and</strong> Lift in<br />

Hypersonic Wedge Flow<br />

W. Santos, National<br />

Institute for Space<br />

Research, Cachoeira<br />

Paulista, Brazil<br />

1130<br />

<strong>AIAA</strong>-2007-0616<br />

Multiple Temperature<br />

Kinetic Model for<br />

Continuum <strong>and</strong> Near<br />

Continuum Flows<br />

K. Xu, Hong Kong<br />

University of Science<br />

<strong>and</strong> Technology, , Hong<br />

Kong


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7316.<br />

Chaired by: B. BABIN, Kansas State University, Manhattan, KS, <strong>and</strong> F. LAI, University of Oklahoma, Norman, OK<br />

0800 0830 0900 0930<br />

Chaired by: C. SUCHOMEL, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> A. STARIKOVSKII, Moscow Institute of Physics <strong>and</strong> Technology, Dolgoprudny, Russia<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: C. VAN DAM, University of California, Davis, Davis, CA<br />

0830 0900 0930 1000 1030 1100


Tuesday Morning / 09 January 2007<br />

Session 86-TP-8 Thermal Managment of Electronics Ruby 1<br />

Chaired by: B. BABIN, Kansas State University, Manhattan, KS, <strong>and</strong> F. LAI, University of Oklahoma, Norman, OK<br />

0800<br />

<strong>AIAA</strong>-2007-0618<br />

Comparison of<br />

Electrowetting on<br />

Dielectric <strong>and</strong><br />

Dielectrophoresis Force<br />

Distributions<br />

E. Baird, University of<br />

Colorado, Boulder, CO<br />

0830<br />

<strong>AIAA</strong>-2007-0619<br />

Effects of Thermal <strong>and</strong><br />

Vibrational Cycles on<br />

Stresses in Lead- Free<br />

Solder Joints<br />

N. Corbitt, Raytheon,<br />

Dallas, TX<br />

Tuesday Morning / 09 January 2007<br />

Session 88-WIG/PDL-3 Plasma Actuators II Sierra 1<br />

Tuesday Morning / 09 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0620<br />

Finite Element Modeling<br />

of Thermoelectric<br />

Effects in ANSYS<br />

M. Cochran, Kansas<br />

State University,<br />

Manhattan, KS<br />

0930<br />

<strong>AIAA</strong>-2007-0621<br />

Bridging of Spatial <strong>and</strong><br />

Temporal<br />

Characterization in<br />

Superlattices <strong>and</strong><br />

Periodic Thin- Film<br />

Strcutures Via the C<strong>and</strong><br />

F- Processes Heat<br />

Conduction Model<br />

C. Anderson, University<br />

of Minnesota,<br />

Minneapolis, MN<br />

Chaired by: C. SUCHOMEL, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> A. STARIKOVSKII, Moscow Institute of Physics <strong>and</strong> Technology, Dolgoprudny, Russia<br />

0800<br />

<strong>AIAA</strong>-2007-0631<br />

Use of a Plasma Arc to<br />

Produce Large Surface<br />

Pressure Changes On a<br />

Flat Plate in a Mach 5<br />

Flow<br />

J. Menart, Wright State<br />

University, Dayton, OH<br />

0830<br />

<strong>AIAA</strong>-2007-0632<br />

Numerical Simulation of<br />

DC <strong>and</strong> RF Glow<br />

Discharges<br />

J. Poggie, Air Force<br />

Research Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

0900<br />

<strong>AIAA</strong>-2007-0633<br />

Optimization of<br />

Dielectric Barrier<br />

Discharge Plasma<br />

Actuators Driven By<br />

Repetitive Nanosecond<br />

Pulses<br />

A. Likhanskii, Princeton<br />

University, Princeton, NJ<br />

0930<br />

<strong>AIAA</strong>-2007-0635<br />

Scaling Effects of an<br />

Aerodynamic Plasma<br />

Actuator<br />

T. Ng, Orbital Research<br />

Inc., Clevel<strong>and</strong>, OH<br />

1000<br />

<strong>AIAA</strong>-2007-0637<br />

Use of Aggregate<br />

Plasma Synthetic Jet<br />

Actuators for Flow<br />

Control<br />

Session 87-WE-3 Aerodynamics <strong>and</strong> Aeroacoustics McKinley<br />

Chaired by: C. VAN DAM, University of California, Davis, Davis, CA<br />

0830<br />

<strong>AIAA</strong>-2007-0623<br />

Simulation of Low<br />

Frequency Noise from a<br />

Downwind Wind Turbine<br />

Rotor<br />

H. Madsen, Risø<br />

National Laboratory,<br />

Roskilde, Denmark<br />

0900<br />

<strong>AIAA</strong>-2007-0625<br />

Analysis of the Flow<br />

Characteristics of<br />

Several Non- Rotating<br />

Rotor Blades<br />

R. van Rooij, Delft<br />

University Wind Energy<br />

Research Institute, Delft,<br />

The Netherl<strong>and</strong>s<br />

0930<br />

<strong>AIAA</strong>-2007-0626<br />

A Modified Dynamic<br />

Stall Model for Low<br />

Mach Numbers<br />

W. Sheng, University of<br />

Glasgow, , Great Britain<br />

1000<br />

<strong>AIAA</strong>-2007-0627<br />

Rotationally Augmented<br />

Flow Structures <strong>and</strong><br />

Time Varying Loads on<br />

Turbine Blades<br />

S. Schreck, NREL's<br />

National Wind<br />

Technology Center,<br />

Golden, CO<br />

,<br />

1030<br />

<strong>AIAA</strong>-2007-0628<br />

Three- dimensional <strong>and</strong><br />

Rotational<br />

Aerodynamics on the<br />

NREL phase VI Wind<br />

Turbine Blade<br />

A. Gonzalez, CENER<br />

(National Renewable<br />

Energy Center),<br />

Sarriguren, Spain<br />

1030<br />

<strong>AIAA</strong>-2007-0638<br />

Effects of an<br />

Aerodynamic Plasma<br />

Actuator on a HSNLF<br />

Airfoil<br />

M. Post, U.S. Air Force<br />

Academy, USAF<br />

Academy, CO<br />

1100<br />

<strong>AIAA</strong>-2007-0630<br />

The Influence of Free<br />

Stream Turbulence<br />

Intensity on the<br />

Unsteady Behavior of a<br />

Wind Turbine Blade<br />

Section<br />

,<br />

1100<br />

<strong>AIAA</strong>-2007-0636<br />

Aerodynamic Control of<br />

1303 UAV Using<br />

Windward Surface<br />

Plasma Actuators on a<br />

Separation Ramp<br />

J. Lopera, University of<br />

Toledo, Toledo, OH


1400-1430 hrs<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7337.<br />

The panel discussion will focus on the flow quality of Aeroacoustic Wind Tunnels, particularly as it relates to future reductions in airframe noise.<br />

Chaired by: M. BRADLEY, The Boeing Company, Huntington Beach, CA, <strong>and</strong> R. MOEHLENKAMP, Pratt <strong>and</strong> Whitney Rocketdyne, West Palm Beach, FL<br />

1400 1430 1500 1530 1600


Tuesday Afternoon / 09 January 2007<br />

1400 - 1530 Career Workshop: Managing Your Career in the 21st Century II Crystal 5<br />

1400-1430 hrs<br />

Vanishing Defined Benefit Pensions in <strong>Aerospace</strong><br />

Bob Wessels, Lockheed Martin Corporation<br />

1430-1500 hrs<br />

Be Your Own Boss - Consulting<br />

Paul Kostek, The Boeing Company<br />

1500-1530 hrs<br />

Small Business Guide<br />

Paul Kostek, The Boeing Company<br />

Tuesday Afternoon / 09 January 2007<br />

Session 89-AA-4<br />

1400 - 1700<br />

Tuesday Afternoon / 09 January 2007<br />

Flow Quality Issues for Airframe Noise Testing (Joint AA/FD/GT Session) N-10<br />

The panel discussion will focus on the flow quality of Aeroacoustic Wind Tunnels, particularly as it relates to future reductions in airframe noise.<br />

Co-Sponsors:<br />

Fluid Dynamics, Aeroacoustics, <strong>and</strong> Ground Testing Technical Committees.<br />

Moderator: Clifton Horne - NASA Ames Research Center<br />

Panelists:<br />

Craig Streett - NASA Langley Research Center<br />

Werner Dobrzynski - DLR, German <strong>Aerospace</strong> Research Center<br />

Robert Stoker - The Boeing Company<br />

Gerd Heller - Airbus<br />

Krish Ahuja - Georgia Tech Research Institute<br />

Lou Cattafesta - University of Florida<br />

Ricardo Burdisso - Virginia Polytechnic Institute <strong>and</strong> State University<br />

Scott Morris - University of Notre Dame<br />

Session 90-ABP-5 High Speed Propulsion II Cascade 2<br />

Chaired by: M. BRADLEY, The Boeing Company, Huntington Beach, CA, <strong>and</strong> R. MOEHLENKAMP, Pratt <strong>and</strong> Whitney Rocketdyne, West Palm Beach, FL<br />

1400<br />

<strong>AIAA</strong>-2007-0639<br />

The Art of Extracting<br />

One- Dimensional Flow<br />

Properties from Multi-<br />

Dimensional Data Sets<br />

R. Baurle, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1430<br />

<strong>AIAA</strong>-2007-0640<br />

Numerical Simulations<br />

of the Performance of<br />

Scramjet Engine with<br />

Pylon Set <strong>and</strong> of the<br />

Supersonic Star-<br />

Shaped Inlet Flow<br />

A. Gonor, Hampton<br />

University, Hampton, VA<br />

1500<br />

<strong>AIAA</strong>-2007-0642<br />

Airframe/Scramjet<br />

Integrated Design of<br />

Hypersonic Cruise<br />

Vehicle<br />

C. Jing, Northwestern<br />

Polytechnical University,<br />

Xi'an, China (prc)<br />

1530<br />

<strong>AIAA</strong>-2007-0644<br />

Quasi- One-<br />

Dimensional Parametric<br />

Study for MHD<br />

Generator in MHD<br />

Bypass Scramjet System<br />

C. Lee, Beihang<br />

University, Beijing,<br />

China (prc)<br />

1600<br />

<strong>AIAA</strong>-2007-0645<br />

Parametric Study of 3- D<br />

Hydrocarbon Scramjet<br />

Engine with Cavity<br />

H. Ebrahimi, Arnold<br />

Engineering<br />

Development Center ,<br />

Arnold AFB , TN


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7449.<br />

Chaired by: J. TOWNSEND, Olin College of Engineering, Needham, MA, <strong>and</strong> R. GAETA, Georgia Technical Research Institute, Atlanta, GA<br />

1400 1430 1500 1530 1600 1630<br />

Chaired by: E. CRAMER, The Boeing Company, Seattle, WA, <strong>and</strong> W. CROSSLEY, Purdue University, West Lafayette, IN<br />

1400 1430 1500 1530 1600 1630 1700<br />

Chaired by: J. VALASEK, Texas A&M University, College Station, TX, <strong>and</strong> T. DOWNEN, Raytheon, Wichita, KS<br />

1400 1430 1500 1530 1600 1630 1700


Tuesday Afternoon / 09 January 2007<br />

Session 91-ABP-6 Turbines <strong>and</strong> Combustors Whitney<br />

Chaired by: J. TOWNSEND, Olin College of Engineering, Needham, MA, <strong>and</strong> R. GAETA, Georgia Technical Research Institute, Atlanta, GA<br />

1400<br />

<strong>AIAA</strong>-2007-0646<br />

Turbine Blade Tip<br />

Leakage Flow Control:<br />

Thick/Thin Blade Effects<br />

J. Stephens, University<br />

of Notre Dame, Notre<br />

Dame, IN<br />

1430<br />

<strong>AIAA</strong>-2007-0647<br />

Stereo PIV of a Turbine<br />

Tip Clearance Flow with<br />

Plasma Actuation<br />

D. Van Ness, University<br />

of Notre Dame, Notre<br />

Dame, IN<br />

Tuesday Afternoon / 09 January 2007<br />

Session 92-AD-4 Aircraft Design Methods Crystal 3<br />

Tuesday Afternoon / 09 January 2007<br />

1500<br />

<strong>AIAA</strong>-2007-0650<br />

Numerical Simulation of<br />

a Low Pressure Turbine<br />

Blade Employing Active<br />

Flow Control<br />

M. Galbraith, University<br />

of Cincinnati<br />

Computational Fluid<br />

Dynamics Research<br />

Laboratory, Cincinnati,<br />

OH<br />

1530<br />

<strong>AIAA</strong>-2007-0649<br />

Numerical Study of an<br />

Inter- Turbine Burner<br />

(ITB) Concept with<br />

Curved Radial Vane<br />

H. Thornburg,<br />

Mississippi State<br />

University, , MS<br />

1600<br />

<strong>AIAA</strong>-2007-0651<br />

Parametric Cycle<br />

Analysis of Dual- Spool<br />

Mixed- Exhaust<br />

Turbofan with Interstage<br />

Turbine Burner<br />

Q. Li, Northwestern<br />

Polytechnical University,<br />

Xi'an, China (prc)<br />

Chaired by: E. CRAMER, The Boeing Company, Seattle, WA, <strong>and</strong> W. CROSSLEY, Purdue University, West Lafayette, IN<br />

1400<br />

<strong>AIAA</strong>-2007-0653<br />

Aircraft Fuel System<br />

Synthesis Aided by<br />

Interactive Morphology<br />

<strong>and</strong> Optimization<br />

H. Gavel, Saab<br />

Aerosystems,<br />

Linköping, Sweden<br />

1430<br />

<strong>AIAA</strong>-2007-0654<br />

The Role of Error in the<br />

Conceptual Design of a<br />

Transport Aircraft<br />

R. McDonald, California<br />

Polytechnic State<br />

University, San Luis<br />

Obispo, CA<br />

1500<br />

<strong>AIAA</strong>-2007-0655<br />

Multidisciplinary<br />

Integrated Preliminary<br />

Design Applied to Future<br />

Green Aircraft<br />

Configurations<br />

C. Werner-Westphal,<br />

Technical University of<br />

Braunschweig,<br />

Braunschweig, Germany<br />

1530<br />

<strong>AIAA</strong>-2007-0656<br />

Incorporation of Flight<br />

Control Design Tools<br />

into the Multi-<br />

Disciplinary Conceptual<br />

Design Process<br />

T. Takahashi, Raytheon<br />

Missile Systems,<br />

Tucson, AZ<br />

1600<br />

<strong>AIAA</strong>-2007-0657<br />

Flight Vehicle Design<br />

Heritage: Are We On the<br />

Road to the Same Fate<br />

as Alex<strong>and</strong>ria?<br />

K. Roberts, The<br />

University of Texas at<br />

Arlington, Arlington, TX<br />

1630<br />

<strong>AIAA</strong>-2007-0652<br />

Engineering Model of<br />

Chemical Non-<br />

Equilibrium Combustion<br />

<strong>and</strong> Emission in Gas<br />

Turbine Combustor<br />

V. Naoumov, University<br />

of Tennessee, Knoxville,<br />

TN<br />

1630<br />

<strong>AIAA</strong>-2007-0659<br />

A Generic Stability <strong>and</strong><br />

Control Tool for<br />

Conceptual Design,<br />

Prototype Styem<br />

Overview<br />

G. Coleman, The<br />

University of Texas at<br />

Arlington, Arlington, TX<br />

1700<br />

<strong>AIAA</strong>-2007-0660<br />

A Systems Engineering<br />

Approach to the Design<br />

of Control Surfaces for<br />

UAVs<br />

M. Sadraey, Daniel<br />

Webster College,<br />

Nashua, NH<br />

Session 93-AFM-4 Bio-Inspired <strong>and</strong> Micro Aerial Vehicle Aerodynamics N-11<br />

Chaired by: J. VALASEK, Texas A&M University, College Station, TX, <strong>and</strong> T. DOWNEN, Raytheon, Wichita, KS<br />

1400<br />

<strong>AIAA</strong>-2007-0662<br />

The Low Reynolds<br />

Number Aerodynamics<br />

of Leading Edge Flaps<br />

N. Bakhtian, University<br />

of Cambridge,<br />

Cambridge, Great Britain<br />

1430<br />

<strong>AIAA</strong>-2007-0663<br />

Lateral Control <strong>and</strong><br />

Observation of a Micro<br />

Aerial Vehicle<br />

J. Hall, University of<br />

Colorado, Boulder, CO<br />

1500<br />

<strong>AIAA</strong>-2007-0664<br />

Biomimic Sensors<br />

Guided Flight Stability<br />

<strong>and</strong> Control for Flapping<br />

Wings Autonomous<br />

Micro Air Vehicles<br />

(Entomopter)<br />

A. Jaroszewicz,<br />

Wroclaw University of<br />

Technology, Wroclaw,<br />

Pol<strong>and</strong><br />

1530<br />

<strong>AIAA</strong>-2007-0665<br />

Dynamics of a<br />

Compliant Membrane as<br />

Related to Mammalian<br />

Flight<br />

A. Song, Brown<br />

University, Providence,<br />

RI<br />

1600<br />

<strong>AIAA</strong>-2007-0667<br />

Design of the Air Force<br />

Research Laboratory<br />

Micro Aerial Vehicle<br />

Research Configuration<br />

K. Stewart, Air Force<br />

Research Laboratory<br />

Munitions Directorate,<br />

Eglin AFB, FL<br />

1630<br />

<strong>AIAA</strong>-2007-0668<br />

The Development of a<br />

Miniature Flexible<br />

Flapping Wing<br />

Mechanism for Use in a<br />

Robotic Air Vehicle<br />

G. Jadhav, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

1700<br />

<strong>AIAA</strong>-2007-0669<br />

A Comptational Study of<br />

the Aerodynamics of<br />

Hovering <strong>and</strong><br />

Maneuvering in<br />

Drosophila<br />

R. Ramamurti, Naval<br />

Research Laboratory,<br />

Washington, DC


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7250.<br />

Chaired by: S. MORRIS, Engineering Systems Inc., Colorado Springs, CO<br />

1400 1430 1500 1530 1600 1630 1700 1730<br />

Chaired by: J. LUCKRING, NASA Langley Research Center, Hampton, VA<br />

1400 1430 1500 1530 1600 1630<br />

Chaired by: S. SILTON, U.S. Army Research Laboratory, Aberdeen Proving Ground, MD<br />

1400 1430 1500 1530 1600 1630 1700 1730


Tuesday Afternoon / 09 January 2007<br />

Session 94-APA-10 Configuration Aerodynamics Carson 1<br />

Chaired by: S. MORRIS, Engineering Systems Inc., Colorado Springs, CO<br />

1400<br />

<strong>AIAA</strong>-2007-0670<br />

Aerodynamic<br />

Investigations of an<br />

Advanced Over- the-<br />

Wing Nacelle Transport<br />

Aircraft Configuration<br />

G. Hill, Old Dominion<br />

University, Norfolk, VA<br />

1430<br />

<strong>AIAA</strong>-2007-0671<br />

Yaw Control of a Blunt-<br />

Nose Projectile at High<br />

Angles of Attack Using<br />

Strakes<br />

J. Lopera, University of<br />

Toledo, Toledo, OH<br />

Tuesday Afternoon / 09 January 2007<br />

Session 95-APA-11 Cranked Arrow Wing Aerodynamics Project International II N-8<br />

Tuesday Afternoon / 09 January 2007<br />

1500<br />

<strong>AIAA</strong>-2007-0672<br />

AERODYNAMIC<br />

CHARACTERIZATION<br />

OF A CANARD GUIDED<br />

ARTILLERY<br />

PROJECTILE<br />

W. Su, U.S. Army<br />

RDECOM-ARDEC,<br />

Picatinny Arsenal, NJ<br />

Chaired by: J. LUCKRING, NASA Langley Research Center, Hampton, VA<br />

1400<br />

<strong>AIAA</strong>-2007-0678<br />

Steady <strong>and</strong> Unsteady<br />

CFD Analysis of the F-<br />

16XL using the<br />

Unstructured Edge Code<br />

S. Görtz, Royal Institute<br />

of Technology (KTH),<br />

Stockholm, Sweden<br />

1430<br />

<strong>AIAA</strong>-2007-0679<br />

BCFD Unstructured-<br />

Grid Predictions on the<br />

F- 16XL (CAWAPI)<br />

Aircraft<br />

T. Michal, The Boeing<br />

Company, St. Louis, MO<br />

1500<br />

<strong>AIAA</strong>-2007-0680<br />

Hybrid Grid Solutions on<br />

the (CAWAPI) F- 16XL<br />

Using Falcon v4<br />

M. Davis, Aerodynamics<br />

<strong>and</strong> CFD, ,<br />

1530<br />

<strong>AIAA</strong>-2007-0673<br />

Aerodynamic Origin of<br />

Jet/Fin Interaction on a<br />

Full- Scale Flight<br />

Vehicle Configuration<br />

S. Beresh, S<strong>and</strong>ia<br />

National Laboratories,<br />

Albuquerque, NM<br />

1600<br />

<strong>AIAA</strong>-2007-0674<br />

Space Shuttle SRB Aft<br />

End Orientation Biases<br />

After Linear Shape<br />

Charge Activation<br />

D. Gonzalez, Naval<br />

Surface Warfare Center,<br />

Indian Head, MD<br />

1630<br />

<strong>AIAA</strong>-2007-0675<br />

Assessment of Missile<br />

Plume Impact<br />

Characteristics<br />

R. Gleissl, EADS<br />

Military Air Systems,<br />

Munich, Germany<br />

1700<br />

<strong>AIAA</strong>-2007-0676<br />

Aerodynamic Ground<br />

Effects of Tailless<br />

Chevron <strong>and</strong> Lambda-<br />

Shaped UCAV Models<br />

W. In, Air Force Institute<br />

of Technology,<br />

Wright-Patterson AFB,<br />

OH<br />

1730<br />

<strong>AIAA</strong>-2007-0677<br />

Aerodynamic Evaluation<br />

of Wing- Strake<br />

Modification by Higher<br />

Order Panel Method<br />

A. Maqsood, National<br />

University of <strong>Sciences</strong><br />

<strong>and</strong> Technology,<br />

Risalpur, Pakistan<br />

Session 96-APA-12 Transonic, Supersonic, <strong>and</strong> Hypersonic Aerodynamics N-9<br />

Chaired by: S. SILTON, U.S. Army Research Laboratory, Aberdeen Proving Ground, MD<br />

1400<br />

<strong>AIAA</strong>-2007-0684<br />

Pressures <strong>and</strong> Drag<br />

Characteristics of<br />

Bodies of Revolution at<br />

Near Sonic Speeds<br />

Including the Effects of<br />

Viscosity <strong>and</strong> Wind<br />

Tunnel Walls<br />

B. Kulfan, Boeing<br />

Commercial Airplane<br />

Group, Seattle, WA<br />

1430<br />

<strong>AIAA</strong>-2007-0685<br />

Extensive Supersonic<br />

Natural Laminar Flow on<br />

the Aerion Business Jet<br />

P. Sturdza, Desktop<br />

Aeronautics, Inc., Palo<br />

Alto, CA<br />

1500<br />

<strong>AIAA</strong>-2007-0686<br />

Investigation of<br />

Supersonic Wing Shape<br />

Using Busemann<br />

Biplane Airfoil<br />

M. Yonezawa, Tohoku<br />

University, Sendai,<br />

Japan<br />

1530<br />

<strong>AIAA</strong>-2007-0681<br />

Unstructured Grid<br />

Solutions of CAWAPI F-<br />

16XL by UT SimCenter<br />

S. Karman, University of<br />

Tennessee at<br />

Chattanooga,<br />

Chattanooga, TN<br />

1530<br />

<strong>AIAA</strong>-2007-0687<br />

Consideration at Off-<br />

Design Conditions of<br />

Supersonic Flows<br />

around Biplane Airfoils<br />

D. Maruyama, Tohoku<br />

University, Sendai,<br />

Japan<br />

1600<br />

<strong>AIAA</strong>-2007-0682<br />

USM3D Unstructured<br />

Grid Solutions for<br />

CAWAPI at NASA LaRC<br />

J. Lamar, NASA Langley<br />

Research Center,<br />

Hampton, VA<br />

1600<br />

<strong>AIAA</strong>-2007-0688<br />

A Study of Busemann-<br />

Type Biplane for<br />

Avoiding Choked Flow<br />

H. Yamashita, Tohoku<br />

University, Sendai,<br />

Japan<br />

1630<br />

<strong>AIAA</strong>-2007-0683<br />

What Was Learned from Numerical Simulations<br />

of F- 16XL (CAWAPI) at Flight Conditions<br />

A. Rizzi, Royal Institute of Technology,<br />

Stockholm, Sweden<br />

1630<br />

<strong>AIAA</strong>-2007-0689<br />

A Numerical Analysis on<br />

Three- Dimensional<br />

Flow Field in a<br />

Supersonic Bump Inlet<br />

S. Kim, Daegu<br />

University, Gyoungsan,<br />

South Korea<br />

1700<br />

<strong>AIAA</strong>-2007-0690<br />

Effect of Geometric<br />

Parameters on the<br />

Aerodynamic<br />

Characteristics of Grid-<br />

Fin Cells at Supersonic<br />

Speeds<br />

P. Theerthamalai,<br />

Defence Research <strong>and</strong><br />

Development<br />

Laboratory, Hyderabad,<br />

India<br />

1730<br />

<strong>AIAA</strong>-2007-0691<br />

Application of High-<br />

Order Accurate<br />

Algorithm to Hypersonic<br />

Viscous Flows for<br />

Calculating Heat<br />

Transfer Distributions<br />

X. Liu, China<br />

Aerodynamics Research<br />

<strong>and</strong> Development<br />

Center, Mianyang, China<br />

(prc)<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7291.<br />

Chaired by: R. MOSER, QinetiQ, Farnborough, Great Britain, <strong>and</strong> G. WELSH, Raytheon Aircraft Corporation, Maize, KS<br />

1400 1430 1500 1530<br />

Chaired by: E. SCHROCK, Lockheed Martin Aeronautics Company, Palmdale, CA, <strong>and</strong> A. VIZZINI, Mississippi State University, Mississippi State, MS<br />

1400 1430 1500 1530 1600 1630 1700 1730<br />

Chaired by: I. GURSUL, University of Bath, Bath, Great Britain, <strong>and</strong> M. AMITAY, RPI, Troy, NY<br />

1400 1430 1500 1530 1600 1630 1700


Tuesday Afternoon / 09 January 2007<br />

Session 97-ASE-8 Ice Protection <strong>and</strong> Detection Crystal 1<br />

Chaired by: R. MOSER, QinetiQ, Farnborough, Great Britain, <strong>and</strong> G. WELSH, Raytheon Aircraft Corporation, Maize, KS<br />

1400<br />

<strong>AIAA</strong>-2007-0692<br />

Thermo- Mechanical<br />

Expulsive Deicing<br />

System - TMEDS<br />

K. Al-Khalil, Cox <strong>and</strong><br />

Company, Inc., New<br />

York, NY<br />

1430<br />

<strong>AIAA</strong>-2007-0694<br />

The FAA Ground Icing<br />

Research Program<br />

J. Riley, FAA William J.<br />

Hughes Technical<br />

Center, Atlantic City<br />

International Airport, NJ<br />

Tuesday Afternoon / 09 January 2007<br />

Session 98-EDU-2 Approaches to Education Shasta 1<br />

Tuesday Afternoon / 09 January 2007<br />

1500<br />

<strong>AIAA</strong>-2007-0695<br />

Inclement Weather<br />

Considerations for<br />

Aircraft Engines<br />

K. Venkataramani, GE<br />

Aviation, Cincinnati, OH<br />

1530<br />

<strong>AIAA</strong>-2007-0696<br />

"Aircraft Ice Detection<br />

Method"<br />

P. Jarvinen,<br />

Massachusetts Institute<br />

of Technology (Ret.),<br />

Amherst , NH<br />

Chaired by: E. SCHROCK, Lockheed Martin Aeronautics Company, Palmdale, CA, <strong>and</strong> A. VIZZINI, Mississippi State University, Mississippi State, MS<br />

1400<br />

<strong>AIAA</strong>-2007-0697<br />

Challenging Projects in<br />

<strong>Aerospace</strong> <strong>and</strong><br />

Mechanical Engineering<br />

Senior Capstone Design<br />

Experience<br />

M. Parang, University of<br />

Tennessee, Knoxville,<br />

TN<br />

1430<br />

<strong>AIAA</strong>-2007-0698<br />

The Lockheed SR- 71<br />

Blackbird - A Senior<br />

Capstone Re-<br />

Engineering Experience<br />

B. Mixon, The University<br />

of Texas at Arlington ,<br />

Arlington, TX<br />

1500<br />

<strong>AIAA</strong>-2007-0699<br />

Simulator- Based Flight<br />

Test Engineering as a<br />

Capstone to the<br />

Dynamics <strong>and</strong> Control<br />

Curriculum<br />

M. Cotting, Virginia<br />

Polytechnic Institute <strong>and</strong><br />

State University,<br />

Blacksburg, VA<br />

1530<br />

<strong>AIAA</strong>-2007-0700<br />

Flight Testing Education<br />

at Western Michigan<br />

University<br />

T. Liu, Western<br />

Michigan University,<br />

Kalamazoo, MI<br />

Session 99-FD-18 Airfoil Flow Control Carson 2<br />

Chaired by: I. GURSUL, University of Bath, Bath, Great Britain, <strong>and</strong> M. AMITAY, RPI, Troy, NY<br />

1400<br />

<strong>AIAA</strong>-2007-0705<br />

Analysis of a<br />

Methodology for 2- D<br />

High Lift Testing Using<br />

a Boundary- Layer<br />

Control System by Air<br />

Blowing<br />

M. Assato, Pontifícia<br />

Universidade Católica,<br />

Instituto de Energia da<br />

Puc-rio, Rio De Janeiro,<br />

Brazil<br />

1430<br />

<strong>AIAA</strong>-2007-0707<br />

High- Lift System for a<br />

Supercritical Airfoil:<br />

Simplified by Active<br />

Flow Control<br />

L. Pack-Melton, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1500<br />

<strong>AIAA</strong>-2007-0708<br />

Control of Airfoil<br />

Aerodynamic<br />

Performance Using<br />

Distributed Trapped<br />

Vorticity<br />

M. DeSalvo, Woodruff<br />

School of Mechanical<br />

Engineering, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

1530<br />

<strong>AIAA</strong>-2007-0709<br />

Low- Dimensional<br />

Models for Control of<br />

Leading- Edge Vortices:<br />

Equilibria <strong>and</strong> Linearized<br />

Models<br />

S. Ahuja, Princeton<br />

University, Princeton, NJ<br />

1600<br />

<strong>AIAA</strong>-2007-0701<br />

A Novel Technique for<br />

Educating Aeroelasticity<br />

Engineers<br />

D. Pitt, The Boeing<br />

Company, St. Louis, MO<br />

1600<br />

<strong>AIAA</strong>-2007-0710<br />

Unsteadiness in Flow<br />

over a Flat Plate at<br />

Angle- of- Attack at Low<br />

Reynolds Numbers<br />

K. Taira, California<br />

Institute of Technology,<br />

Pasadena, CA<br />

1630<br />

<strong>AIAA</strong>-2007-0702<br />

A Software System for<br />

Teaching Design <strong>and</strong><br />

CFD Analysis Concepts<br />

for Supersonic Nozzles<br />

G. Briasco, Dimset –<br />

Università di Genova,<br />

Genova, Italy<br />

1630<br />

<strong>AIAA</strong>-2007-0711<br />

Minimizing Induced<br />

Drag with Blowing<br />

Variation Along the<br />

Span of a Circulation-<br />

Controlled Wing<br />

N. Alley, Utah State<br />

University, Logan, UT<br />

1700<br />

<strong>AIAA</strong>-2007-0703<br />

Gas Turbine Engine<br />

Testing Education at<br />

Western Michigan<br />

University<br />

W. Liou, Western<br />

Michigan University,<br />

Kalamazoo, MI<br />

1700<br />

<strong>AIAA</strong>-2007-0712<br />

Numerical Study of<br />

Transonic Drag<br />

Reduction for Flow Past<br />

Airfoils Using Active<br />

Flow Control<br />

J. Vadillo, Mechanical<br />

<strong>and</strong> <strong>Aerospace</strong><br />

Engineering<br />

Department, Washington<br />

University in St. Louis,<br />

St. Louis, MO<br />

1730<br />

<strong>AIAA</strong>-2007-0704<br />

Strategic Planning for<br />

Airport Systems: An<br />

Educational Perspective<br />

P. Roling, Delft<br />

University of<br />

Technology, Faculty of<br />

<strong>Aerospace</strong> Engineering,<br />

Delft, The Netherl<strong>and</strong>s<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7309.<br />

Chaired by: M. VISBAL, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> A. CARY, The Boeing Company, Saint Charles, MO<br />

1400 1430 1500 1530 1600 1630 1700<br />

Chaired by: M. MANI, The Boeing Company, St Louis, MO, <strong>and</strong> D. RIZZETTA, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1400 1430 1500 1530 1600 1630 1700 1730<br />

Chaired by: K. COHEN, KAYOS Enterprise Inc, Colorado Springs, CO, <strong>and</strong> J. MYATT, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1400 1430 1500 1530 1600


Tuesday Afternoon / 09 January 2007<br />

Session 100-FD-19 CFD Algorithms II Crystal 4<br />

Chaired by: M. VISBAL, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> A. CARY, The Boeing Company, Saint Charles, MO<br />

1400<br />

<strong>AIAA</strong>-2007-0713<br />

An Acceleration<br />

Approach for Reduced-<br />

Order Models Based on<br />

Proper Orthogonal<br />

Decomposition<br />

P. Cizmas, Department<br />

of <strong>Aerospace</strong><br />

Engineering, Texas<br />

A&M University, College<br />

Station, TX<br />

1430<br />

<strong>AIAA</strong>-2007-0714<br />

A Regularization of<br />

Burgers Equation using<br />

a Filtered Convective<br />

Velocity<br />

G. Norgard, Department<br />

of <strong>Aerospace</strong><br />

Engineering <strong>Sciences</strong>,<br />

University of Colorado,<br />

Boulder, CO<br />

Tuesday Afternoon / 09 January 2007<br />

Session 101-FD-20 CFD LES Modeling <strong>and</strong> Applications I N-6<br />

Tuesday Afternoon / 09 January 2007<br />

1500<br />

<strong>AIAA</strong>-2007-0715<br />

Assessment of a<br />

Lagrangian<br />

Incompressible Flow<br />

Code<br />

R. Aubry, George Mason<br />

University, Fairfax, VA<br />

1530<br />

<strong>AIAA</strong>-2007-0717<br />

Development of a<br />

2D/AXI Kinetic BGK<br />

Scheme for Hypersonic<br />

Nonequilibrium Flow<br />

Compuations<br />

C. Cai, ZONA<br />

Technogloy Inc.,<br />

Scottsdale , AZ<br />

1600<br />

<strong>AIAA</strong>-2007-0718<br />

Image Base CFD for<br />

Blood Flow Analysis<br />

M. Garbey, Department<br />

of Computer Science,<br />

University of Houston,<br />

Houston, TX<br />

Chaired by: M. MANI, The Boeing Company, St Louis, MO, <strong>and</strong> D. RIZZETTA, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1400<br />

<strong>AIAA</strong>-2007-0720<br />

Numerical Simulation<br />

Around Airfoil with High<br />

Resolution in High<br />

Reynolds Numbers<br />

T. Kurotaki, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Tokyo, Japan<br />

1430<br />

<strong>AIAA</strong>-2007-0721<br />

Subgrid Modeling<br />

Approaches for Scalar<br />

Transport <strong>and</strong> Mixing in<br />

LES of Turbulent Shear<br />

Flows<br />

1500<br />

<strong>AIAA</strong>-2007-0722<br />

Numerical <strong>and</strong> Modeling<br />

Issues in LES of<br />

Compressible<br />

Turbulence on<br />

Unstructured Grids<br />

O. Sun, Johns Hopkins N. Park, University of<br />

University, Baltimore, MD Minnesota, Minneapolis,<br />

MN<br />

1530<br />

<strong>AIAA</strong>-2007-0723<br />

LES <strong>and</strong> DES<br />

Simulations for Aircraft<br />

Design<br />

F. Chalot, Dassault<br />

Aviation, Saint Cloud,<br />

France<br />

1600<br />

<strong>AIAA</strong>-2007-0724<br />

LES for Interaction of<br />

Wingtip Vortex <strong>and</strong><br />

Wakes<br />

L. Jiang, Department of<br />

Mathematics, University<br />

of Texas at Arlington,<br />

Arlington, TX<br />

1630<br />

<strong>AIAA</strong>-2007-0719<br />

Effect of Discretization<br />

Order on<br />

Preconditioning <strong>and</strong><br />

Convergence of a<br />

Higher- Order<br />

Unstructured Newton-<br />

Krylov Solver for Inviscid<br />

Compressible Flows<br />

A. Nejat, Department of<br />

Mechanical Engineering,<br />

The University of British<br />

Columbia, Vancouver,<br />

Canada<br />

1630<br />

<strong>AIAA</strong>-2007-0725<br />

Large- Eddy Simulation<br />

of Accelerating<br />

Boundary Layers<br />

G. De Prisco,<br />

Department of<br />

Mechanical<br />

Engineering, University<br />

of Maryl<strong>and</strong>, College<br />

Park, MD<br />

1700<br />

<strong>AIAA</strong>-2007-1450<br />

A Compressible Flow<br />

Simulation System<br />

Based on Cartesian<br />

Grids with Anisotropic<br />

Refinements<br />

F. Capizzano, Italian<br />

<strong>Aerospace</strong> Research<br />

Center - CIRA, Capua<br />

(CE), Italy<br />

1700<br />

<strong>AIAA</strong>-2007-0726<br />

Application of a<br />

Dynamic Variational<br />

Multiscale Method to the<br />

LES of Separated<br />

Turbulent Flows<br />

A. Rajasekharan,<br />

Department of<br />

Mechanical Engineering<br />

<strong>and</strong> Institute for<br />

Computational <strong>and</strong><br />

Mathematical<br />

Engineering Stanford<br />

University, Stanford, CA<br />

1730<br />

<strong>AIAA</strong>-2007-1451<br />

Numerical Study of a<br />

Scaling Parameter for<br />

Turbulent Boundary<br />

Layer with Large<br />

Roughness<br />

E. Johnson, Florida<br />

Institute of Technology,<br />

Melbourne, FL<br />

Session 102-FD-21 Fluid-Structure Interaction II Carson 3<br />

Chaired by: K. COHEN, KAYOS Enterprise Inc, Colorado Springs, CO, <strong>and</strong> J. MYATT, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1400<br />

<strong>AIAA</strong>-2007-0727<br />

The Analysis of High-<br />

Speed Printing Machine<br />

Using Fluid- Structure<br />

Interaction Method<br />

1430<br />

<strong>AIAA</strong>-2007-0728<br />

Integrated Analysis of<br />

Air- launched Rocket<br />

Using Fluid- Structure<br />

Interaction<br />

1500<br />

<strong>AIAA</strong>-2007-0729<br />

The Effects on<br />

Formation- Flight<br />

Aerodynamics due to<br />

Wake Rollup<br />

1530<br />

<strong>AIAA</strong>-2007-0731<br />

Flutter Simulation <strong>and</strong><br />

Prediction with CFDbased<br />

Reduced- Order<br />

Model<br />

1600<br />

<strong>AIAA</strong>-2007-0733<br />

Fluid- Structure<br />

Interactions for Pulsatile<br />

Flow through Elastic<br />

Arteries


J. Kim, Konkuk<br />

University, Seoul, South<br />

Korea<br />

K. Noh, Konkuk<br />

University, Seoul, South<br />

Korea<br />

G. Bramesfeld, The<br />

Pennsylvania State<br />

University, University<br />

Park, PA<br />

K. Lai, Temasek<br />

Laboratories, National<br />

University of Singapore,<br />

Singapore, Singapore<br />

E. Shaik, Department of<br />

<strong>Aerospace</strong> Engineering,<br />

Wichita State University,<br />

Wichita, KS<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7439.<br />

Chaired by: W. SARIC, Texas A&M University, Bryan, TX<br />

Chaired by: P. SUNDERLAND, University of Maryl<strong>and</strong>, College Park, MD, <strong>and</strong> G. RUFF, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

1400 1430 1500 1530 1600 1630 1700 1730<br />

Chaired by: J. MARCHETTA, University of Memphis, Memphis, TN, <strong>and</strong> H. NAHRA, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

1400 1430 1500 1530 1600


Tuesday Afternoon / 09 January 2007<br />

Session 103-FD-22 Transition Study Group Open Forum N-3<br />

Chaired by: W. SARIC, Texas A&M University, Bryan, TX<br />

Tuesday Afternoon / 09 January 2007<br />

Session 104-GPSE-4 Combustion Science / Spacecraft Fire Safety Shasta 2<br />

Chaired by: P. SUNDERLAND, University of Maryl<strong>and</strong>, College Park, MD, <strong>and</strong> G. RUFF, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

1400<br />

<strong>AIAA</strong>-2007-0734<br />

Flame Radiation,<br />

Structure <strong>and</strong> Scalar<br />

Properties in<br />

Microgravity Laminar<br />

Fires<br />

D. Feikema, NASA<br />

Glenn Research Center<br />

at Lewis Field,<br />

Clevel<strong>and</strong>, OH<br />

1430<br />

<strong>AIAA</strong>-2007-0736<br />

Effects of Lewis<br />

Number on<br />

Temperatures of<br />

Spherical Diffusion<br />

Flames<br />

K. Santa, University of<br />

Hawaii, Honolulu, HI<br />

Tuesday Afternoon / 09 January 2007<br />

1500<br />

<strong>AIAA</strong>-2007-0739<br />

An Experimental<br />

Investigation of the<br />

Laminar Flamelet<br />

Concept for Soot<br />

Properties<br />

F. Diez, Rutgers<br />

University, Piscataway,<br />

NJ<br />

1530<br />

<strong>AIAA</strong>-2007-0741<br />

Microgravity Ignition<br />

Delay of Bio- Ester Fuel<br />

Droplets<br />

T. Vaughn, Rowan<br />

University, Glassboro,<br />

NJ<br />

1600<br />

<strong>AIAA</strong>-2007-0740<br />

Modeling Microgravity<br />

<strong>and</strong> Normal Gravity<br />

Opposed Flame Spread<br />

over Polymer/Glass<br />

Composites<br />

S. McAllister,<br />

Department of<br />

Mechanical Engineering<br />

University of California,<br />

Berkeley, Berkeley, CA<br />

Session 105-GPSE-5 Fluid Physics in Low Gravity N-4<br />

Chaired by: J. MARCHETTA, University of Memphis, Memphis, TN, <strong>and</strong> H. NAHRA, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

1400<br />

<strong>AIAA</strong>-2007-0745<br />

Capillary Flow in<br />

Cylindrical Containers<br />

with Rounded Interior<br />

Corners<br />

Y. Chen, Portl<strong>and</strong> State<br />

University, Portl<strong>and</strong>, OR<br />

1430<br />

<strong>AIAA</strong>-2007-0748<br />

Capillary Driven Flows in<br />

Weakly 3- Dimensional<br />

Polygonal Containers<br />

M. Weislogel, Portl<strong>and</strong><br />

State University,<br />

Portl<strong>and</strong>, OR<br />

1500<br />

<strong>AIAA</strong>-2007-0747<br />

Interim Results from the<br />

Capillary Flow<br />

Experiment Aboard ISS:<br />

The Moving Contact<br />

Line Boundary Condition<br />

M. Weislogel, Portl<strong>and</strong><br />

State University,<br />

Portl<strong>and</strong>, OR<br />

1530<br />

<strong>AIAA</strong>-2007-0742<br />

Effect of Magnetic<br />

Fields on<br />

Thermocapillary <strong>and</strong><br />

Buoyancy Driven Flow of<br />

Two Immiscible Liquids<br />

D. Ludovisi, University of<br />

Illinois at Chicago,<br />

Chicago, IL<br />

1600<br />

<strong>AIAA</strong>-2007-0744<br />

Drops in a Surfactant<br />

Solution: Oscillatory<br />

Regimes of Mass<br />

Transfer<br />

K. Kostarev, Institute of<br />

Continuous Media<br />

Mechanics, Perm, Russia<br />

1630<br />

<strong>AIAA</strong>-2007-0737<br />

Extinction of Counter-<br />

Flow <strong>and</strong> Stagnation<br />

Diffusion Flames with<br />

Fire- Extinguishing<br />

Agents<br />

D. Dietrich, NASA<br />

Glenn Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1700<br />

<strong>AIAA</strong>-2007-0738<br />

Stabilization <strong>and</strong><br />

Suppression of<br />

Axisymmetric Diffusion<br />

Flames<br />

F. Takahashi, National<br />

Center for Space<br />

Exploration Research on<br />

Fluids <strong>and</strong> Combustion<br />

NASA Glenn Research<br />

Center, Clevel<strong>and</strong>, OH<br />

1730<br />

<strong>AIAA</strong>-2007-0735<br />

Development of a Fire<br />

Suppression Simulation<br />

Tool for Various Low-<br />

Gravity Environments<br />

D. Schwer, Naval<br />

Research Laboratory,<br />

Washington, DC<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7478.<br />

Chaired by: R. WAHLS, NASA Langley Research Center, Hampton, VA, <strong>and</strong> J. QUEST, European Transonic Windtunnel GmbH, Köln, Germany<br />

1400 1430 1500 1530


Tuesday Afternoon / 09 January 2007<br />

Session 106-GT-4 / APA-23 High Reynolds Number Aerodynamics <strong>and</strong> Testing (Invited) Sierra 2<br />

Chaired by: R. WAHLS, NASA Langley Research Center, Hampton, VA, <strong>and</strong> J. QUEST, European Transonic Windtunnel GmbH, Köln, Germany<br />

1400<br />

<strong>AIAA</strong>-2007-0749<br />

New Techniques for<br />

Operation in Cryogenic<br />

Windtunnels<br />

M. Schulz, European<br />

Transonic Windtunnel<br />

GmbH,<br />

Ernst-Mach-Strasse,<br />

Koeln, Germany<br />

1430<br />

<strong>AIAA</strong>-2007-0750<br />

Validation of Blockage<br />

Interference Corrections<br />

in the National Transonic<br />

Facility (Invited)<br />

E. Walker, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

Tuesday Afternoon / 09 January 2007<br />

Session 107-IS-2 Intelligent Path Planning <strong>and</strong> Fault Diagnostics Cascade 1<br />

Tuesday Afternoon / 09 January 2007<br />

1500<br />

<strong>AIAA</strong>-2007-0751<br />

Progress in Flaps Down<br />

Flight Reynolds Number<br />

Testing Techniques at<br />

the NTF<br />

F. Payne, The Boeing<br />

Company, Seattle, WA<br />

Chaired by: F. FIGUEROA, NASA Stennis Space Center, Stennis Space Center, MS<br />

1400<br />

<strong>AIAA</strong>-2007-0757<br />

Automated Reasoning to<br />

Support Mixed- Initiative<br />

Comm<strong>and</strong> <strong>and</strong> Control<br />

of UAVs<br />

R. Penner, Iterativity,<br />

Inc., Minneapolis, MN<br />

1430<br />

<strong>AIAA</strong>-2007-0761<br />

An Agent- based<br />

Approach to Health<br />

Monitoring Systems<br />

Applied to the ISS Power<br />

System<br />

M. Lyell, Intelligent<br />

Automation, Inc.,<br />

Rockville , MD<br />

1530<br />

<strong>AIAA</strong>-2007-0752<br />

Re- No. Scaling Effects<br />

on the EUROLIFT High<br />

Lift Configurations<br />

R. Rudnik, DLR, German<br />

<strong>Aerospace</strong> Research<br />

Center, Braunschweig,<br />

Germany<br />

Session 108-MDO-3 Computational Design Optimization Carson 4<br />

Chaired by: J. GABLONSKY, The Boeing Company, Bellevue, WA<br />

1400<br />

<strong>AIAA</strong>-2007-0762<br />

Operations Based<br />

Optimisation Using<br />

Simulation <strong>and</strong> CFD<br />

J. Doherty, QinetiQ Ltd,<br />

Farnborough, Great<br />

Britain<br />

1430<br />

<strong>AIAA</strong>-2007-0763<br />

A Computational Design<br />

Framework for Flapping<br />

Micro Air Vehicles<br />

M. Blair, Air Force<br />

Research Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

1500<br />

<strong>AIAA</strong>-2007-0764<br />

Multi- Point Aero-<br />

Structural Optimization<br />

of Wings Including<br />

Planform Variations<br />

A. Jameson, Stanford<br />

University, Stanford, CA<br />

1530<br />

<strong>AIAA</strong>-2007-0766<br />

Applying Genetic<br />

Algorithms to Complex<br />

Computational Fluid<br />

Dynamics Simulations<br />

R. LeBeau, University of<br />

Kentucky, Lexington, KY<br />

1600<br />

<strong>AIAA</strong>-2007-0767<br />

Multi- Disciplinary<br />

Design of Aircraft<br />

Fuselage Structures<br />

M. van Tooren, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1630<br />

<strong>AIAA</strong>-2007-0768<br />

Effects of Flexibility on<br />

Aircraft Dynamic Loads<br />

<strong>and</strong> Structural<br />

Optimization<br />

H. Baluch, Delft<br />

University of<br />

Technology, Delft , The<br />

Netherl<strong>and</strong>s<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7409.


Tuesday Afternoon / 09 January 2007<br />

Session 109-PC-8 Combustion Chemistry, Mechanisms <strong>and</strong> Models Teton 2<br />

Chaired by: F. GOULDIN, Cornell University, Ithaca, NY<br />

1400<br />

<strong>AIAA</strong>-2007-0770<br />

Development of an Experimental Database <strong>and</strong><br />

Kinetic Models for Surrogate Jet Fuels<br />

T. Edwards, Air Force Research Laboratories,<br />

Dayton, OH<br />

Tuesday Afternoon / 09 January 2007<br />

Session 110-PC-9 Rocket Combustion Processes <strong>and</strong> Modeling Teton 1<br />

Tuesday Afternoon / 09 January 2007<br />

1500<br />

<strong>AIAA</strong>-2007-0771<br />

Optimized Reduced<br />

Chemical Kinetic<br />

Mechanisms for<br />

Ethylene <strong>and</strong> JP- 8<br />

Combustion<br />

C. Montgomery,<br />

Reaction Engineering<br />

International, Salt Lake<br />

City, UT<br />

1530<br />

<strong>AIAA</strong>-2007-0772<br />

Development <strong>and</strong><br />

Implementation of<br />

Explicit Reduced<br />

Reaction Models in<br />

Supersonic Reacting<br />

Shear Flow Simulations<br />

A. Zambon, Mechanical<br />

<strong>and</strong> <strong>Aerospace</strong><br />

Engineering, University<br />

of Virginia,<br />

Charlottesville, VA<br />

1600<br />

<strong>AIAA</strong>-2007-0773<br />

Improved Chemical<br />

Kinetic Models for<br />

Scramjet Combustion<br />

Simulation<br />

C. Montgomery,<br />

Reaction Engineering<br />

International, Salt Lake<br />

City, UT<br />

1630<br />

<strong>AIAA</strong>-2007-0774<br />

Shock Tube Studies of<br />

Soot Formation in<br />

Heptane <strong>and</strong><br />

Heptane/DME Mixtures<br />

Z. Hong, Stanford<br />

University, Stanford, CA<br />

Chaired by: B. GREENBERG, Technion - Israel Institute of Technology, Haifa, Israel, <strong>and</strong> J. MURPHY, The <strong>Aerospace</strong> Corporation, El Segundo, CA<br />

1400<br />

<strong>AIAA</strong>-2007-0776<br />

Simulation of Nozzle<br />

Erosion Process in a<br />

Solid Propellant Rocket<br />

Motor<br />

N. Liggett, The Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

1430<br />

<strong>AIAA</strong>-2007-0777<br />

Non- Steady Burning<br />

Effect on Solid Rocket<br />

Motor Performance<br />

A. Tahsini, Sharif<br />

University of<br />

Technology, Tehran, Iran<br />

1500<br />

<strong>AIAA</strong>-2007-0778<br />

Graphite Nozzle<br />

Material Erosion in<br />

Solid- Propellant Rocket<br />

Motors<br />

P. Thakre, The<br />

Pennsylvania State<br />

University, University<br />

Park, PA<br />

1530<br />

<strong>AIAA</strong>-2007-0780<br />

Coupling of Leading<br />

Edge Flames in the<br />

Combustion Zone of<br />

Composite Solid<br />

Propellants<br />

N. Mansu, Indian<br />

Institute of Technology –<br />

Madras, Chennai, India<br />

1600<br />

<strong>AIAA</strong>-2007-0781<br />

The Comparison of the<br />

Hot- Fire <strong>and</strong> Cold- Flow<br />

Observations of<br />

NTO/MMH Impinging<br />

Combustion<br />

T. Yuan, Institute of<br />

Aeronautics <strong>and</strong><br />

Astronautics, National<br />

Cheng Kung University,<br />

Tainan, Taiwan (roc)<br />

1630<br />

<strong>AIAA</strong>-2007-0782<br />

Graphite Rocket Nozzle<br />

Erosion Rate Reduction<br />

by Boundary- Layer<br />

Control Using Ablative<br />

Materials<br />

R. Acharya, Dept. of<br />

Mechanical <strong>and</strong> Nuclear<br />

Engineering, The<br />

Pennsylvania State<br />

Univ., University Park,<br />

PA<br />

1700<br />

<strong>AIAA</strong>-2007-0775<br />

Kinetic Modeling for<br />

High Pressure, Fuel -<br />

Rich Methane / Oxygen<br />

Combustion<br />

N. Slavinskaya, German<br />

<strong>Aerospace</strong> Center, DLR<br />

Institute of Combustion<br />

Technology, Stuttgart,<br />

Germany<br />

1730<br />

<strong>AIAA</strong>-2007-1433<br />

A New Method in<br />

Modeling <strong>and</strong><br />

Simulations of Complex<br />

Oxidation Chemistry<br />

K. Harstad, Jet<br />

Propulsion Laboratory,<br />

California Institute of<br />

Technology, Pasadena,<br />

CA<br />

Session 111-PDL-4 / FD-17 Plasma Actuators III N-7<br />

Chaired by: H. LOWRY, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

1400<br />

<strong>AIAA</strong>-2007-0783<br />

Effect of Plasma<br />

Morphology on Flow<br />

Control Using Plasma<br />

Synthetic Jet Actuators<br />

A. Santhanakrishnan,<br />

Dept. of Mechanical<br />

Engineering, University<br />

1430<br />

<strong>AIAA</strong>-2007-0784<br />

Wall Normal Jet under<br />

Elevated Temperatures<br />

Produced by Surface<br />

Plasma Actuator<br />

T. Segawa, National<br />

Institute of Advanced<br />

Industrial Science <strong>and</strong><br />

1500<br />

<strong>AIAA</strong>-2007-0785<br />

Switching Behavior of a<br />

Plasma- Fluidic Actuator<br />

J. Gregory, United<br />

States Air Force<br />

Academy, USAF<br />

Academy, CO<br />

1530<br />

<strong>AIAA</strong>-2007-0786<br />

Boundary Layer Control<br />

Using a DBD Plasma<br />

Actuator<br />

C. Porter, United State<br />

Air Force Academy,<br />

USAFA, CO<br />

1600<br />

<strong>AIAA</strong>-2007-0787<br />

Characterization of<br />

Localized Arc Filament<br />

Plasma Actuators Used<br />

for High- speed Flow<br />

Control<br />

Y. Utkin, The Ohio State<br />

University, Columbus,<br />

1630<br />

<strong>AIAA</strong>-2007-0788<br />

Characteristics of a<br />

Plasma Actuator in<br />

Mach 3 Flow<br />

J. Shin, The University of<br />

Texas at Austin, Austin,<br />

TX


of Kentucky, Lexington,<br />

KY<br />

Technology, Tsukuba,<br />

Japan<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7370.<br />

Chaired by: G. FONT, U.S.Air Force Academy, Colorado Springs, CO<br />

1400 1430 1500 1530<br />

Chaired by: T. SHIH, Iowa State University, Ames, IA, <strong>and</strong> G. JACOBS, San Diego State University, San Diego, CA<br />

1400 1430 1500<br />

Chaired by: G. NATERER, University of Ontario Institute of Technology, Oshawa, Canada, <strong>and</strong> E. SHORT, Raytheon, Fairview, TX<br />

1400 1430 1500 1530 1600 1630 1700<br />

OH


Tuesday Afternoon / 09 January 2007<br />

Session 112-PDL-5 Plasmas <strong>and</strong> Materials Processing Crystal 2<br />

Chaired by: G. FONT, U.S.Air Force Academy, Colorado Springs, CO<br />

1400<br />

<strong>AIAA</strong>-2007-0789<br />

Binary Gas Mixture<br />

Separation Induced by<br />

an Optical Lattice in a<br />

Capillary<br />

M. Shneider, Princeton<br />

University, Princeton, NJ<br />

1430<br />

<strong>AIAA</strong>-2007-0790<br />

Simulation of Interacting<br />

Particles in a Cylindrical<br />

Plasma Reactor<br />

Tuesday Afternoon / 09 January 2007<br />

Session 113-TES-4 Hetergeneous Flow in Energy Systems N-5<br />

Tuesday Afternoon / 09 January 2007<br />

,<br />

1500<br />

<strong>AIAA</strong>-2007-0791<br />

Interaction of Molecular<br />

Gases with Pulsed<br />

Optical Lattices in<br />

Collisional Regime<br />

C. Ngal<strong>and</strong>e, USC, Los<br />

Angeles, CA<br />

1530<br />

<strong>AIAA</strong>-2007-0792<br />

Effect of ion- neutral<br />

collisions on the<br />

charging of a dust particle<br />

Chaired by: T. SHIH, Iowa State University, Ames, IA, <strong>and</strong> G. JACOBS, San Diego State University, San Diego, CA<br />

1400<br />

<strong>AIAA</strong>-2007-0794<br />

Streamline- Based<br />

Modeling of Aerosol<br />

Microphysics in the Post-<br />

Combustor Flow Path<br />

<strong>and</strong> Sampling System<br />

T. Wey, Taitech Inc.,<br />

Beavercreek, OH<br />

1430<br />

<strong>AIAA</strong>-2007-0796<br />

Analysis of Rotary- Vane<br />

Two- Phase<br />

Refrigeration Exp<strong>and</strong>ers:<br />

Geometric <strong>and</strong><br />

Thermodynamic<br />

Modeling<br />

A. Mahmoud, University<br />

of Florida, Gainesville, FL<br />

1500<br />

<strong>AIAA</strong>-2007-0799<br />

Towards<br />

Microfabrication of a<br />

Thermoelectric Heat<br />

Engine in a Micro<br />

Energy Source<br />

P. Glockner, University<br />

of Manitoba, Winnipeg,<br />

Canada<br />

,<br />

Session 114-TP-9 Fluid Dynamic Methods for Convection Heat Transfer Ruby 1<br />

Chaired by: G. NATERER, University of Ontario Institute of Technology, Oshawa, Canada, <strong>and</strong> E. SHORT, Raytheon, Fairview, TX<br />

1400<br />

<strong>AIAA</strong>-2007-0800<br />

Exergy Recovery of<br />

Thermally Induced Wall<br />

Slip in Microchannels<br />

E. Ogedengbe,<br />

University of Manitoba,<br />

Winnipeg, Canada<br />

1430<br />

<strong>AIAA</strong>-2007-0801<br />

Numerical Simulation of<br />

Effects of Buoyancy on<br />

Wake Instability of<br />

Heated Cylinder In<br />

Contra Flow<br />

K. Varma, Iowa State<br />

University, Rochester<br />

Hills, MI<br />

1500<br />

<strong>AIAA</strong>-2007-0803<br />

Application of h- , p- <strong>and</strong><br />

hp- adaptation for<br />

Convective Heat<br />

Transfer Problems<br />

X. Wang, University of<br />

Nevada, Las Vegas, Las<br />

Vegas, NV<br />

1530<br />

<strong>AIAA</strong>-2007-0804<br />

Real Fluid Thermophysical<br />

<strong>and</strong> Transport<br />

Properties Calculations<br />

for Water<br />

T. Bose, Metacomp<br />

Technologies, Inc.,<br />

Agoura Hills, CA<br />

1600<br />

<strong>AIAA</strong>-2007-0805<br />

Hypersonic Turbulent<br />

Reacting Flow<br />

Simulation of Fire II Reentry<br />

Vehicle<br />

K. Sinha, Indian Institute<br />

of Technology Bombay,<br />

Mumbai, India<br />

1630<br />

<strong>AIAA</strong>-2007-0806<br />

On the Estimation of<br />

Combustion Gas<br />

Temperature <strong>and</strong><br />

Convective heat<br />

Transfer Coefficient<br />

R. Mehta, Vikram<br />

Sarabhai Space Centre,<br />

Triv<strong>and</strong>rum, India<br />

1700<br />

<strong>AIAA</strong>-2007-0807<br />

Numerical Investigation<br />

of the Airborne<br />

Contaminant Age in<br />

Surgical Operating<br />

Theatres<br />

R. Kameel, Consultant<br />

CEB, Cairo, Egypt<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7324.


Tuesday Afternoon / 09 January 2007<br />

Session 115-TP-10 Radiative Heating in Re-Entry Ruby 2<br />

Chaired by: K. FUJITA, Japan <strong>Aerospace</strong> Exploration Agency, Tokyo, Japan, <strong>and</strong> C. PARK, Korea Advanced Institute of Science <strong>and</strong> Technology, Daejeon, South Korea<br />

1400<br />

<strong>AIAA</strong>-2007-0808<br />

Calculation of Radiation<br />

from a Shock Layer<br />

Flow in an Arc- Jet<br />

Facility<br />

T. Sakai, Nagoya<br />

University, Nagoya,<br />

Japan<br />

1430<br />

<strong>AIAA</strong>-2007-0809<br />

Numerical Analysis of<br />

Shock Wave with<br />

Precursor Heating<br />

R. Yoshizawa,<br />

University of Tokyo,<br />

Sagamihara, Japan<br />

Tuesday Afternoon / 09 January 2007<br />

Session 116-WE-4 Materials <strong>and</strong> Structures McKinley<br />

Tuesday Afternoon / 09 January 2007<br />

1500<br />

<strong>AIAA</strong>-2007-0810<br />

Shock- Tube<br />

Determination of CN<br />

Formation Rate in a CO-<br />

N2 Mixture<br />

E. Lee, Korea Advanced<br />

Institute of Science <strong>and</strong><br />

Technology, Daejeon,<br />

South Korea<br />

1530<br />

<strong>AIAA</strong>-2007-0811<br />

Spectroscopic<br />

Properties of Diatomic<br />

Air Species<br />

D. Schwenke, NASA<br />

Ames Research Center,<br />

Moffett Field, CA<br />

1600<br />

<strong>AIAA</strong>-2007-0813<br />

Titan Atmosphere<br />

Plasma Characterization<br />

Using Spectroscopic<br />

Measurement<br />

Techniques<br />

M. Playez, Von Karman<br />

Institute, Rhodes Saint<br />

Genèse, Belgium<br />

Chaired by: J. PAQUETTE, S<strong>and</strong>ia National Laboratories, Albuquerque, NM, <strong>and</strong> J. MANDELL, Montana State University, Bozeman, MT<br />

1400<br />

<strong>AIAA</strong>-2007-0816<br />

Structural Testing of 9m<br />

Carbon Fiber Wind<br />

Turbine Research<br />

Blades<br />

J. Paquette, S<strong>and</strong>ia<br />

National Laboratories,<br />

Albuquerque, NM<br />

1430<br />

<strong>AIAA</strong>-2007-0817<br />

Concepts to Facilitate<br />

Very Large Blades<br />

T. Ashwill, S<strong>and</strong>ia<br />

National Laboratories,<br />

Albuquerque, NM<br />

1500<br />

<strong>AIAA</strong>-2007-0820<br />

Comparison of Tensile<br />

Fatigue Resistance <strong>and</strong><br />

Constant Life Diagrams<br />

for Several Potential<br />

Wind Turbine Blade<br />

Laminates<br />

D. Samborsky, Montana<br />

State University,<br />

Bozeman, MT<br />

1530<br />

<strong>AIAA</strong>-2007-0821<br />

The Application of Pre-<br />

Cured Carbon<br />

Fiber/Epoxy Pultrusions<br />

as Reinforcement in<br />

Composite Wind Turbine<br />

Blades<br />

D. Cairns, Montana<br />

State University,<br />

Bozeman, MT<br />

1600<br />

<strong>AIAA</strong>-2007-0819<br />

Comparison Between<br />

Inclusions <strong>and</strong> Holes as<br />

Stress Raisers in<br />

Composite Materials<br />

Used in Wind Turbine<br />

Components<br />

M. Elshabasy, Old<br />

Dominion University,<br />

Norfolk, VA<br />

1630<br />

<strong>AIAA</strong>-2007-0814<br />

Energy Spectral<br />

Distribution Behind<br />

Strong Shock Waves in<br />

CO:N2 Mixture<br />

E. Anokhin, Moscow<br />

Institute of Physics <strong>and</strong><br />

Technology,<br />

Dolgoprudny, Russia<br />

1700<br />

<strong>AIAA</strong>-2007-0815<br />

Measurements of the UV<br />

Radiation Generated by<br />

the Soyuz Spacecraft<br />

Transport Capsule<br />

During Reentry<br />

Y. Plastinin, Central<br />

research institute of<br />

machine-building<br />

(TSNIIMASH), Korolev,<br />

Russia<br />

Session 117-WIG/PDL-4 Plasma II Sierra 1<br />

Chaired by: I. BLANKSON, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> A. KLIMOV, Russian Academy of <strong>Sciences</strong>, Moscow, Russia<br />

1400<br />

<strong>AIAA</strong>-2007-0822<br />

A Multi- Mode Plasma<br />

Pilot<br />

I. Matveev, Applied<br />

Plasma Technologies,<br />

McLean, VA<br />

1430<br />

<strong>AIAA</strong>-2007-0823<br />

Filamentary Pulsed- DC<br />

Discharges in Methane-<br />

Containing Mixtures<br />

M. Brown, Innovative<br />

Scientific Solutions, Inc.,<br />

Dayton, OH<br />

1500<br />

<strong>AIAA</strong>-2007-0824<br />

Pulsed Surface<br />

Discharge for<br />

Hydrocarbon Fuel<br />

Inflammation<br />

A. Aleks<strong>and</strong>rov, Moscow<br />

State University,<br />

Moscow, Russia<br />

1530<br />

<strong>AIAA</strong>-2007-0825<br />

3D Modelling of Glow<br />

Discharge with Physical-<br />

Chemical Kinetics<br />

A. Petrusev, Institute for<br />

Problems in Mechanics<br />

Russian Academy of<br />

Science, Moscow, Russia<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7338.<br />

Learn how <strong>AIAA</strong> <strong>Aerospace</strong> St<strong>and</strong>ards are conceived <strong>and</strong> developed. Learn how these st<strong>and</strong>ards will impact your job <strong>and</strong> your company's products.<br />

Chaired by: K. VISWANATHAN, The Boeing Company, Seattle, WA, <strong>and</strong> A. PILON, Lockheed Martin Aeronautics Company, Palmdale, CA<br />

0800 0830 0900 0930 1000<br />

Chaired by: J. LEE, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> R. BAKOS, ATK, Ronkonkoma, NY<br />

0800 0830 0900 0930 1000 1030 1100 1130


Tuesday Afternoon / 09 January 2007<br />

1600 - 1730 Workshop: The ABCs of <strong>AIAA</strong> St<strong>and</strong>ards Sierra 1<br />

Learn how <strong>AIAA</strong> <strong>Aerospace</strong> St<strong>and</strong>ards are conceived <strong>and</strong> developed. Learn how these st<strong>and</strong>ards will impact your job <strong>and</strong> your company's products.<br />

Presenter: Frederick A. Slane, CEO<br />

Space Infrastructure Foundation, Inc.<br />

Tuesday Afternoon / 09 January 2007<br />

1730 - von Kármán Lectureship in Astronautics Reno Room<br />

Wednesday Morning / 10 January 2007<br />

Session 118-AA-5 Jet Noise: Supersonic N-10<br />

Chaired by: K. VISWANATHAN, The Boeing Company, Seattle, WA, <strong>and</strong> A. PILON, Lockheed Martin Aeronautics Company, Palmdale, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0826<br />

Towards Predicting<br />

Supersonic, Hot Jet<br />

Noise<br />

X. Cai, Thaerocomp<br />

Technical Corporation,<br />

Stony Brook, NY<br />

0830<br />

<strong>AIAA</strong>-2007-0827<br />

High- Order Shock<br />

Capturing Schemes for<br />

Turbulence Calculations<br />

S. Lo, Purdue<br />

University, West<br />

Lafayette, IN<br />

0900<br />

<strong>AIAA</strong>-2007-0830<br />

Correlation of Large-<br />

Scale Structure<br />

Dynamics <strong>and</strong> Far- Field<br />

Radiated Noise in a<br />

Mach 0.9 Jet<br />

J. Kastner, The Ohio<br />

State University,<br />

Columbus, OH<br />

0930<br />

<strong>AIAA</strong>-2007-0831<br />

Shock Cell Modification<br />

Due to Chevrons<br />

O. Rask, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-0832<br />

Thermal Barrier Effects<br />

on Nonlinear Pressure<br />

Wave Propagation in<br />

Gases<br />

N. DiZinno, Polytechnic<br />

University, Brooklyn, NY<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7815.<br />

Chaired by: J. LEE, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> R. BAKOS, ATK, Ronkonkoma, NY<br />

0800 0830 0900 0930 1000 1030 1100 1130


Wednesday Morning / 10 January 2007<br />

Session 119-ABP-7 High Speed Propulsion III Cascade 2<br />

Chaired by: J. LEE, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> R. BAKOS, ATK, Ronkonkoma, NY<br />

0800<br />

<strong>AIAA</strong>-2007-0833<br />

Finite Conductivity<br />

Evaporation Modeling of<br />

Liquid Jet in High-<br />

Speed Cross- Flow<br />

M. Balasubramanyam,<br />

University of Alabama in<br />

Huntsville, Huntsville, AL<br />

0830<br />

<strong>AIAA</strong>-2007-0834<br />

Pylon- Aided Fuel<br />

Injection into<br />

Supersonic Flow<br />

R. Balar, University of<br />

Maryl<strong>and</strong>, College Park,<br />

MD<br />

Wednesday Morning / 10 January 2007<br />

Session 120-ABP-8 Inlets, Combustors, Nozzles Whitney<br />

Wednesday Morning / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0835<br />

Simulation of the<br />

SCHOLAR Supersonic<br />

Combustion<br />

Experiments<br />

P. Keistler, North<br />

Carolina State<br />

University, Raleigh, NC<br />

0930<br />

<strong>AIAA</strong>-2007-0836<br />

A Comprehensive Study<br />

of Combustion<br />

Oscillations in a<br />

Hydrocarbon- Fueled<br />

Scramjet Engine<br />

J. Li, The Pennsylvania<br />

State University ,<br />

University Park, PA<br />

1000<br />

<strong>AIAA</strong>-2007-0837<br />

Advance in Supersonic<br />

Combustion Modeling<br />

<strong>and</strong> Simulations<br />

A. Ingenito, University of<br />

Rome "La Sapienza",<br />

Rome, Italy<br />

Chaired by: K. BLODGETT, General Electric Aviation, Cincinnati, OH, <strong>and</strong> J. SAUNDERS, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0841<br />

A Technique to Estimate<br />

Flow Distortion in<br />

Boundary Layer<br />

Ingesting Serpentine<br />

Inlets Using Unsteady<br />

Wall- Pressures<br />

J. Anderson, Techsburg,<br />

Inc., Blacksburg, VA<br />

0830<br />

<strong>AIAA</strong>-2007-0842<br />

Numerical <strong>and</strong><br />

Experimental<br />

Investigation of a<br />

Serpentine Inlet Duct<br />

A. Kirk, Texas A&M<br />

University, College<br />

Station, TX<br />

1030<br />

<strong>AIAA</strong>-2007-0838<br />

National Combustion<br />

Code Calculations of a<br />

NASA Low- NOx<br />

Hydrogen Injector<br />

Concept<br />

A. Iannetti, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1100<br />

<strong>AIAA</strong>-2007-0839<br />

Experimental Study on<br />

Supersonic Mixing Using<br />

Clover Nozzle<br />

Z. A Samitha, College of<br />

Engineering,<br />

Thiruvananthapuram,<br />

India<br />

1130<br />

<strong>AIAA</strong>-2007-0840<br />

Numerical Investigation<br />

of Igniter Jet Flow in<br />

Step Combustor<br />

Session 121-AD-5 Supersonic <strong>and</strong> Hypersonic Aircraft Design Crystal 3<br />

Chaired by: G. FUENTES, USB University, Bogata, Colombia<br />

0800<br />

<strong>AIAA</strong>-2007-0847<br />

The Development of<br />

Waveriders from an<br />

Axisymmetric Flowfield<br />

F. Ferguson, North<br />

Carolina A&T State<br />

University, Greensboro,<br />

NC<br />

0830<br />

<strong>AIAA</strong>-2007-0848<br />

What Price Supersonic<br />

Speed? - An Applied<br />

Market Research Case<br />

Study - Part 2<br />

B. Chudoba, The<br />

University of Texas at<br />

Arlington, Arlington, TX<br />

0900<br />

<strong>AIAA</strong>-2007-0843<br />

Experimental<br />

Investigation of Active<br />

Flow Control of a<br />

Boundary Layer<br />

Ingesting Serpentine<br />

Inlet Diffuser<br />

N. Harrison, Techsburg,<br />

Inc., Blacksburg, VA<br />

0900<br />

<strong>AIAA</strong>-2007-0851<br />

What Price Supersonic<br />

Speed? - A Design<br />

Anatomy of Supersonic<br />

Transportation - Part 1<br />

B. Chudoba, The<br />

University of Texas at<br />

Arlington, Arlington, TX<br />

0930<br />

<strong>AIAA</strong>-2007-0844<br />

Application of Harmonic<br />

Balance Technique to<br />

the Compressible Euler<br />

<strong>and</strong> Navier- Stokes<br />

Equations<br />

G. Welch, U.S. Army<br />

Research Laboratory,<br />

Clevel<strong>and</strong>, OH<br />

0930<br />

<strong>AIAA</strong>-2007-0853<br />

Towards Developing a<br />

WaveRider Based Low<br />

Hypersonic Research<br />

Vehicle<br />

N. Saqib, Beihang<br />

University, Beijing,<br />

China (prc)<br />

1000<br />

<strong>AIAA</strong>-2007-0845<br />

Measurements of the<br />

Flame Response to<br />

Harmonic Excitation in a<br />

Swirl Combustor<br />

S. Thumuluru, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

1000<br />

<strong>AIAA</strong>-2007-1048<br />

Propulsion/Airframe<br />

Integration <strong>and</strong><br />

Optimization on a<br />

Supersonic Business Jet<br />

D. Rodriguez, Desktop<br />

Aeronautics, Inc., Palo<br />

Alto, CA<br />

1030<br />

<strong>AIAA</strong>-2007-0846<br />

Characteristics of the<br />

Swirling Flow in a<br />

Multipoint LDI<br />

Combustor<br />

Y. Fu, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7262.<br />

A. Tahsini, Sharif<br />

University of<br />

Technology, Tehran, Iran


Wednesday Morning / 10 January 2007<br />

Session 122-AFM-5 Reusable Launch Vehicle, Reentry, <strong>and</strong> Aero-Assist Technologies N-11<br />

Chaired by: T. ZIEN, Naval Surface Warfare Center, Dahlgren, VA, <strong>and</strong> S. DUNN, Lockheed Martin Corporation, Sunnyvale, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0854<br />

Supersonic Flight<br />

Testing of Unmanned<br />

Experimental Airplane<br />

for Next- generation SST<br />

S. Machida, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Mitaka, Japan<br />

0830<br />

<strong>AIAA</strong>-2007-0855<br />

Aerodynamic Control on<br />

a Lunar Return Capsule<br />

using Trim- Flaps<br />

B. Andersen, Utah State<br />

University, Logan, UT<br />

Wednesday Morning / 10 January 2007<br />

Session 123-AFM-6 Unmanned Aerial Vehicles N-3<br />

Wednesday Morning / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0856<br />

Autonomous<br />

Maneuvering Entry<br />

Guidance with Ground-<br />

Track Control<br />

M. Sudhir, Indian<br />

Institute of Technology,<br />

Kanpur, India<br />

0930<br />

<strong>AIAA</strong>-2007-0859<br />

Aerodynamic <strong>and</strong><br />

Propulsion Assisted<br />

Maneuvering for Orbital<br />

Transfer Vehicles<br />

P. Jolley, Utah State<br />

University, Logan, UT<br />

1000<br />

<strong>AIAA</strong>-2007-0860<br />

Flight Control System of<br />

the NEXST- 1<br />

Experimental Vehicle for<br />

Supersonic<br />

Aerodynamic<br />

Measurement<br />

A. Tada, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Chofu City,<br />

Japan<br />

1030<br />

<strong>AIAA</strong>-2007-0861<br />

Autonomous<br />

Aerobraking Using<br />

Thermal Response<br />

Surface Analysis<br />

Chaired by: C. FROST, NASA Ames Research Center, Moffett Field, CA, <strong>and</strong> L. LIJEWSKI, U.S. Air Force Research Laboratory, Eglin AFB, FL<br />

0800<br />

<strong>AIAA</strong>-2007-0862<br />

External Pitching<br />

Moment (EPM) Due to<br />

Turbine Engine Exhaust<br />

Impingement on Rocket<br />

Assisted Take Off<br />

(RATO) Bottle<br />

J. Martel, Air Force<br />

SEEK EAGLE Office<br />

Computational<br />

Aeromechanic Team,<br />

Eglin AFB, FL<br />

0830<br />

<strong>AIAA</strong>-2007-0863<br />

Neutral Energy Cycles<br />

for a Vehicle in<br />

Sinusoidal <strong>and</strong><br />

Turbulent Vertical Gusts<br />

P. Lissaman, Da Vinci<br />

Ventures, Santa Fe, NM<br />

0900<br />

<strong>AIAA</strong>-2007-0864<br />

Non- Linear High<br />

B<strong>and</strong>width Control of<br />

UAVs for Autonomous<br />

Mission Capability<br />

F. Holzapfel,<br />

Industrieanlagen<br />

Betriebsgesellschaft<br />

mbH, Ottobrunn,<br />

Germany<br />

0930<br />

<strong>AIAA</strong>-2007-0866<br />

A Dynamical Model <strong>and</strong><br />

Controller for the Silent<br />

Aircraft: The Effect of<br />

Maneuvering on Noise<br />

S. Thomas, Cambridge<br />

University Engineering<br />

Department,<br />

Cambridge, Great Britain<br />

1000<br />

<strong>AIAA</strong>-2007-0867<br />

Guidance <strong>and</strong> Control of<br />

an Autonomous Soaring<br />

Vehicle with Flight Test<br />

Results<br />

M. Allen, NASA Dryden<br />

Flight Research Center,<br />

Edwards, CA<br />

J. Prince, NASA Langley<br />

Research Center,<br />

Hampton, VA<br />

1030<br />

<strong>AIAA</strong>-2007-0868<br />

L<strong>and</strong>ing Longitudinal<br />

Control System Design<br />

for a Fixed Wing UAV<br />

F. Hsiao, Institute of<br />

Aeronautics <strong>and</strong><br />

Astronautics, National<br />

Cheng Kung University,<br />

Tainan, Taiwan (roc)<br />

1100<br />

<strong>AIAA</strong>-2007-0869<br />

A Wind Tunnel<br />

Investigation of Shuttle<br />

Wing Damage Using a<br />

High Fidelity Wing<br />

B. Black, U.S. Air Force<br />

Academy, Colorado<br />

Springs, CO<br />

Session 124-AMT-3 Spectroscopic <strong>and</strong> Scattering Techniques Shasta 2<br />

Chaired by: P. DANEHY, NASA Langley Research Center, Hampton, VA, <strong>and</strong> A. MIELKE, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0871<br />

Characterization of a<br />

Combined CARS <strong>and</strong><br />

Interferometric Rayleigh<br />

Scattering System<br />

S. Tedder, College of<br />

William <strong>and</strong> Mary,<br />

Williamsburg, VA<br />

0830<br />

<strong>AIAA</strong>-2007-0872<br />

CARS Thermometry in a<br />

2- m- Diameter<br />

Methanol Pool Fire<br />

S. Kearney, S<strong>and</strong>ia<br />

National Laboratories,<br />

Albuquerque, NM<br />

0900<br />

<strong>AIAA</strong>-2007-0873<br />

Characterization of a<br />

Resonance Enhanced<br />

Raman NO Imaging Cell<br />

S. Zaidi, Princeton<br />

University , Princeton, NJ<br />

0930<br />

<strong>AIAA</strong>-2007-0874<br />

Trace Gas Detection<br />

Utilizing Optical<br />

Spectroscopy of<br />

Microresonant Cavities<br />

Q. Ma, Rutgers<br />

University, Piscataway,<br />

NJ<br />

1000<br />

<strong>AIAA</strong>-2007-0875<br />

Utilization of Laser-<br />

Based Measurements<br />

<strong>and</strong> Numerical<br />

Simulation for Analysis<br />

of Thermal- Fluid<br />

Systems Using Dynamic<br />

Data Driven Application<br />

Systems<br />

1030<br />

<strong>AIAA</strong>-2007-0876<br />

Microwave Scattering<br />

from a Plasma Produced<br />

by REMPI in Argon<br />

Z. Zhang, Princeton<br />

University, Princeton, NJ


Q. Ma, Rutgers<br />

University, Piscataway,<br />

NJ<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7406.<br />

Chaired by: T. WAYMAN, Gulfstream <strong>Aerospace</strong> Corporation, Savannah, GA<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: F. COTON, University of Glasgow, Glasgow, Great Britain<br />

Chaired by: C. STEFFEN, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> R. TRAMEL, Digital Fusion, Huntsville, AL<br />

0800 0830 0900 0930 1000 1030 1100


Wednesday Morning / 10 January 2007<br />

Session 125-APA-13 Aerodynamic Flow Control II Carson 1<br />

Chaired by: T. WAYMAN, Gulfstream <strong>Aerospace</strong> Corporation, Savannah, GA<br />

0800<br />

<strong>AIAA</strong>-2007-0877<br />

Modeling <strong>and</strong><br />

Experiment of Leading<br />

Edge Separation<br />

Control Using SDBD<br />

Plasma Actuators<br />

D. Orlov, United States<br />

Air Force Academy<br />

Space Physics <strong>and</strong><br />

Atmospheric Research<br />

Center Department of<br />

Physics, Colorado<br />

Springs, CO<br />

0830<br />

<strong>AIAA</strong>-2007-0878<br />

Effectiveness of an<br />

Integrated Aerodynamic<br />

Wake <strong>and</strong> Structural<br />

Vibration Control<br />

System at Transonic<br />

Speeds<br />

B. Maines, Lockheed<br />

Martin Aeronautics<br />

Company, Fort Worth,<br />

TX<br />

Wednesday Morning / 10 January 2007<br />

Session 126-APA-14 CEAS Conference Highlights N-9<br />

Wednesday Morning / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0879<br />

Aerodynamics <strong>and</strong> Flow<br />

Control Over Swept<br />

Wings <strong>and</strong> Wings with<br />

Diamond Planform<br />

J. Rullan, Virginia<br />

Polytechnic Institute <strong>and</strong><br />

State University,<br />

Blacksburg, VA<br />

Chaired by: F. COTON, University of Glasgow, Glasgow, Great Britain<br />

0930<br />

<strong>AIAA</strong>-2007-0880<br />

Dynamic Compensator<br />

for a Synthetic- Jet- Like<br />

Compression Driver<br />

Actuator in Closed- Loop<br />

Cavity Flow Control<br />

K. Kim, The Ohio State<br />

University, Columbus,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-0881<br />

Initial Results of an<br />

Experimental Study of<br />

Oscillating Fence<br />

Actuators on a<br />

Stationary <strong>and</strong> Pitch<br />

Oscillating Wing<br />

M. Saini, University of<br />

Wyoming, Laramie, WY<br />

1030<br />

<strong>AIAA</strong>-2007-0882<br />

Effects of Forebody Slot<br />

Blowing on Vortex<br />

Breakdown <strong>and</strong> Load<br />

over a Delta Wing<br />

Y. Cui, National<br />

University of Singapore,<br />

Sinagpore, Singapore<br />

1100<br />

<strong>AIAA</strong>-2007-0884<br />

Modification of the Flow<br />

Structure over a UAV<br />

Wing for Roll Control<br />

R. Nelson, University of<br />

Notre Dame, Notre<br />

Dame , IN<br />

Session 127-APA-15 CFD Methods/Applied CFD N-8<br />

Chaired by: C. STEFFEN, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> R. TRAMEL, Digital Fusion, Huntsville, AL<br />

0800<br />

<strong>AIAA</strong>-2007-0892<br />

Three- Dimensional<br />

Unsteady Multi- stage<br />

Turbomachinery<br />

Simulations Using the<br />

Harmonic Balance<br />

Technique<br />

A. Gopinath, Stanford<br />

University, Stanford, CA<br />

0830<br />

<strong>AIAA</strong>-2007-0893<br />

Increasing Order of<br />

Accuracy of Weighted<br />

Compact Non- Linear<br />

Scheme<br />

T. Nonomura, Dept. of<br />

Aeronautics <strong>and</strong><br />

Astronautics, The<br />

University of Tokyo,<br />

Sagamihara, Japan<br />

0900<br />

<strong>AIAA</strong>-2007-0894<br />

Computational <strong>and</strong><br />

Experimental<br />

Investigation of a<br />

Nonslender Delta Wing<br />

R. Gordnier, Air Force<br />

Research Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

0930<br />

<strong>AIAA</strong>-2007-0896<br />

Euler Solutions of Flow<br />

Around a Rectangular<br />

Wing with Square Tip<br />

S. Yang, University of<br />

California, Irvine, CA<br />

1000<br />

<strong>AIAA</strong>-2007-0897<br />

Drag Prediction for the<br />

DLR- F6 Wing- Body<br />

Configuration Using the<br />

Edge Solver<br />

P. Eliasson, FOI,<br />

Swedish Defence<br />

Research Agency,<br />

Stockholm, Sweden<br />

1030<br />

<strong>AIAA</strong>-2007-0898<br />

Predicting Maximum Lift<br />

Coefficient for Twisted<br />

Wings Using<br />

Computational Fluid<br />

Dynamics<br />

N. Alley, Utah State<br />

University, Logan, UT<br />

1100<br />

<strong>AIAA</strong>-2007-0899<br />

Numerical Study to<br />

Minimize Induced Drag<br />

by Boundary Layer<br />

Control<br />

J. Posada, West Virginia<br />

University, Morgantown,<br />

WV<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7297.<br />

Chaired by: J. TSAO, Ohio <strong>Aerospace</strong> Institute, Clevel<strong>and</strong>, OH, <strong>and</strong> K. VENKATARAMANI, General Electric Aviation, Cincinnati, OH<br />

0800 0830 0900 0930 1000 1030


Wednesday Morning / 10 January 2007<br />

Session 128-ASE-9 Icing Physics Crystal 1<br />

Chaired by: J. TSAO, Ohio <strong>Aerospace</strong> Institute, Clevel<strong>and</strong>, OH, <strong>and</strong> K. VENKATARAMANI, General Electric Aviation, Cincinnati, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0900<br />

Observations on the<br />

Growth of Roughness<br />

Elements into Icing<br />

Feathers<br />

M. Vargas, National<br />

Aeronautics <strong>and</strong> Space<br />

Administration Glenn<br />

Research Center,<br />

Shaker Heights, OH<br />

0830<br />

<strong>AIAA</strong>-2007-0901<br />

Properties of Thin Water<br />

Films Driven by Air<br />

Through Surface<br />

Roughness<br />

G. Wang, Iowa State<br />

University, Ames, IA<br />

Wednesday Morning / 10 January 2007<br />

Session 129-ASE-10 Space Environments <strong>and</strong> Effects Program Products I Crystal 2<br />

Wednesday Morning / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0902<br />

A Simple Boundary-<br />

Layer Water Film Model<br />

for Aircraft Icing<br />

S. Otta, Iowa State<br />

University, Ames, IA<br />

0930<br />

<strong>AIAA</strong>-2007-0903<br />

Measurements of Water<br />

Droplet Movement in a<br />

Stagnation Point<br />

Boundary Layer<br />

J. Schmucker, Case<br />

Western Reserve<br />

University, Clevel<strong>and</strong>,<br />

OH<br />

Chaired by: D. FERGUSON <strong>and</strong> J. MINOW, NASA Marshall Space Flight Center, Huntsville, AL<br />

0800<br />

<strong>AIAA</strong>-2007-0906<br />

The NASA Space<br />

Environments <strong>and</strong><br />

Effects Program (SEE):<br />

Over a Decade of<br />

Useful Products for<br />

Spacecraft Designers<br />

<strong>and</strong> Operators<br />

D. Ferguson, NASA<br />

Marshall Space Flight<br />

Center, Huntsville, AL<br />

0830<br />

<strong>AIAA</strong>-2007-0907<br />

Updated Version of the<br />

NASA SEE Program<br />

Spacecraft<br />

Contamination <strong>and</strong><br />

Materials Outgassing<br />

Effect Knowledgebase<br />

B. Wood, Bob Wood<br />

<strong>Aerospace</strong> Consulting<br />

Services, Inc.,<br />

Tullahoma, TN<br />

0900<br />

<strong>AIAA</strong>-2007-0908<br />

Lunar e- Library: A<br />

Research Tool Focused<br />

On The Lunar<br />

Environment<br />

T. McMahan, Qualis<br />

Corporation, Huntsville,<br />

AL<br />

0930<br />

<strong>AIAA</strong>-2007-0909<br />

Genesis Radiation<br />

Environment<br />

J. Minow, NASA<br />

Marshall Space Flight<br />

Center, Huntsville, AL<br />

1000<br />

<strong>AIAA</strong>-2007-0904<br />

Experimental Study of<br />

Large Droplet Splashing<br />

<strong>and</strong> Breakup<br />

C. Tan, Wichita State<br />

University, Wichita, KS<br />

1000<br />

<strong>AIAA</strong>-2007-0910<br />

Status of the L2 <strong>and</strong><br />

Lunar Charged Particle<br />

Environment Models<br />

J. Minow, NASA<br />

Marshall Space Flight<br />

Center, Huntsville, AL<br />

1030<br />

<strong>AIAA</strong>-2007-0905<br />

Dynamics of Icing in<br />

Aircraft Engines<br />

K. Venkataramani, GE<br />

Aviation, Cincinnati, OH<br />

Session 130-FD-23 CFD Higher Order Methods II Crystal 4<br />

Chaired by: J. EKATERINARIS, Institute of Applied <strong>and</strong> Computational Mathematics of FORTH, Heraklion Crete, Greece, <strong>and</strong> L. FUCHS, Lund University, Lund, Sweden<br />

0800<br />

<strong>AIAA</strong>-2007-0912<br />

Efficient Implementation<br />

of High- Order Spectral<br />

Volume Method for<br />

Multidimensional<br />

Conservation Laws on<br />

Unstructured Grids<br />

R. Harris, Iowa State<br />

University, Ames, IA<br />

0830<br />

<strong>AIAA</strong>-2007-0913<br />

Synchronization of<br />

Weighted Essentially<br />

Non- Oscillatory Methods<br />

E. Taylor, Princeton<br />

University, Princeton, NJ<br />

0900<br />

<strong>AIAA</strong>-2007-0914<br />

RANS Solutions Using<br />

High Order<br />

Discontinuous Galerkin<br />

Methods<br />

N. Nguyen,<br />

Massachusetts Institute<br />

of Technology,<br />

Cambridge, MA<br />

0930<br />

<strong>AIAA</strong>-2007-1453<br />

Turbulent Flow<br />

Prediction Using a High-<br />

Accuracy CAA Code<br />

D. Gonzalez, Naval<br />

Surface Warfare Center,<br />

Indian Head, MD


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7310.<br />

Chaired by: C. FUREBY, FOI - Swedish Defence Research Agency, Stockholm, Sweden, <strong>and</strong> C. GAHARAN, Lockheed Martin, Palmdale, CA<br />

0800 0830 0900 0930 1000 1030 1100 1130<br />

Chaired by: A. VAKILI, University of Tennessee Space Institute, Tullahoma, TN, <strong>and</strong> D. YODER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: A. CUTLER, George Washington University, Hampton, VA, <strong>and</strong> A. SCRIBBEN, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800 0830 0900 0930 1000


Wednesday Morning / 10 January 2007<br />

Session 131-FD-24 CFD LES Modeling <strong>and</strong> Applications II N-6<br />

Chaired by: C. FUREBY, FOI - Swedish Defence Research Agency, Stockholm, Sweden, <strong>and</strong> C. GAHARAN, Lockheed Martin, Palmdale, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0916<br />

Large Eddy Simulation<br />

of a turbulent flow past a<br />

pair of symmetric<br />

backward- facing steps:<br />

a sensitivity analysis.<br />

C. Duwig, Division of<br />

Fluid Mechanics, Lund<br />

University, Lund,<br />

Sweden<br />

0830<br />

<strong>AIAA</strong>-2007-0917<br />

Large Eddy Simulation<br />

of Flow Past a 3- D<br />

Bump<br />

M. Visbal, Air Force<br />

Research Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

Wednesday Morning / 10 January 2007<br />

Session 132-FD-25 Jets <strong>and</strong> Mixing I Shasta 1<br />

Wednesday Morning / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0918<br />

Underst<strong>and</strong>ing<br />

Crashback in Marine<br />

Propellers Using an<br />

Unsteady Actuator Disk<br />

Model<br />

M. Vysohlid, University<br />

of Minnesota,<br />

Minneapolis, MN<br />

0930<br />

<strong>AIAA</strong>-2007-0919<br />

Flow <strong>and</strong> Acoustics<br />

Simulations Based on<br />

LES <strong>and</strong> an Acoustic<br />

Analogy; an Application<br />

to Laryngeal Airflow<br />

M. Mihaescu, University<br />

of Cincinnati, Cincinnati,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-0920<br />

Implicit LES of<br />

Compressible Turbulent<br />

Flow<br />

K. Ishiko, Tohoku<br />

University, Sendai,<br />

Japan<br />

1030<br />

<strong>AIAA</strong>-2007-0921<br />

Large Eddy Simulation<br />

of Compressible Flows<br />

in a Rectangular Duct<br />

Containing Cylindrical<br />

Rods - An Immersed<br />

Boundary Treatment<br />

W. Wang, Iowa State<br />

University, Ames, IA<br />

Chaired by: A. VAKILI, University of Tennessee Space Institute, Tullahoma, TN, <strong>and</strong> D. YODER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0922<br />

Application of Improved<br />

Gas/Liquid Methodology<br />

to High Speed Venting<br />

<strong>and</strong> Bulk- Flyout<br />

Problems<br />

G. Feldman,<br />

Combustion Research &<br />

Flow Technology, Inc.<br />

(CRAFT Tech),<br />

Huntsville, AL<br />

0830<br />

<strong>AIAA</strong>-2007-0923<br />

Multiphase CFD<br />

Analysis of Solid Rocket<br />

Motor Nozzle <strong>and</strong><br />

Plume Flow<br />

F. Montanari, Fluent Inc.,<br />

Lebanon, NH<br />

0900<br />

<strong>AIAA</strong>-2007-0924<br />

Large Eddy Simulation<br />

of Spray Dispersion <strong>and</strong><br />

Mixing in a Swirl<br />

Stabilized Gas Turbine<br />

Burner<br />

M. Salewski, Division of<br />

Fluid Mechanics, Lund<br />

University, Lund, Sweden<br />

0930<br />

<strong>AIAA</strong>-2007-0925<br />

A RANS- LES Study of<br />

Swirling <strong>and</strong> Non-<br />

Swirling Jets<br />

M. Stoellinger, University<br />

of Wyoming, Laramie,<br />

WY<br />

1000<br />

<strong>AIAA</strong>-2007-0926<br />

Slot Film Cooling: LES<br />

<strong>and</strong> Heat Transfer<br />

Measurements<br />

C. Cruz, University of<br />

Maryl<strong>and</strong>, College Park,<br />

MD<br />

1030<br />

<strong>AIAA</strong>-2007-0927<br />

Hole Shape Comparison<br />

for Film Cooling Flows<br />

Using Large- Eddy<br />

Simulations<br />

P. Renze, Institute of<br />

Aerodynamics, RWTH<br />

Aachen University,<br />

Aachen, Germany<br />

1100<br />

<strong>AIAA</strong>-2007-1454<br />

Large Eddy Simulation<br />

of the Transient Flow<br />

Around a Submarine<br />

During Maneuver<br />

N. Alin, The Swedish<br />

Defence Research<br />

Agency, Stockholm,<br />

Sweden<br />

1130<br />

<strong>AIAA</strong>-2007-1455<br />

Large- Eddy Simulation<br />

of Breaking Waves<br />

Using Embedded-<br />

Boundary/Level- Set<br />

Method<br />

J. Yang, University of<br />

Iowa, Iowa City, IA<br />

Session 133-FD-26 Microfluidics Carson 2<br />

Chaired by: A. CUTLER, George Washington University, Hampton, VA, <strong>and</strong> A. SCRIBBEN, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0930<br />

Compressible Gas Flow<br />

Inside a Two<br />

Dimensional Uniform<br />

Microchannel<br />

C. Cai, ZONA<br />

Technology Inc.,<br />

Scottsdale, AZ<br />

0830<br />

<strong>AIAA</strong>-2007-0931<br />

Electroosmotic Flow in<br />

Micro/Nano Nozzles<br />

L. Chen, The Ohio State<br />

University, Columbus,<br />

OH<br />

0900<br />

<strong>AIAA</strong>-2007-0932<br />

Prediction of Post-<br />

Contact Parameters of a<br />

Fluid Droplet Impact on<br />

a Smooth Surface<br />

B. Bathel, University of<br />

Iowa, Iowa City, IA<br />

0930<br />

<strong>AIAA</strong>-2007-0933<br />

Quantitative Scalar<br />

Measurements in Micro<br />

Jets <strong>and</strong> Flames<br />

R. Satti, University of<br />

Oklahoma, Norman, OK<br />

1000<br />

<strong>AIAA</strong>-2007-0934<br />

Finite Volume<br />

Simulation of Gaseous<br />

Microflows Using<br />

Modified Boundary<br />

Conditions<br />

M. Darb<strong>and</strong>i, Sharif<br />

University of<br />

Technology, Tehran, Iran


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7441.<br />

Chaired by: T. MCLAUGHLIN, U.S. Air Force Academy, Colorado Springs, CO<br />

0800 0830 0900 0930 1000 1030 1100 1130<br />

Chaired by: S. SCHNEIDER, Purdue University, West Lafayette, IN, <strong>and</strong> X. ZHONG, University of California, Los Angeles, Los Angeles, CA<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: J. HOCHSTEIN, University of Memphis, Memphis, TN, <strong>and</strong> D. CHATO, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800 0830 0900 0930 1000 1030 1100


Wednesday Morning / 10 January 2007<br />

Session 134-FD-27 / PDL-6 Plasma Actuators IV Crystal 5<br />

Chaired by: T. MCLAUGHLIN, U.S. Air Force Academy, Colorado Springs, CO<br />

0800<br />

<strong>AIAA</strong>-2007-0935<br />

Numerical <strong>and</strong><br />

Experimental Analysis<br />

of Plasma Flow Control<br />

over a Hump Model<br />

C. He, University of<br />

Notre Dame, Notre<br />

Dame, IN<br />

0830<br />

<strong>AIAA</strong>-2007-0936<br />

Numerical Simulation of<br />

Plasma- Based Actuator<br />

Vortex Control of a<br />

Turbulent Cylinder Wake<br />

N. McMullin, Brigham<br />

Young University,<br />

Provo, UT<br />

Wednesday Morning / 10 January 2007<br />

Session 135-FD-28 Stability <strong>and</strong> Transition: High Speed Theory <strong>and</strong> Simulation Ruby 2<br />

Wednesday Morning / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0937<br />

Numerical Simulations<br />

of Flow Separation<br />

Control in Low-<br />

Pressure Turbines<br />

Using Plasma Actuators<br />

Y. Suzen, North Dakota<br />

State University, Fargo,<br />

ND<br />

0930<br />

<strong>AIAA</strong>-2007-0938<br />

Numerical Investigation<br />

of Plasma- Based Flow<br />

Control for a<br />

Transitional Highly-<br />

Loaded Low- Pressure<br />

Turbine<br />

D. Rizzetta, Air Force<br />

Research Laboratory,<br />

Wright-Patterson Air<br />

Force Base, OH<br />

1000<br />

<strong>AIAA</strong>-2007-0939<br />

Bluff Body Flow<br />

Separation Control<br />

Using Surface Dielectric<br />

Barrier Discharges<br />

H. Do, Stanford<br />

University, Stanford, CA<br />

Chaired by: S. SCHNEIDER, Purdue University, West Lafayette, IN, <strong>and</strong> X. ZHONG, University of California, Los Angeles, Los Angeles, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0943<br />

Is Retheta/Me a<br />

Meaningful Transition<br />

Criterion?<br />

E. Reshotko, Case<br />

Western Reserve<br />

University, Clevel<strong>and</strong>,<br />

OH<br />

0830<br />

<strong>AIAA</strong>-2007-0944<br />

Numerical Simulation of<br />

Surface Roughness<br />

Effects on Receptivity of<br />

Hypersonic Flow Over<br />

Blunt Cones<br />

X. Zhong, University of<br />

California, Los Angeles,<br />

CA<br />

0900<br />

<strong>AIAA</strong>-2007-0945<br />

Receptivity of<br />

Hypersonic Boundary<br />

Layers Due to Acoustic<br />

Disturbances Over Blunt<br />

Cone<br />

K. Kara, Old Dominion<br />

University, Norfolk, VA<br />

0930<br />

<strong>AIAA</strong>-2007-0946<br />

Numerical Simulation of<br />

Hypersonic Boundary-<br />

Layer Receptivity to Two<br />

<strong>and</strong> Three- Dimensional<br />

Wall Perturbations<br />

X. Wang, University of<br />

California, Los Angeles,<br />

CA<br />

1000<br />

<strong>AIAA</strong>-2007-0948<br />

Direct Numerical<br />

Simulation of<br />

Supersonic Boundary-<br />

Layer Stabilization by<br />

Porous Coatings<br />

I. Egorov, Moscow<br />

Institute of Physics <strong>and</strong><br />

Technology, Zhukovski,<br />

Russia<br />

1030<br />

<strong>AIAA</strong>-2007-0940<br />

Formation <strong>and</strong> Scaling<br />

of Plasma Synthetic Jet<br />

Actuators<br />

A. Santhanakrishnan,<br />

University of Kentucky,<br />

Lexington, KY<br />

1030<br />

<strong>AIAA</strong>-2007-0949<br />

Investigation of Oblique<br />

Breakdown in a<br />

Supersonic Boundary<br />

Layer at Mach 2 Using<br />

DNS<br />

C. Mayer, University of<br />

Arizona, Tucson, AZ<br />

1100<br />

<strong>AIAA</strong>-2007-0941<br />

Pulsed Discharge<br />

Actuators for<br />

Rectangular Wing<br />

Separation Control<br />

A. Sidorenko, Institute of<br />

Theoretical <strong>and</strong> Applied<br />

Mechanics, Novosibirsk,<br />

Russia<br />

1130<br />

<strong>AIAA</strong>-2007-0942<br />

Effects of Pulsed- D.C.<br />

Discharge Plasma<br />

Actuators in a Separated<br />

Low Pressure Turbine<br />

Boundary Layer<br />

J. Wall, Air Force<br />

Institute of Technology,<br />

Wright-Patterson AFB,<br />

OH<br />

Session 136-GPSE-6 Fluid <strong>and</strong> Thermal Management N-4<br />

Chaired by: J. HOCHSTEIN, University of Memphis, Memphis, TN, <strong>and</strong> D. CHATO, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0954<br />

Cryogenic Propellant<br />

Stratification in a<br />

Rotating <strong>and</strong> Reduced<br />

Gravity Environment<br />

D. Kirk, Florida Institute<br />

of Technology,<br />

Melbourne, FL<br />

0830<br />

<strong>AIAA</strong>-2007-0956<br />

A Three- Dimensional<br />

Computational<br />

Simulation of Magnetic<br />

Positive Positioning<br />

J. Marchetta, University<br />

of Memphis, Memphis,<br />

TN<br />

0900<br />

<strong>AIAA</strong>-2007-0955<br />

Three Dimensional<br />

Modeling of Jet-<br />

Induced Geysers in Low<br />

Gravity<br />

J. Marchetta, University<br />

of Memphis, Memphis,<br />

TN<br />

0930<br />

<strong>AIAA</strong>-2007-0952<br />

Validation of Tank Self-<br />

Pressurization Models in<br />

Normal Gravity<br />

S. Barsi, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1000<br />

1030<br />

<strong>AIAA</strong>-2007-0950 <strong>AIAA</strong>-2007-0957<br />

Gas- Liquid Separation Development of<br />

Strategies in<br />

Consumable Transfer<br />

Microgravity Environment Systems for Sustainable<br />

Lunar Exploration<br />

B. Antar, The University<br />

of Tennessee Space<br />

Institute, Tullahoma, TN<br />

W. Notardonato, NASA<br />

Kennedy Space Center,<br />

, FL<br />

1100<br />

<strong>AIAA</strong>-2007-0953<br />

Cryogenic Technology<br />

Development for<br />

Exploration Missions<br />

D. Chato, NASA Glenn<br />

Research Center at<br />

Lewis Field, Clevel<strong>and</strong>,<br />

OH<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7463.<br />

Chaired by: F. JACKSON, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN, <strong>and</strong> J. HAAS, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: P. BERAN, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: W. JONES, NASA Langley Research Center, Hampton, VA, <strong>and</strong> B. SEKAR, University of Maryl<strong>and</strong>, College Park, MD<br />

0800 0830 0900 0930 1000 1030 1100


Wednesday Morning / 10 January 2007<br />

Session 137-GT-5 Ground Test Facility Development <strong>and</strong> Testing Sierra 2<br />

Chaired by: F. JACKSON, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN, <strong>and</strong> J. HAAS, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0958<br />

Investigation of a Single-<br />

Jack Flexible<br />

Supersonic Nozzle<br />

K. Juhany, King<br />

Abdulaziz Univesity,<br />

Jeddah, Saudi Arabia<br />

0830<br />

<strong>AIAA</strong>-2007-0959<br />

Ultra Low Reynolds<br />

Number Airfoil Testing<br />

Facility<br />

M. Kerho, Rolling Hills<br />

Research Corporation,<br />

El Segundo, CA<br />

Wednesday Morning / 10 January 2007<br />

Session 138-MDO-4 Multidisciplinary Model Synthesis <strong>and</strong> Management Cascade 1<br />

Wednesday Morning / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0960<br />

Micro Wind Tunnel For<br />

Hazardous Chemical<br />

Fate Studies<br />

D. Weber, Edgewood<br />

Chemical <strong>and</strong> Biological<br />

Center (ECBC),<br />

Aberdeen Proving<br />

Ground, MD<br />

Chaired by: P. BERAN, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0964<br />

Using CAD- Tools <strong>and</strong><br />

Aerodynamic Codes in a<br />

Distributed Conceptual<br />

Design Framework<br />

K. Amadori, Linköping<br />

University, Linköping,<br />

Sweden<br />

0830<br />

<strong>AIAA</strong>-2007-0966<br />

Towards Web<br />

St<strong>and</strong>ards- Based MDA<br />

<strong>and</strong> MDO<br />

R. Gloukhov, École<br />

Polytechnique de<br />

Montréal, Montréal,<br />

Canada<br />

0900<br />

<strong>AIAA</strong>-2007-0967<br />

A Knowledge Based<br />

Engineering Approach to<br />

Support Automatic<br />

Generation of FE<br />

Models in Aircraft Design<br />

G. La Rocca, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

0930<br />

<strong>AIAA</strong>-2007-0961<br />

Development of a Wind<br />

Tunnel Active Vibration<br />

Reduction System<br />

S. Balakrishna, ViGYAN,<br />

Inc., Hampton, VA<br />

0930<br />

<strong>AIAA</strong>-2007-0968<br />

A Knowledge Based<br />

Engineering approach to<br />

automation of<br />

conceptual design<br />

option selection<br />

E. Schut, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1000<br />

<strong>AIAA</strong>-2007-0962<br />

Application of the Two-<br />

Variable Correction<br />

Method to<br />

Measurements in an<br />

Open- Jet Test Section<br />

M. Mokry, NRC Institute<br />

for <strong>Aerospace</strong><br />

Research, Ottawa,<br />

Canada<br />

1000<br />

<strong>AIAA</strong>-2007-0969<br />

Design of a Multi Agent<br />

Task Environment<br />

Framework to Support<br />

Multidisciplinary Design<br />

<strong>and</strong> Optimisation<br />

J. Berends, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1030<br />

<strong>AIAA</strong>-2007-0963<br />

Lunar Simulation in the<br />

Lunar Dust Adhesion<br />

Bell Jar<br />

J. Gaier, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

Session 139-MVC-2 Geometry, Computational Environments <strong>and</strong> Post-Processing Carson 3<br />

Chaired by: W. JONES, NASA Langley Research Center, Hampton, VA, <strong>and</strong> B. SEKAR, University of Maryl<strong>and</strong>, College Park, MD<br />

0800<br />

<strong>AIAA</strong>-2007-0970<br />

Rapid Geometry<br />

Creation for Computer-<br />

Aided Engineering<br />

Parametric Analyses<br />

V. Hawke, ELORET,<br />

Corp., Sunnyvale, CA<br />

0830<br />

<strong>AIAA</strong>-2007-0971<br />

Automatic Extraction of<br />

Configuration<br />

Approximations via<br />

Nested Geometric<br />

Refinements<br />

J. Dannenhoffer,<br />

Syracuse University,<br />

Syracuse, NY<br />

0900<br />

<strong>AIAA</strong>-2007-0972<br />

Post- Processing<br />

Techniques for Large-<br />

Scale Unsteady CFD<br />

Datasets<br />

E. Duque, Intelligent<br />

Light, Rutherford, NJ<br />

0930<br />

<strong>AIAA</strong>-2007-0973<br />

Mixing Time<br />

Visualization for<br />

<strong>Aerospace</strong> Applications<br />

M. Godo, JMSI dba<br />

Intelligent Light,<br />

Rutherford, NJ<br />

1000<br />

<strong>AIAA</strong>-2007-0974<br />

BPX - A Best Practices<br />

Expert System for CFD<br />

P. Stremel, Nielsen<br />

Engineering &<br />

Research, Inc.,<br />

Mountain View, CA<br />

1030<br />

<strong>AIAA</strong>-2007-1463<br />

Wing- Nacelle Assembly<br />

Multidisciplinary<br />

Performance<br />

Optimization<br />

Y. Gisin, California<br />

Polytechnic State<br />

University at San Luis<br />

Obispo, San Luis<br />

Obispo, CA<br />

1030<br />

<strong>AIAA</strong>-2007-0975<br />

Meshing Software<br />

Component Technology<br />

Development <strong>and</strong><br />

Integration<br />

P. Patel, MSC Software<br />

Corporation, Santa Ana,<br />

CA<br />

1100<br />

<strong>AIAA</strong>-2007-0976<br />

Integrating VR into<br />

<strong>Aerospace</strong> Simulation<br />

P. Panfilov, Moscow<br />

State Institute of<br />

Electronics <strong>and</strong><br />

Mathematics, Moscow,<br />

Russia<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7410.<br />

Chaired by: R. PITZ, V<strong>and</strong>erbilt University, Nashville, TN, <strong>and</strong> P. PENKO, Ohio State University, Columbus, OH<br />

0800 0830 0900 0930 1000<br />

Chaired by: K. MCMANUS, General Electric Global Research Center, Niskayuna, NY, <strong>and</strong> C. BROPHY, Naval Postgraduate School, Monterey, CA<br />

0800 0900 0930 1000 1030 1100<br />

Chaired by: I. ADAMOVICH, Ohio State University, Columbus, OH<br />

0800 0830 0900 0930 1000 1030


Wednesday Morning / 10 January 2007<br />

Session 140-PC-10 Combustion Diagnostics <strong>and</strong> Processes Teton 2<br />

Chaired by: R. PITZ, V<strong>and</strong>erbilt University, Nashville, TN, <strong>and</strong> P. PENKO, Ohio State University, Columbus, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0978<br />

Development of<br />

Supersonic Combustion<br />

Experiments for CFD<br />

Modeling<br />

A. Cutler, The George<br />

Washington University,<br />

Newport News, VA<br />

0830<br />

<strong>AIAA</strong>-2007-0980<br />

OH- PLIF<br />

Measurements of High-<br />

Pressure, Hydrogen<br />

Augmented Premixed<br />

Flames in the SimVal<br />

Combustor<br />

P. Strakey, National<br />

Energy Technology<br />

Laboratory,<br />

Morgantown, WV<br />

Wednesday Morning / 10 January 2007<br />

Session 141-PC-11 Pulse Detonation Engines I Teton 1<br />

Wednesday Morning / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-0982<br />

A Small Angle<br />

Scattering Sensor<br />

System for the<br />

Characterization of<br />

Combustion Generated<br />

Particulate<br />

D. Feikema, NASA<br />

Glenn Research Center,<br />

Clevel<strong>and</strong>, OH<br />

0930<br />

<strong>AIAA</strong>-2007-0983<br />

Nonpremixed<br />

Combustion in an<br />

Accelerating Turning<br />

Transonic Flow<br />

Undergoing Transition<br />

F. Cheng, University of<br />

California, Irvine, Irvine,<br />

CA<br />

1000<br />

<strong>AIAA</strong>-2007-0984<br />

Catalytic Ignition <strong>and</strong><br />

Upstream Reaction<br />

Propagation in Monolith<br />

Reactors<br />

P. Struk, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

Chaired by: K. MCMANUS, General Electric Global Research Center, Niskayuna, NY, <strong>and</strong> C. BROPHY, Naval Postgraduate School, Monterey, CA<br />

0800<br />

<strong>AIAA</strong>-2007-0985<br />

A Review of PDE Development for Propulsion<br />

Applications<br />

A. Dean, General Electric Global Research<br />

Center, Niskayuna, NY<br />

0900<br />

<strong>AIAA</strong>-2007-0986<br />

Detonation Initiation on<br />

the Microsecond Time<br />

Scale: One <strong>and</strong> Two<br />

Dimensional Results<br />

Obtained from Adaptive<br />

Wavelet- Collocation<br />

Numerical Methods<br />

D. Kassoy, University of<br />

Colorado, Boulder, CO<br />

0930<br />

<strong>AIAA</strong>-2007-0987<br />

Stability of Idealized<br />

One- Reaction<br />

Detonations Revisited<br />

A. Tumin, The University<br />

of Arizona, Tucson, AZ<br />

1000<br />

<strong>AIAA</strong>-2007-0988<br />

Numerical Simulation of<br />

a Detonation in a<br />

Coaxial Tube<br />

N. Tsuboi, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Sagamihara,<br />

Japan<br />

1030<br />

<strong>AIAA</strong>-2007-0989<br />

Numerical Investigation<br />

on the Transverse Wave<br />

Property of Two-<br />

Dimensional H2- O2-<br />

Diluent Detonations<br />

D. Ando, Tokyo<br />

University of Science,<br />

Tokyo, Japan<br />

1100<br />

<strong>AIAA</strong>-2007-0990<br />

Numerical Simulation of<br />

Shock- Induced<br />

Boundary Layers in Gaps<br />

K. Tanaki, Tokyo<br />

University of Science,<br />

Tokyo, Japan<br />

Session 142-PDL-7 Plasma Science <strong>and</strong> Modeling N-7<br />

Chaired by: I. ADAMOVICH, Ohio State University, Columbus, OH<br />

0800<br />

<strong>AIAA</strong>-2007-0992<br />

Normal Microwave Glow<br />

Discharge in Transversal<br />

Magnetic Field<br />

S. Surzhikov, Russian<br />

Academy of <strong>Sciences</strong>,<br />

Moscow, Russia<br />

0830<br />

<strong>AIAA</strong>-2007-0993<br />

Direct Numerical<br />

Simulation of the<br />

Thermal Effects in<br />

Plasma/Turbulence<br />

Interaction<br />

S. Ghosh, University of<br />

Minnesota, Minneapolis,<br />

MN<br />

0900<br />

<strong>AIAA</strong>-2007-0994<br />

Plasmadynamics of<br />

Glow Discharge in<br />

Hypersonic Internal<br />

Flows<br />

S. Surzhikov, Russian<br />

Academy of Science,<br />

Moscow, Russia<br />

0930<br />

<strong>AIAA</strong>-2007-0995<br />

Numerical Simulation of<br />

Probe Measurements in<br />

a Non- equilibrium<br />

Plasma, Using a<br />

Detailed Model Electron<br />

Fluid<br />

J. Boerner, University of<br />

Michigan, Ann Arbor, MI<br />

1000<br />

<strong>AIAA</strong>-2007-0996<br />

Experimental <strong>and</strong><br />

Numerical Investigation<br />

of Streamer Head<br />

Structure<br />

M. Nudnova, Moscow<br />

Institute of Physics <strong>and</strong><br />

Technology,<br />

Dolgoprudny, Russia<br />

1030<br />

<strong>AIAA</strong>-2007-0997<br />

Non- Equilibrium<br />

Plasma Life Time<br />

Measurements <strong>and</strong> Flow<br />

Control<br />

N. Aleks<strong>and</strong>rov, Moscow<br />

Institute of Physics <strong>and</strong><br />

Technology,<br />

Dolgoprudny, Russia


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7380.<br />

Chaired by: A. GUPTA, University of Maryl<strong>and</strong>, College Park, MD, <strong>and</strong> K. ISAAC, University of Missouri-Rolla, Rolla, MO<br />

0800 0830 0900<br />

Chaired by: J. OLEJNICZAK, NASA Ames Research Center, Moffett Field, CA, <strong>and</strong> J. GREATHOUSE<br />

0800 0830 0900 0930 1000<br />

Chaired by: J. REUSTER, ERC Inc., Huntsville, AL, <strong>and</strong> H. KANNER, United Space Alliance, Cape Canaveral, FL<br />

0800 0830 0900 0930


Wednesday Morning / 10 January 2007<br />

Session 143-TES-5 Heat Transfer <strong>and</strong> Fluid Flow N-5<br />

Chaired by: A. GUPTA, University of Maryl<strong>and</strong>, College Park, MD, <strong>and</strong> K. ISAAC, University of Missouri-Rolla, Rolla, MO<br />

0800<br />

<strong>AIAA</strong>-2007-1001<br />

Experimental <strong>and</strong><br />

Numerical Computations<br />

of Air Flow<br />

Characteristics in Air-<br />

Conditioned<br />

Multipurpose Hall<br />

A. Medhat, Housing,<br />

Buildings Research<br />

Centre (HBRC), Cairo,<br />

Egypt<br />

0830<br />

<strong>AIAA</strong>-2007-1002<br />

Indoor Air Quality <strong>and</strong><br />

Fuzziness Evaluation of<br />

the Airflow Distributions<br />

in Enclosures<br />

R. Kameel, Consultant<br />

CEB, Cairo, Egypt<br />

Wednesday Morning / 10 January 2007<br />

Session 144-TP-11 Aerodynamics of the NASA Crew Exploration Vehicle Carson 4<br />

Wednesday Morning / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1003<br />

Power Transmission to a<br />

Micro Aerial Vehicle<br />

S. Komatsu, The<br />

University of Tokyo,<br />

Kashiwa, Japan<br />

Chaired by: J. OLEJNICZAK, NASA Ames Research Center, Moffett Field, CA, <strong>and</strong> J. GREATHOUSE<br />

0800<br />

<strong>AIAA</strong>-2007-1004<br />

Aerodynamic Testing in<br />

Support of Orion<br />

Spacecraft Development<br />

J. Ross, NASA Ames<br />

Research Center,<br />

Moffett Field, CA<br />

0830<br />

<strong>AIAA</strong>-2007-1005<br />

Testing of the Crew<br />

Exploration Vehicle In<br />

NASA Langley’s Unitary<br />

Plan Wind Tunnel<br />

K. Murphy, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

0900<br />

<strong>AIAA</strong>-2007-1006<br />

Transonic/Supersonic<br />

Wind Tunnel Testing of<br />

the NASA Orion<br />

Comm<strong>and</strong> Module<br />

J. Bell, NASA Ames<br />

Research Center, Moffett<br />

Field, CA<br />

0930<br />

<strong>AIAA</strong>-2007-1008<br />

Comparison of Crew<br />

Exploration Vehicle<br />

(CEV) Tests in Two<br />

Supersonic Wind<br />

Tunnels<br />

J. Bell, NASA Ames<br />

Research Center,<br />

Moffett Field, CA<br />

1000<br />

<strong>AIAA</strong>-2007-1010<br />

Proof of Concept for<br />

Testing Acceleration<br />

Compensation Force<br />

Balance Techniques in<br />

Short Duration Flows<br />

with a CEV Capsule<br />

G. Smolinski,<br />

Calspan-University of<br />

Buffalo Research Center,<br />

Buffalo, NY<br />

Session 145-TP-12 Plumes Ruby 1<br />

Chaired by: J. REUSTER, ERC Inc., Huntsville, AL, <strong>and</strong> H. KANNER, United Space Alliance, Cape Canaveral, FL<br />

0800<br />

0830<br />

<strong>AIAA</strong>-2007-1012 <strong>AIAA</strong>-2007-1013<br />

Progress in Modeling High Altitude Plume<br />

Missile Fuel Venting <strong>and</strong> Simulations for a Solid<br />

Plume Contrail Formation Propellant Rocket<br />

J. Chenoweth,<br />

Combustion Research<br />

<strong>and</strong> Flow Technology,<br />

Inc., Huntsville, AL<br />

J. Burt, University of<br />

Michigan, Ann Arbor, MI<br />

0900<br />

<strong>AIAA</strong>-2007-1014<br />

Numerical Prediction of<br />

UV Radiation from Two-<br />

Phase Plumes at High<br />

Altitudes<br />

N. Gimelshein, ERC,<br />

Inc., Edwards AFB, CA<br />

0930<br />

<strong>AIAA</strong>-2007-1015<br />

CFD Simulation of Multi-<br />

Cycle Nanotube Laser-<br />

Ablation with Reduced<br />

Kinetics Model<br />

R. Greendyke, Air Force<br />

Institute of Technology,<br />

Kirtl<strong>and</strong> AFB, NM


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7318.<br />

Chaired by: C. CARTER, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> V. SHIBKOV, Moscow State University, Moscow, Russia<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: J. ZAYAS, S<strong>and</strong>ia National Laboratories, Albuquerque, NM, <strong>and</strong> A. WRIGHT, National Renewable Energy Laboratory, Golden, CO<br />

0830 0900 0930 1000 1030 1100 1130<br />

Chaired by: R. THOMAS, NASA Langley Research Center, Hampton, VA, <strong>and</strong> L. COLLOREC, Airbus, Blagnac, France<br />

1330 1400 1430 1500 1530


Wednesday Morning / 10 January 2007<br />

Session 147-WIG/PDL-5 Plasma-Assisted Combustion I Sierra 1<br />

Chaired by: C. CARTER, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> V. SHIBKOV, Moscow State University, Moscow, Russia<br />

0800<br />

<strong>AIAA</strong>-2007-1024<br />

Magnetically Driven<br />

Electrical Discharges in<br />

High Speed Reacting<br />

flows for the MHD<br />

Assisted Mixing <strong>and</strong><br />

Combustion<br />

V. Bityurin, Institute of<br />

High Temperatures of<br />

Russian Academy of<br />

<strong>Sciences</strong>, Moscow,<br />

Russia<br />

0830<br />

<strong>AIAA</strong>-2007-1025<br />

Ignition Enhancement<br />

Using Magnetic Gliding<br />

Arc<br />

T. Ombrello, Princeton<br />

University, Princeton, NJ<br />

Wednesday Morning / 10 January 2007<br />

Session 146-WE-5 Sensors <strong>and</strong> Controls McKinley<br />

Wednesday Afternoon / 10 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1026<br />

St<strong>and</strong>ing Sub-<br />

Compressed Detonation<br />

Wave in Hypersonic<br />

Combustible Mix Flow<br />

Sustained by<br />

Undercritical Microwave<br />

Discharge<br />

K. Khodataev, UFSF<br />

"Moscow Radiotechnical<br />

Institute of RAS", ,<br />

Russia<br />

0930<br />

<strong>AIAA</strong>-2007-1028<br />

Effects of Corona, Spark<br />

<strong>and</strong> Surface Discharges<br />

on Ignition Delay <strong>and</strong><br />

Deflagration- to-<br />

Detonation Times in<br />

Pulsed Detonation<br />

Engines<br />

K. Busby, National<br />

Research Council,<br />

Wright-Patterson AFB,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-1029<br />

Detonation Initiation by<br />

High- Voltage Pulsed<br />

Discharges<br />

V. Zhukov, Physics of<br />

Nonequilibrium Systems<br />

Lab, MIPT,<br />

Dolgoprudny, Russia<br />

Chaired by: J. ZAYAS, S<strong>and</strong>ia National Laboratories, Albuquerque, NM, <strong>and</strong> A. WRIGHT, National Renewable Energy Laboratory, Golden, CO<br />

0830<br />

<strong>AIAA</strong>-2007-1016<br />

Wind Tunnel Test on<br />

Wind Turbine Airfoil with<br />

Adaptive Trailing Edge<br />

Geometry<br />

C. Bak, Risoe National<br />

Laboratory, Roskilde,<br />

Denmark<br />

0900<br />

<strong>AIAA</strong>-2007-1018<br />

Computational<br />

Investigations of<br />

Deploying Load Control<br />

Microtabs on a Wind<br />

Turbine Airfoil<br />

R. Chow, University of<br />

California, Davis, CA<br />

0930<br />

<strong>AIAA</strong>-2007-1019<br />

Sensor Selection <strong>and</strong><br />

State Estimation for<br />

Wind Turbine Controls<br />

J. Ehlers, Université du<br />

Québec a Rimouski,<br />

Rimouski, Canada<br />

1000<br />

<strong>AIAA</strong>-2007-1020<br />

Evaluation of NASA PZT<br />

Sensor/Actuator for<br />

Structural Health<br />

Monitoring of a Wind<br />

Turbine Blade<br />

J. Zayas, S<strong>and</strong>ia<br />

National Laboratories,<br />

Albuquerque, NM<br />

1030<br />

<strong>AIAA</strong>-2007-1021<br />

Designing <strong>and</strong> Testing<br />

Controls to Mitigate<br />

Tower Dynamic Loads in<br />

the Controls Advanced<br />

Research Turbine<br />

A. Wright, National<br />

Renewable Energy<br />

Laboratory, Golden, CO<br />

1030<br />

<strong>AIAA</strong>-2007-1030<br />

Calorimetric<br />

Measurements in Vortex<br />

Combustor<br />

A. Klimov, Institute for<br />

High Temperature RAS,<br />

Moscow, Russia<br />

1100<br />

<strong>AIAA</strong>-2007-1022<br />

Individual Blade Pitch<br />

for Active Yaw Control<br />

of a Horizontal- Axis<br />

Wind Turbine<br />

W. Zhao, The University<br />

of Auckl<strong>and</strong>, Auckl<strong>and</strong>,<br />

New Zeal<strong>and</strong><br />

1100<br />

<strong>AIAA</strong>-2007-1031<br />

Effect of nonequilibrium<br />

excitation of hydrogenoxygen<br />

mixture on<br />

ignition<br />

N. Popav, Moscow State<br />

University, Moscow,<br />

Russia<br />

1130<br />

<strong>AIAA</strong>-2007-1023<br />

Adaptive Pitch Control of<br />

Variable- Speed Wind<br />

Turbines<br />

K. Johnson, Colorado<br />

School of Mines,<br />

Golden, CO<br />

1200 - Public Policy Luncheon Gr<strong>and</strong> Theater<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7400.<br />

Chaired by: R. THOMAS, NASA Langley Research Center, Hampton, VA, <strong>and</strong> L. COLLOREC, Airbus, Blagnac, France<br />

1330 1400 1430 1500 1530


Wednesday Afternoon / 10 January 2007<br />

Session 148-AA-6 Aircraft Noise N-10<br />

Chaired by: R. THOMAS, NASA Langley Research Center, Hampton, VA, <strong>and</strong> L. COLLOREC, Airbus, Blagnac, France<br />

1330<br />

<strong>AIAA</strong>-2007-1032<br />

Aero- Acoustics of<br />

Perforated Drag Plates<br />

for Quiet Transport<br />

Aircraft<br />

K. Sakaliyski,<br />

Massachusetts Institute<br />

of Technology,<br />

Cambridge, MA<br />

1400<br />

<strong>AIAA</strong>-2007-1033<br />

Engine Air- Brakes for<br />

Quiet Air Transport<br />

P. Shah, MIT Gas<br />

Turbine Laboratory,<br />

Cambridge, MA<br />

Wednesday Afternoon / 10 January 2007<br />

Session 149-ABP-9 / GT-9 Hypersonic Flight Vehicles <strong>and</strong> Ground Test Capabilities (Invited) Carson 3<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1034<br />

Support of Cost- Benefit<br />

Analyses of Noise<br />

Control Measures<br />

Around a Generic Airport<br />

S. Schwanke,<br />

Technische Universitaet<br />

Muenchen, Garching,<br />

Germany<br />

1500<br />

<strong>AIAA</strong>-2007-1037<br />

Direct Numerical<br />

Simulations of Trailing-<br />

Edge Noise Generated<br />

by Turbulent Boundary-<br />

Layers<br />

R. S<strong>and</strong>berg, University<br />

of Southampton,<br />

Southampton, Great<br />

Britain<br />

Chaired by: P. MONTGOMERY <strong>and</strong> J. SHEELEY, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

1330<br />

<strong>AIAA</strong>-2007-1040<br />

Scramjet Engine Tests<br />

at Ramjet Engine Test<br />

Facility in JAXA- KSPC<br />

S. Tomioka, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Kakuda, Japan<br />

1400<br />

<strong>AIAA</strong>-2007-1041<br />

Aerothermodynamic <strong>and</strong><br />

Scramjet Tests in High<br />

Enthalpy Shock Tunnel<br />

K. Itoh, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Kakuda, Japan<br />

1530<br />

<strong>AIAA</strong>-2007-1038<br />

Experimental Study of<br />

Trailing Edge Noise in<br />

Low- Speed Wind Tunnel<br />

H. Ura, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency (JAXA), Osawa,<br />

Japan<br />

Session 150-AD-6 Subsonic Aircraft Design Crystal 3<br />

Chaired by: D. LEVY, Cessna Aircraft Company, Wichita, KS, <strong>and</strong> D. CARTER, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1330<br />

<strong>AIAA</strong>-2007-1044<br />

Development of a<br />

Composite Bendable-<br />

Wing Micro Air Vehicle<br />

B. Johnson, University<br />

of Florida, Gainesville,<br />

FL<br />

1400<br />

<strong>AIAA</strong>-2007-1046<br />

Propeller Slipstream<br />

Effects on Directional<br />

Aircraft Control with One<br />

Engine Inoperative<br />

M. Schroijen, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1430<br />

<strong>AIAA</strong>-2007-1047<br />

The 3X Propulsion<br />

Concept Applied to a<br />

Business Aircraft<br />

R. Slingerl<strong>and</strong>, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1500<br />

<strong>AIAA</strong>-2007-1049<br />

"Smart Wings" as an<br />

Enabler of Future Highly<br />

Efficient Subsonic<br />

Aircraft <strong>and</strong> Technical<br />

Workforce Development<br />

J. McMasters, The<br />

Boeing Company,<br />

Seattle, WA<br />

1530<br />

<strong>AIAA</strong>-2007-1050<br />

High Altitude Long<br />

Endurance Air Vehicle<br />

Analysis of Alternatives<br />

<strong>and</strong> Technology<br />

Requirements<br />

Development<br />

C. Nickol, NASA Langley<br />

Research Center,<br />

Hampton, VA<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7332.


Wednesday Afternoon / 10 January 2007<br />

Session 151-AFM-7 System ID, Parameter Estimation, Performance, <strong>and</strong> Stability <strong>and</strong> Control N-11<br />

Chaired by: E. MORELLI, NASA Langley Research Center, Hampton, VA, <strong>and</strong> A. DOGAN, University of Texas at Arlington, Arlington, TX<br />

1330<br />

<strong>AIAA</strong>-2007-1051<br />

Use of Bifurcation <strong>and</strong><br />

Continuation Methods<br />

for Aircraft Trim <strong>and</strong><br />

Stability Analysis - A<br />

State- of- the- Art<br />

A. Paranjape, Indian<br />

Institute of Technology,<br />

Bombay, Mumbai, India<br />

1400<br />

<strong>AIAA</strong>-2007-1052<br />

A New Optimal Control<br />

Allocation Method for<br />

Aircraft with Multiple<br />

Control Effectors<br />

L. Yang, Beihang<br />

University, Beijing,<br />

China (prc)<br />

Wednesday Afternoon / 10 January 2007<br />

Session 152-AMT-4 Optical Diagnostics Carson 2<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1053<br />

Towards an Efficient<br />

Aircraft Stability <strong>and</strong><br />

Control Analysis<br />

Capability Using High-<br />

Fidelity CFD<br />

S. Görtz, United States<br />

Air Force Academy, , CO<br />

1500<br />

<strong>AIAA</strong>-2007-1058<br />

Thrust <strong>and</strong> Drag Models<br />

for Performance<br />

Calculations for High-<br />

Speed Aircraft<br />

D. Bridges, Mississippi<br />

State University, , MS<br />

1530<br />

<strong>AIAA</strong>-2007-1055<br />

Three- Dimensional<br />

Minimum- Time- to-<br />

Climb Trajectories in<br />

Constrained Airspace<br />

R. Dai, Auburn<br />

University, Auburn, AL<br />

Chaired by: D. FOURGUETTE, Michigan <strong>Aerospace</strong> Corporation, El Segundo, CA, <strong>and</strong> H. HU, Iowa State University, Ames, IA<br />

1330<br />

<strong>AIAA</strong>-2007-1059<br />

Planar Doppler<br />

Velocimetry System with<br />

Vibration Immunity<br />

T. Jenkins, MetroLaser,<br />

Irvine, CA<br />

1400<br />

<strong>AIAA</strong>-2007-1060<br />

Further Development of<br />

a High- Speed Three-<br />

Dimensional Flow<br />

Visualization System<br />

B. Thurow, Auburn<br />

University, , AL<br />

1430<br />

<strong>AIAA</strong>-2007-1061<br />

Surface Thermometry<br />

Using Laser Induced<br />

Phosphorescence<br />

Applied in the<br />

Afterburner of an<br />

Aircraft Turbofan Engine<br />

H. Seyfried, Lund<br />

University, Lund,<br />

Sweden<br />

1500<br />

<strong>AIAA</strong>-2007-1062<br />

Development of New<br />

Two- Component TSP<br />

for Cryogenic Testing<br />

Y. Egami, German<br />

<strong>Aerospace</strong> Center<br />

(DLR), Göttingen,<br />

Germany<br />

1530<br />

<strong>AIAA</strong>-2007-1063<br />

Fluorescence<br />

Visualization of<br />

Hypersonic Flow Over<br />

Rapid Prototype Wind-<br />

Tunnel Models<br />

D. Alderfer, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1600<br />

<strong>AIAA</strong>-2007-1056<br />

Predicting the Safety of<br />

Airport Approaches from<br />

the Pilot's Perspective<br />

Based on Flight<br />

Mechanical<br />

Considerations<br />

M. Heiligers, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1600<br />

<strong>AIAA</strong>-2007-1064<br />

PIV Measurement of a<br />

High- Lift- Device Model<br />

in JAXA 6.5m × 5.5m<br />

Low- Speed Wind<br />

Tunnel<br />

H. Kato, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Chofu, Japan<br />

1630<br />

<strong>AIAA</strong>-2007-1057<br />

Predicting Near- Ground<br />

Vortex Lifetimes Using<br />

Weibull Density<br />

Functions<br />

L. Berk, U.S. DOT RITA<br />

John A. Volpe National<br />

Transportation Systems<br />

Center, Cambridge, MA<br />

1630<br />

<strong>AIAA</strong>-2007-1065<br />

PSP Measurement of a<br />

High- Lift- Device Model<br />

in JAXA 6.5m×5.5m<br />

Low- Speed Wind<br />

Tunnel<br />

K. Mitsuo, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Tokyo, Japan<br />

1700<br />

<strong>AIAA</strong>-2007-1066<br />

Design of a Calibration<br />

Burner for Optical<br />

Combustion Diagnostics<br />

N. Jeyashekar,<br />

University of Mississippi,<br />

University, MS<br />

Session 153-APA-16 Aerodynamic Structural Interaction N-9<br />

Chaired by: J. AZEVEDO, Centro Técnico de Aeronáutica, São José dos Campos, Brazil<br />

1330<br />

<strong>AIAA</strong>-2007-1067<br />

Static Aeroelastic Model<br />

Validation of Membrane<br />

Micro Air Vehicle Wings<br />

B. Stanford, University<br />

of Florida, Gainesville,<br />

FL<br />

1400<br />

<strong>AIAA</strong>-2007-1068<br />

Time Base<br />

Aeroservoelasticity Wind<br />

Tunnel Testing<br />

S. Therien, Bombardier<br />

<strong>Aerospace</strong>, Montreal,<br />

Canada<br />

1430<br />

<strong>AIAA</strong>-2007-1069<br />

Aeroelastic Behavior of<br />

Inflatable Wings: Wind<br />

Tunnel <strong>and</strong> Flight<br />

Testing<br />

A. Simpson, University<br />

of Kentucky, Lexington,<br />

KY<br />

1500<br />

<strong>AIAA</strong>-2007-1070<br />

Numerical Simulation of<br />

Maneuvering Aircraft by<br />

Aerodynamic, Flight<br />

Mechanics <strong>and</strong><br />

Structural Mechanics<br />

Coupling<br />

A. Schütte, German<br />

<strong>Aerospace</strong> Center<br />

(DLR), Institute of<br />

Aerodynamics <strong>and</strong> Flow<br />

1530<br />

<strong>AIAA</strong>-2007-1071<br />

Fast Prediction of Wing<br />

Rock Limit Cycle<br />

Oscillations Based on<br />

Computational Fluid<br />

Dynamics<br />

K. Badcock, University<br />

of Liverpool, , Great<br />

Britain<br />

1600<br />

<strong>AIAA</strong>-2007-1072<br />

Analysis of Supersonic<br />

Aeroelastic Problem<br />

Based on Local Piston-<br />

Theory Method<br />

W. Zhang, Northwestern<br />

Polytechnical University,<br />

Xi'an, China (prc)<br />

1630<br />

<strong>AIAA</strong>-2007-1073<br />

Aeroservoelastic<br />

Analysis for Supersonic<br />

<strong>and</strong> Hypersonic Missiles<br />

C. Zhang, Northwestern<br />

Polytechnical University,<br />

Xi' An, China (prc)


Technology,<br />

Braunschweig, Germany<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7407.<br />

Chaired by: T. WAYMAN, Gulfstream <strong>Aerospace</strong> Corporation, Savannah, GA<br />

1330 1400 1430 1500 1530 1600 1630<br />

Chaired by: D. GROVE, Naval Air Systems Comm<strong>and</strong>, Patuxent River, MD<br />

1330 1400 1430 1500 1530 1600 1630<br />

Chaired by: D. MILLER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> G. BOTURA, Goodrich, North Canton, OH<br />

1330 1400 1430 1500


Wednesday Afternoon / 10 January 2007<br />

Session 154-APA-17 Airfoil <strong>and</strong> Wing Aerodynamics I Carson 1<br />

Chaired by: T. WAYMAN, Gulfstream <strong>Aerospace</strong> Corporation, Savannah, GA<br />

1330<br />

<strong>AIAA</strong>-2007-1074<br />

Unsteady Aerodynamics<br />

of Free- to- Roll<br />

Nonslender Delta Wings<br />

A. McClain, University of<br />

Bath, Bath, Great Britain<br />

1400<br />

<strong>AIAA</strong>-2007-1075<br />

On the Return from<br />

Aerofoil Stall during<br />

Ramp- Down Pitching<br />

Motions<br />

W. Sheng, University of<br />

Glasgow, Glasgow,<br />

Great Britain<br />

Wednesday Afternoon / 10 January 2007<br />

Session 155-APA-18 Applied CFD N-8<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1076<br />

Experimental <strong>and</strong><br />

Numerical Investigations<br />

of Unsteady<br />

Aerodynamic<br />

Derivatives for Transport<br />

Aircraft Configurations<br />

A. Hübner, German<br />

<strong>Aerospace</strong> Center<br />

(DLR), Institute of<br />

Aerodynamics <strong>and</strong> Flow<br />

Technology,<br />

Braunschweig, Germany<br />

Chaired by: D. GROVE, Naval Air Systems Comm<strong>and</strong>, Patuxent River, MD<br />

1330<br />

<strong>AIAA</strong>-2007-1082<br />

Evaluation of Grid<br />

Convergence <strong>and</strong><br />

Turbulence Model<br />

Constant Changes for<br />

the Airfoil Flow<br />

Simulation<br />

M. Rhee, Ames<br />

Research Center,<br />

Moffett Field, CA<br />

1400<br />

<strong>AIAA</strong>-2007-1083<br />

Turbulence Modeling<br />

<strong>and</strong> Supersonic Base<br />

Flows<br />

D. de Feo, Cranfield<br />

University, Cranfield,<br />

Great Britain<br />

1430<br />

<strong>AIAA</strong>-2007-1085<br />

Comparison of DES <strong>and</strong><br />

URANS for Unsteady<br />

Vortical Flows over<br />

Delta Wings<br />

L. Schiavetta, University<br />

of Glasgow, Glasgow,<br />

Great Britain<br />

1500<br />

<strong>AIAA</strong>-2007-1077<br />

Icing Effect Study for<br />

Wing/Body <strong>and</strong> High-<br />

Lift Wing Configurations<br />

W. Sang, Northwestern<br />

Polytechnical University,<br />

Xi'an, China (prc)<br />

1500<br />

<strong>AIAA</strong>-2007-1086<br />

Automatic Transition<br />

Prediction for RANS<br />

Computations Applied to<br />

a Generic High- Lift Wing<br />

T. Toulorge, Instituto<br />

Nacional de Técnica<br />

Aeroespacial (INTA),<br />

Torrejón De Ardoz<br />

(Madrid), Spain<br />

1530<br />

<strong>AIAA</strong>-2007-1079<br />

Computation of Induced<br />

Drag for 3D Wing with<br />

Volume Integral (Trefftz<br />

Plane) Technique<br />

S. Monsch, Clemson<br />

University, Clemson, SC<br />

1530<br />

<strong>AIAA</strong>-2007-1087<br />

Computational<br />

Simulation of Heavy<br />

Trucks<br />

K. Sreenivas, University<br />

of Tennessee at<br />

Chattanooga,<br />

Chattanooga, TN<br />

1600<br />

<strong>AIAA</strong>-2007-1080<br />

Irreversibility<br />

Equivalence Ratio of<br />

Micropatterned Surface<br />

Roughness for Wall Slip<br />

Flow Control<br />

G. Naterer, University of<br />

Ontario Institute of<br />

Technology, Oshawa,<br />

Canada<br />

1600<br />

<strong>AIAA</strong>-2007-1088<br />

Computational<br />

Prediction of Forces <strong>and</strong><br />

Moments for Transport<br />

Aircraft<br />

K. Sreenivas, University<br />

of Tennessee at<br />

Chattanooga,<br />

Chattanooga, TN<br />

1630<br />

<strong>AIAA</strong>-2007-1081<br />

Effect of Surface<br />

Contamination on the<br />

Performance of a<br />

Section of a Wind<br />

Turbine Blade<br />

M. Soltani, Sharif<br />

University of<br />

Technology, Tehran, Iran<br />

1630<br />

<strong>AIAA</strong>-2007-1089<br />

Simulation of the Flow<br />

Separation at the Wing-<br />

Body Junction with<br />

different Fairings<br />

C. Li, Northwestern<br />

Polytechnical University,<br />

Xi'an, China (prc)<br />

Session 156-ASE-11 Experimental Icing Research Crystal 1<br />

Chaired by: D. MILLER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> G. BOTURA, Goodrich, North Canton, OH<br />

1330<br />

<strong>AIAA</strong>-2007-1090<br />

Residual <strong>and</strong> Inter- cycle<br />

Ice for Lower- Speed<br />

Aircraft with Pneumatic<br />

Boots<br />

P. Pellicano, FAA<br />

Atlanta Certification<br />

Office, Atlanta, GA<br />

1400<br />

<strong>AIAA</strong>-2007-1091<br />

Spray Rig Design for<br />

Airborne Icing Tankers<br />

S. Wong, Wichita State<br />

University, Wichita, KS<br />

1430<br />

<strong>AIAA</strong>-2007-1092<br />

Calibration of the CIRA<br />

IWT in the Low Speed<br />

Configuration<br />

M. Bellucci, C.I.R.A.<br />

S.c.p.A.- Centro Italiano<br />

Ricerche Aerospaziali,<br />

Via Maiorise Capue<br />

(CE), Italy<br />

1500<br />

<strong>AIAA</strong>-2007-1094<br />

Application of PDPA<br />

System with Different<br />

Optical Configuration to<br />

the IWT Calibration<br />

B. Esposito, C.I.R.A.<br />

S.c.p.A.- Centro Italiano<br />

Ricerche Aerospaziali,<br />

Via Maiorise Capue


(CE), Italy<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7293.<br />

Chaired by: J. MINOW <strong>and</strong> D. FERGUSON, NASA Marshall Space Flight Center, Huntsville, AL<br />

1330 1400 1430 1500 1530<br />

Chaired by: W. VAUGHAN, University of Alabama in Huntsville, Huntsville, AL, <strong>and</strong> R. DECKER, NASA Marshall Space Flight Center, Huntsville, AL<br />

1330 1400 1430 1500<br />

Chaired by: C. LI, Aerojet, Folsom, CA<br />

1330 1400 1430 1500 1530 1600 1630 1700


Wednesday Afternoon / 10 January 2007<br />

Session 157-ASE-12 Space Environments <strong>and</strong> Effects Program Products II Crystal 2<br />

Chaired by: J. MINOW <strong>and</strong> D. FERGUSON, NASA Marshall Space Flight Center, Huntsville, AL<br />

1330<br />

<strong>AIAA</strong>-2007-1095<br />

Spacecraft Charging in<br />

Low Temperature<br />

Environments<br />

J. Minow, NASA<br />

Marshall Space Flight<br />

Center, Huntsville, AL<br />

1400<br />

<strong>AIAA</strong>-2007-1096<br />

NASCAP- 2K<br />

Spacecraft- Plasma<br />

Environment<br />

Interactions Modeling:<br />

New Capabilities <strong>and</strong><br />

Verification<br />

V. Davis, Science<br />

Applications<br />

International<br />

Corporation, San Diego,<br />

CA<br />

Wednesday Afternoon / 10 January 2007<br />

Session 158-ASE-13 Weather Concerns for <strong>Aerospace</strong> Operations Shasta 1<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1097<br />

Electric Propulsion<br />

Interactions Code<br />

(EPIC): Recent<br />

Enhancements <strong>and</strong><br />

Goals for Future<br />

Capabilities<br />

D. Ferguson, NASA<br />

Marshall Space Flight<br />

Center, Huntsville, AL<br />

1500<br />

<strong>AIAA</strong>-2007-1098<br />

Triggering Threshold<br />

Spacecraft Charging<br />

with Changes in Electron<br />

Emission from Materials<br />

J. Dennison, Utah State<br />

University, Logan, UT<br />

1530<br />

<strong>AIAA</strong>-2007-1099<br />

The Empirical Low<br />

Enegry Ion Flux Model<br />

for the Terrestrial<br />

Magnetospehere<br />

W. Blackwell, Marshall<br />

Space Flight Center<br />

Group, Huntsville, AL<br />

Chaired by: W. VAUGHAN, University of Alabama in Huntsville, Huntsville, AL, <strong>and</strong> R. DECKER, NASA Marshall Space Flight Center, Huntsville, AL<br />

1330<br />

<strong>AIAA</strong>-2007-1100<br />

Impact to Space Shuttle<br />

Trajectory on Day of<br />

Launch from change in<br />

Low Frequency Winds<br />

R. Decker, NASA<br />

Marshall Space Flight<br />

Center, Huntsville , AL<br />

1400<br />

<strong>AIAA</strong>-2007-1101<br />

Uncertainty Analysis of<br />

Historical Hurricane Data<br />

L. Green, NASA Langley<br />

Research Center,<br />

Hampton, VA<br />

1430<br />

<strong>AIAA</strong>-2007-1104<br />

Space Weather<br />

Nowcasting of<br />

Atmospheric Ionizing<br />

Radiation for Aviation<br />

Safety<br />

C. Mertens, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1500<br />

<strong>AIAA</strong>-2007-1105<br />

Next- Generation<br />

Spaceborne Precipitation<br />

Radar Instrument<br />

Concepts <strong>and</strong><br />

Technologies<br />

E. Im, Jet Propulsion<br />

Laboratory, Pasadena,<br />

CA<br />

Session 159-CS-1 Computational Simulations <strong>and</strong> Computer Systems for <strong>Aerospace</strong> Applications Crystal 5<br />

Chaired by: C. LI, Aerojet, Folsom, CA<br />

1330<br />

<strong>AIAA</strong>-2007-1106<br />

foamDSMC: An Object<br />

Oriented Parallel<br />

DSMC Solver for<br />

Rarefied Flow<br />

Applications<br />

J. Allen, Utah State<br />

University, Logan, UT<br />

1400<br />

<strong>AIAA</strong>-2007-1107<br />

Timings of an<br />

Unstructured- Grid CFD<br />

Code on Common<br />

Hardware Platforms<br />

<strong>and</strong> Compilers<br />

F. Camelli, George<br />

Mason University,<br />

Fairfax, VA<br />

1430<br />

<strong>AIAA</strong>-2007-1108<br />

Performance<br />

Characteristics of an<br />

Unstructured CFD<br />

Solver on PC- Clusters<br />

M. Sillén, Saab<br />

<strong>Aerospace</strong>, Linkoping,<br />

Sweden<br />

1500<br />

<strong>AIAA</strong>-2007-1109<br />

Parallelization <strong>and</strong><br />

Performance<br />

Optimization of<br />

Bombardier Multiblock<br />

Structured Navier-<br />

Stokes Solver on IBM<br />

Eserver Cluster 1600<br />

K. Sermeus,<br />

Bombardier <strong>Aerospace</strong>,<br />

Montreal, Canada<br />

1530<br />

<strong>AIAA</strong>-2007-1110<br />

Performance Evaluation<br />

of Cache Optimized<br />

CFD Codes Applied to<br />

Complex Flow<br />

Applications<br />

S. Gupta, University of<br />

Kentucky, Lexington, KY<br />

1600<br />

<strong>AIAA</strong>-2007-1111<br />

Single Processor<br />

Optimization of<br />

OVERFLOW<br />

T. Hauser, Utah State<br />

University, Logan, UT<br />

1630<br />

<strong>AIAA</strong>-2007-1112<br />

JUSTGrid A Pure Java<br />

HPCC Grid Architecture for<br />

Multi- Physics Solvers<br />

Performance <strong>and</strong> efficiency<br />

results from various Java<br />

solvers.<br />

T. Ludewig, University of<br />

Applied <strong>Sciences</strong><br />

Braunschweig/Wolfenbüttel,<br />

Wolfenbüttel, Germany<br />

1700<br />

<strong>AIAA</strong>-2007-1103<br />

Anywhere – Anytime:<br />

Enhancing Battlespace<br />

Vertical Mobility<br />

C. Ryerson, U.S. Army<br />

Corps of Engineers,<br />

Hanover, NH


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7359.<br />

Chaired by: K. SQUIRES, Arizona State University, Tempe, AZ, <strong>and</strong> A. CAIN, Innovative Technology Applications Company, LLC, Chesterfield, MO<br />

1330 1400 1430 1500 1530<br />

Chaired by: K. ZAMAN, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> P. ORKWIS, University of Cincinnati, Cincinnati, OH<br />

1330 1400 1430 1500 1530 1600 1630<br />

Chaired by: V. BURNLEY, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> G. POWER, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

1330 1400 1430 1500 1530 1600 1630 1700


Wednesday Afternoon / 10 January 2007<br />

Session 160-FD-29 CFD Hybrid RANS/LES Methods <strong>and</strong> Application N-6<br />

Chaired by: K. SQUIRES, Arizona State University, Tempe, AZ, <strong>and</strong> A. CAIN, Innovative Technology Applications Company, LLC, Chesterfield, MO<br />

1330<br />

<strong>AIAA</strong>-2007-1115<br />

Grid Sensitivity of<br />

Detached Eddy<br />

Simulation of a Mach 16<br />

Re- Entry Configuration<br />

K. Sinha, Indian Institute<br />

of Technology, Bombay,<br />

India<br />

1400<br />

<strong>AIAA</strong>-2007-1117<br />

Integrated RANS/LES<br />

Computations of an<br />

Entire Gas Turbine Jet<br />

Engine<br />

G. Medic, Stanford<br />

University, Stanford, CA<br />

Wednesday Afternoon / 10 January 2007<br />

Session 161-FD-30 Flow Control Applications Carson 4<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1118<br />

Large- eddy simulation<br />

of flow over a swept<br />

wing with approximate<br />

near- wall modeling<br />

N. Li, Imperial College,<br />

London, Great Britain<br />

1500<br />

<strong>AIAA</strong>-2007-1456<br />

Numerical Simulation of<br />

Sidewall Effects on the<br />

Acoustic Field in<br />

Transonic Cavity<br />

Z. Li, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

1530<br />

<strong>AIAA</strong>-2007-1457<br />

Effect of Reynolds<br />

Number on Detached<br />

Eddy Simulation of<br />

Hypersonic Base Flows<br />

K. Sinha, Indian Institute<br />

of Technology Bombay,<br />

Bombay, India<br />

Chaired by: K. ZAMAN, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> P. ORKWIS, University of Cincinnati, Cincinnati, OH<br />

1330<br />

<strong>AIAA</strong>-2007-1119<br />

Active Flow Control for<br />

High Lift Airfoils:<br />

Separation Versus<br />

Circulation Control<br />

H. Nagib, Illinois Institute<br />

of Technology, Chicago,<br />

IL<br />

1400<br />

<strong>AIAA</strong>-2007-1120<br />

Active Flow Control for<br />

High Lift Airfoils:<br />

Dynamic Flap Actuation<br />

J. Kiedaisch, Illinois<br />

Institute of Technology,<br />

Chicago, IL<br />

1430<br />

<strong>AIAA</strong>-2007-1121<br />

Control of the Spanwise<br />

Distribution of<br />

Circulation on NACA<br />

0012 <strong>and</strong> Flat Plate<br />

Wings<br />

D. Williams, Illinois<br />

Institute of Technology,<br />

Chicago, IL<br />

1500<br />

<strong>AIAA</strong>-2007-1122<br />

Vortex Topology of Wing<br />

Tip Blowing<br />

P. Margaris, University<br />

of Bath, Bath, Great<br />

Britain<br />

1530<br />

<strong>AIAA</strong>-2007-1123<br />

Experiments on<br />

Interaction of a Jet with<br />

a Trailing Vortex<br />

P. Margaris, University<br />

of Bath, Bath, Great<br />

Britain<br />

1600<br />

<strong>AIAA</strong>-2007-1125<br />

Reduced Order Model<br />

for Feedback Control of<br />

Cavity Flow - the Effects<br />

of Control Input<br />

Separation<br />

E. Caraballo, The Ohio<br />

State University,<br />

Columbus, OH<br />

Session 162-FD-31 General CFD Crystal 4<br />

Chaired by: V. BURNLEY, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> G. POWER, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

1330<br />

<strong>AIAA</strong>-2007-1127<br />

Quantifying Non-<br />

Equilibrium using<br />

Entropy Generation<br />

R. Carr, Air Force<br />

Institute of Technology,<br />

Wright-Patterson AFB,<br />

OH<br />

1400<br />

<strong>AIAA</strong>-2007-1128<br />

A General Framework<br />

for the Optimal Control<br />

of Unsteady Flows with<br />

Applications<br />

M. Rumpfkeil, University<br />

of Toronto Institute for<br />

<strong>Aerospace</strong> Studies,<br />

Toronto, Canada<br />

1430<br />

<strong>AIAA</strong>-2007-1129<br />

Optimal Design of<br />

Airfoils Using NURBS<br />

<strong>and</strong> a Continuous<br />

Sensitivity Equation<br />

Method<br />

J. Cori, Ecole<br />

Polytechnique de<br />

Montréal, Montréal,<br />

Canada<br />

1500<br />

<strong>AIAA</strong>-2007-1130<br />

Utilizing CFD- Based<br />

Exergy Calculations in<br />

the Design/Optimization<br />

of a Complete Aircraft<br />

System<br />

K. Alabi, Thaerocomp<br />

Technical Corp., Stony<br />

Brook, NY<br />

1530<br />

<strong>AIAA</strong>-2007-1131<br />

RANS Simulation of a<br />

Synthetic Jet in<br />

Quiescent Air<br />

S. Park, Konkuk<br />

University, Seoul, South<br />

Korea<br />

1600<br />

<strong>AIAA</strong>-2007-1132<br />

Toward a General<br />

Solution Verification<br />

Method for Complex<br />

PDE Problem with<br />

H<strong>and</strong>s Off Coding<br />

M. Garbey, University of<br />

Houston, Houston, TX<br />

1630<br />

<strong>AIAA</strong>-2007-1126<br />

Three- Dimensional<br />

Linear Stability Analysis<br />

of Cavity Flows<br />

G. Brès, California<br />

Institute of Technology,<br />

Pasadena, CA<br />

1630<br />

<strong>AIAA</strong>-2007-1133<br />

Comparison of Body-<br />

Fitted, Embedded <strong>and</strong><br />

Immersed 3- D Euler<br />

Predictions for Blast<br />

Loads on Columns<br />

R. Lohner, George<br />

Mason University,<br />

Fairfax, VA<br />

1700<br />

<strong>AIAA</strong>-2007-1134<br />

Effects of R<strong>and</strong>om<br />

Roughness <strong>and</strong><br />

Scattering of Shock<br />

Waves<br />

G. Lin, Brown<br />

University, Providence,<br />

RI<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7442.


Wednesday Afternoon / 10 January 2007<br />

Session 163-FD-32 High Speed Flows <strong>and</strong> Boundary Layer Interactions N-3<br />

Chaired by: T. HORVATH <strong>and</strong> S. BERRY, NASA Langley Research Center, Hampton, VA<br />

1330<br />

<strong>AIAA</strong>-2007-1136<br />

Analysis of Shock<br />

Motion in STBLI Induced<br />

by a Compression<br />

Ramp Configuration<br />

Using DNS Data<br />

M. Wu, Princeton<br />

University, Princeton, NJ<br />

1400<br />

<strong>AIAA</strong>-2007-1137<br />

Planar Measurements of<br />

Supersonic Boundary<br />

Layers with Curvature<br />

Driven Pressure<br />

Gradients<br />

I. Ekoto, Texas A&M<br />

University, College<br />

Station, TX<br />

Wednesday Afternoon / 10 January 2007<br />

Session 164-FD-33 Instruction in Experimental Methods N-5<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1138<br />

Coherent Structures in<br />

DNS of Turbulent<br />

Boundary Layers at<br />

Mach 3<br />

M. Ringuette, Princeton<br />

University, Princeton, NJ<br />

1500<br />

<strong>AIAA</strong>-2007-1139<br />

Experimental Studies of<br />

Transitional Boundary<br />

Layer Shock Wave<br />

Interactions<br />

Z. Murphree, University<br />

of Texas at Austin,<br />

Austin, TX<br />

1530<br />

<strong>AIAA</strong>-2007-1140<br />

An Experimental Study<br />

of Unsteady Separated<br />

Shock Wave / Boundary<br />

Layer Interactions<br />

P. Bruce, University of<br />

Cambridge, Cambridge,<br />

Great Britain<br />

Chaired by: D. BRIDGES, Mississippi State University, Mississippi State, MS, <strong>and</strong> J. JACOB, Oklahoma State University, Stillwater, OK<br />

1600<br />

<strong>AIAA</strong>-2007-1141<br />

Effects of Upstream<br />

Coherent Structures on<br />

Low- Frequency Motion<br />

of Shock- Induced<br />

Turbulent Separation<br />

B. Ganapathisubramani,<br />

University of Texas at<br />

Austin, Austin, TX<br />

1630<br />

<strong>AIAA</strong>-2007-1142<br />

Response of a<br />

Supersonic Turbulent<br />

Boundary Layer to<br />

Periodic Surface<br />

Roughness<br />

I. Ekoto, Texas A&M<br />

University, College<br />

Station, TX<br />

Session 165-GPSE-7 Gravity Dependent / Low-Gravity Processes <strong>and</strong> Technologies N-4<br />

Chaired by: R. SCHLAGHECK, NASA Marshall Space Flight Center, Huntsville, AL, <strong>and</strong> S. TSE, Rutgers University, Piscataway, NJ<br />

1330<br />

<strong>AIAA</strong>-2007-1150<br />

Formation <strong>and</strong> Growth<br />

of Micro <strong>and</strong> Macro<br />

Bubbles on Copper-<br />

Graphite Composite<br />

Surfaces<br />

D. Chao, NASA Glenn<br />

Research Center at<br />

Lewis Field, Clevel<strong>and</strong>,<br />

OH<br />

1400<br />

<strong>AIAA</strong>-2007-1151<br />

Fluid Merging Viscosity<br />

Measurement (FMVM)<br />

Experiment on the<br />

International Space<br />

Station<br />

B. Antar, The University<br />

of Tennessee Space<br />

Institute, Tullahoma, TN<br />

1430<br />

<strong>AIAA</strong>-2007-1152<br />

Microgravity Phase<br />

Separation Near the<br />

Critical Point in<br />

Attractive Colloids<br />

P. Lu, Harvard<br />

University, Cambridge,<br />

MA<br />

1500<br />

<strong>AIAA</strong>-2007-1153<br />

Lunar Dust<br />

Characterization for<br />

Exploration Life Support<br />

Systems<br />

J. Agui, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1530<br />

<strong>AIAA</strong>-2007-1154<br />

Electron Beam Freeform<br />

Fabrication in the Space<br />

Environment<br />

R. Hafley, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1600<br />

<strong>AIAA</strong>-2007-1156<br />

Direction- Controlled<br />

Artificial Gravity for<br />

Space Exploration<br />

B. Benjamin, University<br />

of Kansas, Lawrence, KS<br />

1630<br />

<strong>AIAA</strong>-2007-0743<br />

Droplet Entrainment in<br />

Two- Phase Flow Under<br />

Reduced Gravity<br />

V. Naoumov, University<br />

of Tennessee, Knoxville,<br />

TN<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7469.<br />

Chaired by: K. KONTIS, University of Manchester, Manchester, Great Britain, <strong>and</strong> R. KAMYKOWSKI, Arnold Engineering Development Center, Arnold AFB, TN<br />

1330 1400 1430


Wednesday Afternoon / 10 January 2007<br />

Session 166-GT-6 Arc Jet <strong>and</strong> High Enthalpy Testing <strong>and</strong> Technology Whitney<br />

Chaired by: K. KONTIS, University of Manchester, Manchester, Great Britain, <strong>and</strong> R. KAMYKOWSKI, Arnold Engineering Development Center, Arnold AFB, TN<br />

1330<br />

<strong>AIAA</strong>-2007-1157<br />

Development <strong>and</strong><br />

Fabrication of 6- cm Arc<br />

Jet Segments<br />

T. Risch, Sierra Lobo,<br />

Inc., Moffett Field, CA<br />

1400<br />

<strong>AIAA</strong>-2007-1158<br />

Photogrammetric<br />

Recession Measurement<br />

of Ablative Materials<br />

During Arc- Jet Testing<br />

E. Schairer, NASA Ames<br />

Research Center, Moffett<br />

Field, CA<br />

Wednesday Afternoon / 10 January 2007<br />

Session 167-GT-7 Measurements of Wind Tunnel Model Deformation (Invited) Sierra 2<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1160<br />

High Enthalpy Flow<br />

Generation by 2 kW<br />

Class CW Laser<br />

M. Matsui, University of<br />

Tokyo, Tokyo, Japan<br />

Chaired by: J. KEGELMAN, NASA Langley Research Center, Hampton, VA, <strong>and</strong> T. BRESSLER, The Boeing Company, Seattle, WA<br />

1330<br />

<strong>AIAA</strong>-2007-1162<br />

Angle Measurement<br />

System (AMS) for<br />

Establishing Model Pitch<br />

<strong>and</strong> Roll Zero, <strong>and</strong><br />

Performing Single Axis<br />

Angle Comparisons<br />

B. Crawford, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1400<br />

<strong>AIAA</strong>-2007-1163<br />

Videogrammetric Model<br />

Deformation<br />

Measurement Technique<br />

for Wind Tunnel<br />

Applications<br />

D. Barrows, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

Session 168-IS-3 Optimal Design Using Intelligent System Technologies Cascade 1<br />

Chaired by: E. ATKINS, University of Maryl<strong>and</strong>, Glenwood, MD<br />

1330<br />

<strong>AIAA</strong>-2007-1165<br />

General Regression<br />

Neural Network<br />

Application to Axial<br />

Compressor<br />

Performance Map<br />

K. Ghorbanian, Sharif<br />

University of<br />

Technology, Tehran, Iran<br />

1400<br />

<strong>AIAA</strong>-2007-1166<br />

Neural Network<br />

Estimation of Transient<br />

Flow Fields Using<br />

Double Proper<br />

Orthogonal<br />

Decomposition<br />

Y. Shin, U.S. Air Force<br />

Academy, Colorado<br />

Springs, CO<br />

1430<br />

<strong>AIAA</strong>-2007-1164<br />

A Photogrammetric<br />

System for Model<br />

Attitude Measurement in<br />

Hypersonce Wind<br />

Tunnels<br />

T. Jones, NASA Langley<br />

Research Center,<br />

Hampton, VA<br />

1430<br />

<strong>AIAA</strong>-2007-1169<br />

Multi- Objective Robust<br />

Design Optimisation<br />

Using Hierarchical<br />

Asynchronous Parallel<br />

Asynchronous<br />

Evolutionary Algorithms<br />

D. Lee, University of<br />

Sydney, Sydney,<br />

Australia<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7411.


Chaired by: J. AUSTIN, University of Illinois at Urbana-Champaign, Urbana, IL, <strong>and</strong> J. SINIBALDI, Naval Postgraduate School, Monterey, CA<br />

1330 1400 1430 1500 1530 1600 1630 1700<br />

Chaired by: O. HAIDN, DLR, German <strong>Aerospace</strong> Research Center, Lampoldshausen, Germany, <strong>and</strong> C. CARTER, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1330 1400 1430 1500 1530<br />

Chaired by: D. CARROLL, CU <strong>Aerospace</strong>, Champaign, IL<br />

1330 1400 1430 1500 1530


Wednesday Afternoon / 10 January 2007<br />

Session 169-PC-12 Pulse Detonation Engines II Teton 1<br />

Chaired by: J. AUSTIN, University of Illinois at Urbana-Champaign, Urbana, IL, <strong>and</strong> J. SINIBALDI, Naval Postgraduate School, Monterey, CA<br />

1330<br />

<strong>AIAA</strong>-2007-1170<br />

Numerical Simulation of<br />

H2/Air Detonation Wave<br />

Around Obstacles Using<br />

Detailed Reaction<br />

Models<br />

F. Togashi, George<br />

Mason University,<br />

Fairfax, VA<br />

1400<br />

<strong>AIAA</strong>-2007-1171<br />

Wave Structure <strong>and</strong><br />

Unsteadiness of<br />

Stabilized Oblique<br />

Detonation Waves<br />

Around Hypersonic<br />

Projectile<br />

Y. Daimon, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Sagamihara,<br />

Japan<br />

Wednesday Afternoon / 10 January 2007<br />

Session 170-PC-13 Sprays <strong>and</strong> Spray Combustion Teton 2<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1172<br />

Deflagration- to-<br />

Detonation Transition in<br />

Premixed H2- Air in<br />

Channels with Obstacles<br />

V. Gamezo, U.S. Naval<br />

Research Laboratory,<br />

Washington, DC<br />

1500<br />

<strong>AIAA</strong>-2007-1173<br />

Investigations of Two-<br />

Phase Detonations for<br />

Performance<br />

Estimations of a Pulsed<br />

Detonation Engine<br />

V. Tangirala, GE Global<br />

Research Center,<br />

Niskayuna, NY<br />

1530<br />

<strong>AIAA</strong>-2007-1174<br />

Effect of a Rifle- Type<br />

Obstacle on DDT in PDE<br />

H. Adachi, Aoyama<br />

Gakuin University,<br />

Kanagawa, Japan<br />

1600<br />

<strong>AIAA</strong>-2007-1175<br />

A CFD Analysis of<br />

Wave Interaction in a<br />

Multi- Tube PDE<br />

M. Hishida, Nagoya<br />

University, Nagoya,<br />

Japan<br />

1630<br />

<strong>AIAA</strong>-2007-1176<br />

Aerodynamic Effect of<br />

Turbine Blade Geometry<br />

in Pulse Detonation<br />

Combustor<br />

A. Nango, Tokyo<br />

University of Science,<br />

Tokyo, Japan<br />

Chaired by: O. HAIDN, DLR, German <strong>Aerospace</strong> Research Center, Lampoldshausen, Germany, <strong>and</strong> C. CARTER, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1330<br />

<strong>AIAA</strong>-2007-1178<br />

Cavitation in an Orifice<br />

Flow<br />

S. Dabiri, University of<br />

California, Irvine , Irvine,<br />

CA<br />

1400<br />

<strong>AIAA</strong>-2007-1179<br />

Measurements of Spray<br />

Characteristics in<br />

Preheated Crossflowing<br />

Air<br />

Y. Gopala, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

1430<br />

<strong>AIAA</strong>-2007-1180<br />

A Model of Organic Gel<br />

Spray Diffusion Flames<br />

with Droplet Drag<br />

J. Greenberg,<br />

Technion—Israel<br />

Institute of Technology,<br />

Haifa, Israel<br />

1500<br />

1530<br />

<strong>AIAA</strong>-2007-1181 <strong>AIAA</strong>-2007-1182<br />

Effect of Droplet Initial Imaging Flashing<br />

Diameter on Droplet Injection of Acetone at<br />

Vaporization Regimes Jet Engine Augmentor<br />

for Kerosene Fuel Droplet Conditions<br />

Q. Khan, Korea<br />

Advanced Institute of<br />

Science <strong>and</strong><br />

Technology, Daejeon,<br />

South Korea<br />

K. Lucas, Purdue<br />

University, West<br />

Lafayette, IN<br />

1700<br />

<strong>AIAA</strong>-2007-1177<br />

Three- Dimensional<br />

Numerical Simulation for<br />

Detonation Waves<br />

Using WENO Schemes<br />

H. Dou, National<br />

University of Singapore,<br />

Singapore, Singapore<br />

Session 171-PDL-8 Laser Applications N-7<br />

Chaired by: D. CARROLL, CU <strong>Aerospace</strong>, Champaign, IL<br />

1330<br />

<strong>AIAA</strong>-2007-1185<br />

Laser- Ablative<br />

Propulsion Using<br />

Polyacetal at Low<br />

Ambient Pressures<br />

A. Sasoh, Nagoya<br />

University, Nagoya,<br />

Japan<br />

1400<br />

<strong>AIAA</strong>-2007-1186<br />

Spectroscopic<br />

Lineshape Prediction<br />

Using 3- D, Time<br />

Dependent Simulation of<br />

Chemical Oxygen-<br />

Iodine Laser (COIL)<br />

Flowfields<br />

T. Madden, U.S. Air<br />

Force Research<br />

Laboratory, Kirtl<strong>and</strong><br />

1430<br />

<strong>AIAA</strong>-2007-1187<br />

Impulse Generation by<br />

Nd:YAG Laser Ablation<br />

of Aluminum<br />

K. Mori, Nagoya<br />

University, Nagoya,<br />

Japan<br />

1500<br />

<strong>AIAA</strong>-2007-1189<br />

LSD Termination<br />

Conditions <strong>and</strong> Post-<br />

Shock Electron Density<br />

A. Fukui, University of<br />

Tokyo, Chiba, Japan<br />

1530<br />

<strong>AIAA</strong>-2007-1191<br />

Continuous Wave<br />

Operation of a Non-<br />

Self- Sustained Electric<br />

Disharge Pumped<br />

Owygen- Iodine Laser<br />

A. Hicks, Ohio State<br />

University, Columbus,<br />

OH


AFB, NM<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7373.<br />

Chaired by: J. EILER, Stellar Solutions, Littleton, CO<br />

1330 1400 1430<br />

Chaired by: P. DEBARBER, Ball <strong>Aerospace</strong> <strong>and</strong> Technologies Corporation, Boulder, CO, <strong>and</strong> G. ADAMOVSKY, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

1330 1400 1430 1500 1530 1600 1630<br />

Chaired by: T. ABE, Japan <strong>Aerospace</strong> Exploration Agency, Sagamihara, Japan, <strong>and</strong> G. BEITEL, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

1330 1400 1430 1500 1530 1600


Wednesday Afternoon / 10 January 2007<br />

Session 172-SE-2 Systems Engineering II Shasta 2<br />

Chaired by: J. EILER, Stellar Solutions, Littleton, CO<br />

1330<br />

<strong>AIAA</strong>-2007-1192<br />

Systems Engineering,<br />

System Architecting, <strong>and</strong><br />

Enterprise Architecting -<br />

- What's the Difference?<br />

C. Farrell, The Tauri<br />

Group, Alex<strong>and</strong>ria, VA<br />

1400<br />

<strong>AIAA</strong>-2007-1194<br />

Concept Selection Using<br />

an Interactive<br />

Reconfigurable Matrix of<br />

Alternatives (IRMA)<br />

W. Engler, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

Wednesday Afternoon / 10 January 2007<br />

Session 173-SS-1 Sensor Technology for <strong>Aerospace</strong> Systems Cascade 2<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1195<br />

Cross Cutting Structural<br />

Design for Exploration<br />

Systems<br />

E. Semmes, NASA<br />

Marshall Space Flight<br />

Center, Marshall Space<br />

Flight Center, AL<br />

Chaired by: P. DEBARBER, Ball <strong>Aerospace</strong> <strong>and</strong> Technologies Corporation, Boulder, CO, <strong>and</strong> G. ADAMOVSKY, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

1330<br />

<strong>AIAA</strong>-2007-1198<br />

Radio Frequency Mass<br />

Gauging of Propellants<br />

G. Zimmerli, NASA<br />

Glenn Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1400<br />

<strong>AIAA</strong>-2007-1199<br />

Investigation of a Micro-<br />

Optical Species<br />

Concentration Sensor<br />

Based on Whispering<br />

Galley Mode Resonators<br />

N. Das, Polytechnic<br />

University, Brooklyn, NY<br />

1430<br />

<strong>AIAA</strong>-2007-1200<br />

Reentry Air Data for a<br />

Sub- orbital Spacecraft<br />

Based on X- 34 Design<br />

J. Ellsworth, Utah State<br />

University, Logan, UT<br />

1500<br />

<strong>AIAA</strong>-2007-1202<br />

Effects of Optical<br />

Artifacts in a Laser-<br />

Based Spacecraft<br />

Navigation Sensor<br />

J. LeCroy, The Boeing<br />

Company, Huntsville, AL<br />

1530<br />

<strong>AIAA</strong>-2007-1203<br />

Guidance <strong>and</strong> Control of<br />

Artillery Projectiles with<br />

Magnetic Sensors<br />

P. Rouger, Giat<br />

Industries, Bourges,<br />

France<br />

Session 174-TP-13 Heating in Re-Entry Flows Ruby 2<br />

Chaired by: T. ABE, Japan <strong>Aerospace</strong> Exploration Agency, Sagamihara, Japan, <strong>and</strong> G. BEITEL, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

1330<br />

<strong>AIAA</strong>-2007-1206<br />

Aerothermodynamic<br />

Environments Definition<br />

for the Mars Science<br />

Laboratory Entry Capsule<br />

K. Edquist, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1400<br />

<strong>AIAA</strong>-2007-1207<br />

Analysis of the Forebody<br />

Aeroheating<br />

Environment during<br />

Genesis Sample Return<br />

Capsule Reentry<br />

C. Tang, ELORET<br />

Corporation, Moffett<br />

Field, CA<br />

1430<br />

<strong>AIAA</strong>-2007-1208<br />

Turbulent Aeroheating<br />

Testing of Mars Science<br />

Laboratory Entry Vehicle<br />

in Perfect- Gas Nitrogen<br />

B. Hollis, NASA Langley<br />

Research Center,<br />

Hampton, VA<br />

1500<br />

<strong>AIAA</strong>-2007-1209<br />

Application of the<br />

Transpiration Cooling<br />

Method for Reentry<br />

Vehicles<br />

H. Otsu, Shizuoka<br />

University, Hamamatsu,<br />

Japan<br />

1530<br />

<strong>AIAA</strong>-2007-1210<br />

Ablation Modeling of<br />

Electro- Magnetic<br />

Launched Projectile for<br />

Access to Space<br />

R. Gosse, University of<br />

Minnesota, Minneapolis,<br />

MN<br />

1600<br />

<strong>AIAA</strong>-2007-1204<br />

Three Model IMM- EKF<br />

for Tracking Targets<br />

Executing Evasive<br />

Maneuvers<br />

V. Naidu, National<br />

<strong>Aerospace</strong> Laboratories,<br />

Bangalore, India<br />

1600<br />

<strong>AIAA</strong>-2007-1211<br />

Catalytic Effects on Non-<br />

Equilibrium<br />

Aerothermodynamics of<br />

a Reentry Vehicle<br />

A. Viviani, Seconda<br />

Università di Napoli,<br />

Dipartimento di<br />

Ingegneria Aerospaziale<br />

e Meccanica, Aversa,<br />

Italy<br />

1630<br />

<strong>AIAA</strong>-2007-1205<br />

Target Interception by<br />

UAVs in a Sensor<br />

Network<br />

T. Lewis, University of<br />

Texas at Arlington,<br />

Arlington, TX<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7422.


Wednesday Afternoon / 10 January 2007<br />

Session 175-TP-14 Thermal Management in <strong>Aerospace</strong> Systems Ruby 1<br />

Chaired by: C. GERHART, U.S. Air Force Research Laboratory, Albuquerque, NM, <strong>and</strong> M. PAUKEN, Jet Propulsion Laboratory, California Institute of Technology, Pasadena, CA<br />

1330<br />

<strong>AIAA</strong>-2007-1212<br />

Unrealised Thermal<br />

Control Issues Important<br />

for Future Spacecraft<br />

Thermal Control<br />

Systems Design<br />

A. Delil, Advanced<br />

<strong>Aerospace</strong> Thermal<br />

Control Systems,<br />

Emmeloord, The<br />

Netherl<strong>and</strong>s<br />

1400<br />

<strong>AIAA</strong>-2007-1213<br />

Start- Up Behavior of a<br />

Miniature Loop Heat<br />

Pipe with Multiple<br />

Evaporators <strong>and</strong><br />

Multiple Condensers<br />

H. Nagano, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Sagamihara,<br />

Japan<br />

Wednesday Afternoon / 10 January 2007<br />

Session 176-WE-6 Inflow: Loads <strong>and</strong> Resource McKinley<br />

Wednesday Afternoon / 10 January 2007<br />

1430<br />

<strong>AIAA</strong>-2007-1214<br />

Probabilistic Thermal<br />

Analysis During Mars<br />

Reconnaissance Orbiter<br />

Aerobraking<br />

J. Dec, NASA Langley<br />

Research Center,<br />

Hampton, VA<br />

Chaired by: P. VEERS, S<strong>and</strong>ia National Laboratories, Albuquerque, NM<br />

1330<br />

<strong>AIAA</strong>-2007-1221<br />

Statistical Extrapolation<br />

Methods for Estimating<br />

Wind Turbine Extreme<br />

Loads<br />

P. Ragan, University of<br />

Texas, Austin, TX<br />

1400<br />

<strong>AIAA</strong>-2007-1222<br />

Uncertainty Analysis in<br />

Wind Resource<br />

Assessment <strong>and</strong> Wind<br />

Energy Production<br />

Estimation<br />

M. Lackner, University of<br />

Massachusetts,<br />

Amherst, MA<br />

1430<br />

<strong>AIAA</strong>-2007-1223<br />

Estimation of Wind<br />

Turbine Fatigue Loads<br />

using Time- Domain <strong>and</strong><br />

Spectral Methods<br />

P. Ragan, University of<br />

Texas at Austin, Austin,<br />

TX<br />

1500<br />

<strong>AIAA</strong>-2007-1215<br />

Experimental<br />

Investigation of a<br />

Passive<br />

Deployable/Stowable<br />

Radiator<br />

H. Nagano, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency , Sagamihara,<br />

Japan<br />

1500<br />

<strong>AIAA</strong>-2007-1224<br />

Tall Tower Wind Shear<br />

Observations in the<br />

Stable Nocturnal<br />

Boundary Layer<br />

K. Walter, Texas Tech<br />

University, Lubbock, TX<br />

1530<br />

<strong>AIAA</strong>-2007-1216<br />

Performance Predictions<br />

of a Blade Twist<br />

Actuator System<br />

N. Caldwell, University<br />

of Cincinnati, Cincinnati,<br />

OH<br />

1530<br />

<strong>AIAA</strong>-2007-1226<br />

Addressing Ground<br />

Clutter Corruption of<br />

Sodar Measurements<br />

A. Rogers, University of<br />

Massachusetts,<br />

Amherst, MA<br />

1600<br />

<strong>AIAA</strong>-2007-1217<br />

Thermal Control of an<br />

Airborne Electronics Bay<br />

M. Engelhardt, BAE<br />

Systems, Greenlawn, NY<br />

1600<br />

<strong>AIAA</strong>-2007-1227<br />

On the Joint Wind-<br />

Wave Environment <strong>and</strong><br />

its Influence on Offshore<br />

Wind Turbine Loads<br />

P. Agarwal, University of<br />

Texas, Austin, TX<br />

1630<br />

<strong>AIAA</strong>-2007-1218<br />

Thermal Analysis on<br />

Cryogenic Liquid<br />

Hydrogen Tank on an<br />

Unmanned Aerial<br />

Vehicle System<br />

X. Wang, NASA Glenn<br />

Research Center,<br />

Clevel<strong>and</strong>, OH<br />

Session 177-WIG/PDL-6 Aerodynamics II: Energy Deposition for Flow Control Sierra 1<br />

Chaired by: Y. KOLESNICHENKO, Russian Academy of <strong>Sciences</strong>, Moscow, Russia, <strong>and</strong> D. KNIGHT, Rutgers University, Piscataway, NJ<br />

1330<br />

<strong>AIAA</strong>-2007-1228<br />

Optimization of Laser-<br />

Pulse- Controlled MW<br />

Energy Deposition<br />

Y. Kolesnichenko,<br />

Russian Academy of<br />

<strong>Sciences</strong>, Moscow,<br />

Russia<br />

1400<br />

<strong>AIAA</strong>-2007-1229<br />

Control of the Shear<br />

Layer Above a<br />

Supersonic Cavity Using<br />

Energy Deposition<br />

E. Lazar, University of<br />

Illinois<br />

Urbana-Champaign,<br />

Urbana, IL<br />

1430<br />

<strong>AIAA</strong>-2007-1230<br />

Energy Deposition<br />

Influence on Supersonic<br />

Flow Over Axisymmetric<br />

Bodies<br />

A. Zheltovodov,<br />

Khristianovich Institute<br />

of Theoretical <strong>and</strong><br />

Applied Mechanics,<br />

Novosibirsk, Russia<br />

1500<br />

<strong>AIAA</strong>-2007-1231<br />

Gas- Dynamic Effects<br />

Around the Body Under<br />

Energy Deposition in<br />

Supersonic Flow<br />

V. Lashkov, St.<br />

Petersburg State<br />

University, St.<br />

Petersburg, Russia<br />

1530<br />

<strong>AIAA</strong>-2007-1232<br />

Transformations of<br />

Front Separation<br />

Regions Controlled by<br />

Upstream Energy<br />

Deposition<br />

P. Georgievsky,<br />

Moscow State<br />

University, Moscow,<br />

Russia<br />

1600<br />

<strong>AIAA</strong>-2007-1233<br />

Hot Filaments for<br />

Plasma Aerodynamic<br />

Applications<br />

N. Ardelyan, Moscow<br />

State University,<br />

Moscow, Russia<br />

1630<br />

<strong>AIAA</strong>-2007-1234<br />

Investigation of<br />

Localized Arc Filament<br />

Plasma Actuator in<br />

Supersonic Boundary<br />

Layer<br />

H. Yan, Wright State<br />

University, Dayton, OH<br />

1700<br />

<strong>AIAA</strong>-2007-1235<br />

Numerical Analysis of<br />

Drag Reduction for<br />

Supersonic Blunt Body<br />

by Pulse Energy<br />

Deposition<br />

T. Shinichi, Tohoku<br />

University, Sendai,<br />

Japan


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7319.<br />

The Public Policy Committee will continue its Excellence in <strong>Aerospace</strong> Discourse Series at the <strong>Aerospace</strong> <strong>Sciences</strong> <strong>Meeting</strong> with a discussion on the next generation of aerospace professionals.<br />

The International Space Station <strong>and</strong> the Next Decade of Human Space Exploration


Wednesday Afternoon / 10 January 2007<br />

1730 - Wright Brothers Lectureship in Aeronautics Reno Room<br />

Thursday Morning / 11 January 2007<br />

0800 - 1200 <strong>AIAA</strong> Workforce Panel Discussion Carson 3<br />

The Public Policy Committee will continue its Excellence in <strong>Aerospace</strong> Discourse Series at the <strong>Aerospace</strong> <strong>Sciences</strong> <strong>Meeting</strong> with a discussion on the next generation of aerospace professionals.<br />

Speakers include:<br />

Dr. Paul Nielsen<br />

President-Elect for <strong>AIAA</strong> <strong>and</strong> Director of Carnegie Mellon University’s Software Engineering Institute<br />

Dr. Lisa Porter<br />

Associate Administrator for Aeronautics at NASA<br />

Dr. Analissa Wiegle<br />

Assistant Professor of Aeronautics & Astronautics <strong>and</strong> Engineering Systems at MIT<br />

Dr. Robert Walters<br />

President-Elect for the <strong>Aerospace</strong> Department Chairman's Association <strong>and</strong> Chairman of Virginia Tech's Department of <strong>Aerospace</strong> <strong>and</strong> Ocean Engineering.<br />

Thursday Morning / 11 January 2007<br />

0800 - 1200 ISS As A National Laboratory Carson 4<br />

The International Space Station <strong>and</strong> the Next Decade of Human Space Exploration<br />

This forum will present plans for the operation <strong>and</strong> utilization of the ISS in the upcoming decade, in the period beyond the retirement of the Space Shuttle <strong>and</strong> before the launch of human missions to the moon.<br />

During this era, the ISS will be the only platform available for human space habitation, <strong>and</strong> will be essential for the engineering <strong>and</strong> biomedical research <strong>and</strong> the technology development required by proposed<br />

lunar <strong>and</strong> Mars mission concepts. Plans for utilization of the ISS as a National Laboratory available to the broader community are also under development. Topics to be discussed by the forum will include:<br />

Post-shuttle transportation plans for ISS operations; exploration research <strong>and</strong> technology plans for the ISS; the ISS National Laboratory concept.<br />

Briefings from senior NASA managers will include:<br />

Commercial Orbital Transportation Services Valin Thorn, Deputy Manager, NASA Commercial Crew <strong>and</strong> Cargo Program<br />

ISS International Partner Relationships Dan Jacobs, Manager, ISS International Programs<br />

NASA Operations Research Plans Mark Uhran, Assistant Associate Administrator for ISS<br />

ISS Post-Assembly Accommodations & Resources Rod Jones, Manager, ISS Payloads Office<br />

NASA Human Research Plans Neal Pellis, Associate Director, NASA Human Research Program<br />

ISS Research Accomplishments Julie Robinson, ISS Program Scientist (acting)<br />

Following these briefings will be a panel discussion of “Prospects for the Next Decade on the ISS”<br />

Participants Include:<br />

Bill Gerstenmaier, Associate Administrator for Space Operations<br />

Jeff Bingham, US Senate Science <strong>and</strong> Space Subcommittee Staff Peter Banks, Principal, Red Planet Capital, Inc.<br />

Franklin Chang-Diaz, CEO, Ad Astra Rocket Company


Alan Lindenmoyer, Manager, NASA Commercial Crew <strong>and</strong> Cargo Program<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7451.<br />

Chaired by: R. SCHMIT, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> J. YU, Goodrich, San Diego, CA<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: V. TANGIRALA, General Electric Global Research Center, Niskayuna, NY, <strong>and</strong> J. DEBONIS, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: G. CROUSE, Auburn University, Auburn University, AL<br />

0800 0830 0900 0930 1000 1030


Thursday Morning / 11 January 2007<br />

Session 178-AA-7 Cavity, Rotor, <strong>and</strong> Sonic Boom Noise N-10<br />

Chaired by: R. SCHMIT, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> J. YU, Goodrich, San Diego, CA<br />

0800<br />

<strong>AIAA</strong>-2007-1237<br />

Features of the<br />

Interaction Between<br />

Twin- Cavities with<br />

Varying Separation<br />

P. Panickar, Illinois<br />

Institute of Technology,<br />

Chicago, IL<br />

0830<br />

<strong>AIAA</strong>-2007-1238<br />

Control of Pressure<br />

Loads in Complex Cavity<br />

Configurations<br />

L. Ukeiley, University of<br />

Florida, Shalimar, FL<br />

Thursday Morning / 11 January 2007<br />

Session 179-ABP-10 PDE <strong>and</strong> Unsteady Flows III Cascade 2<br />

Thursday Morning / 11 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1239<br />

Flow Control for<br />

Enhanced Store<br />

Separation<br />

J. Shipman, Combustion<br />

Research <strong>and</strong> Flow<br />

Technology, Inc.,<br />

Pipersville, PA, PA<br />

0930<br />

<strong>AIAA</strong>-2007-1240<br />

A Validation Study of the<br />

PSU- WOPWOP Rotor<br />

Noise Prediction Code<br />

J. Shirey, Pennsylvania<br />

State University,<br />

University Park, PA<br />

1000<br />

<strong>AIAA</strong>-2007-1241<br />

Noise Benefits of Rotor<br />

Trailing Edge Blowing<br />

for a Model Turbofan<br />

R. Woodward, NASA<br />

Glenn Research Center,<br />

Clevel<strong>and</strong>, OH<br />

1030<br />

<strong>AIAA</strong>-2007-1243<br />

Parametric Study <strong>and</strong><br />

Effect of Nose- Piece<br />

Attachment on Sonic<br />

Boom Mitigation<br />

Chaired by: V. TANGIRALA, General Electric Global Research Center, Niskayuna, NY, <strong>and</strong> J. DEBONIS, NASA Glenn Research Center, Clevel<strong>and</strong>, OH<br />

0800<br />

<strong>AIAA</strong>-2007-1244<br />

Performance of an Axial<br />

Flow Turbine Driven by<br />

Multiple Pulse<br />

Detonation Combustors<br />

A. Glaser, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

0830<br />

<strong>AIAA</strong>-2007-1245<br />

Performance on a Pulse<br />

Detonation Engine<br />

Under Subsonic <strong>and</strong><br />

Supersonic Flight<br />

Conditions<br />

V. Tangirala, GE Global<br />

Research Center,<br />

Niskayuna, NY<br />

0900<br />

<strong>AIAA</strong>-2007-1246<br />

Application of a Pulsed<br />

Detonation Engine for<br />

Electric Power<br />

Generation<br />

P. Panicker, University<br />

of Texas at Arlington,<br />

Arlington, TX<br />

Session 180-AD-7 VTOL, ESTOL, STOL <strong>and</strong> Morphing Aircraft Crystal 3<br />

Chaired by: G. CROUSE, Auburn University, Auburn University, AL<br />

0800<br />

<strong>AIAA</strong>-2007-1252<br />

An Integrated Approach<br />

to Rotorcraft Conceptual<br />

Design<br />

J. Hirsh, The Boeing<br />

Company, Philadelphia,<br />

PA<br />

0830<br />

<strong>AIAA</strong>-2007-1253<br />

Ornicopter Yaw Control:<br />

Testing a Single Rotor<br />

Helicopter Without<br />

Reaction Torque<br />

D. van Gerwen, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

0930<br />

<strong>AIAA</strong>-2007-1249<br />

Wave- Rotor Transition<br />

Duct Experiment<br />

G. Welch, U.S. Army<br />

Research Laboratory,<br />

Clevel<strong>and</strong>, OH<br />

0900<br />

0930<br />

<strong>AIAA</strong>-2007-1254 <strong>AIAA</strong>-2007-1256<br />

Conceptual Design of an Analysis of Take- Off<br />

Unmanned Gyronplane <strong>and</strong> L<strong>and</strong>ing of<br />

for an Endurance Mission Powered- Lift Aircraft<br />

G. Crouse, Auburn<br />

University, Auburn, AL<br />

P. Bobbitt, Eagle<br />

Aeronautics, Inc.,<br />

Hampton, VA<br />

1000<br />

<strong>AIAA</strong>-2007-1250<br />

Experimental Results of<br />

Performance Tests on a<br />

Four- Port Wave Rotor<br />

J. Wilson, ASRC<br />

<strong>Aerospace</strong>, Clevel<strong>and</strong>,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-1257<br />

Development of<br />

Piezoelectric Servo Flap<br />

Actuator<br />

S. Duquette, University<br />

of Hartford, West<br />

Hartford, CT<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7333.<br />

,<br />

1030<br />

<strong>AIAA</strong>-2007-1251<br />

Internal Flow Dynamics<br />

in a Valveless<br />

Airbreathing Pulse<br />

Detonation Combustor<br />

Facility<br />

F. Ma, Pennsylvania<br />

State University,<br />

University Park, PA<br />

1030<br />

<strong>AIAA</strong>-2007-1258<br />

Morphing Aircraft<br />

Technology Survey<br />

A. Rodriguez, Florida<br />

International University,<br />

Miami, FL


Thursday Morning / 11 January 2007<br />

Session 181-AMT-5 / SS-2 Sensors <strong>and</strong> Techniques for Aerodynamics Research <strong>and</strong> Applications Shasta 2<br />

Chaired by: A. DRAKE, Northrop Grumman Corporation, El Segundo, CA, <strong>and</strong> V. OTUGEN, Polytechnic University, Brooklyn, NY<br />

0800<br />

<strong>AIAA</strong>-2007-1261<br />

Color Moiré<br />

Interferometry for Shear<br />

Stress Sensor<br />

Application<br />

T. Chen, Taitech, Inc.,<br />

Beavercreek, OH<br />

0830<br />

<strong>AIAA</strong>-2007-1262<br />

Performance of a<br />

Whispering Gallery<br />

Mode Resonator- Based<br />

Micro- Optical Force<br />

Sensor<br />

T. Ioppolo, Polytechnic<br />

University, Brooklyn, NY<br />

Thursday Morning / 11 January 2007<br />

Session 182-APA-19 Airfoil <strong>and</strong> Wing Aerodynamics II Carson 1<br />

Thursday Morning / 11 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1264<br />

Measurements of Non-<br />

Steady Pressure <strong>and</strong><br />

Skin Friction Fields on<br />

Wall Mounted Cube<br />

Using Surface Stress<br />

Sensitive Film<br />

S. Fonov, Innovative<br />

Scientific Solutions Inc.,<br />

Dayton, OH<br />

Chaired by: R. VERMELAND, Lockheed Martin Aeronautics Company, Palmdale, CA<br />

0800<br />

<strong>AIAA</strong>-2007-1267<br />

Predicting Maximum Lift<br />

Coefficient for Twisted<br />

Wings Using Lifting-<br />

Line Theory<br />

W. Phillips, Utah State<br />

University, Logan, UT<br />

0830<br />

<strong>AIAA</strong>-2007-1268<br />

Far Field Effects of<br />

Wing Wakes<br />

D. Nixon, Retired, Los<br />

Altos, CA<br />

0900<br />

<strong>AIAA</strong>-2007-1269<br />

Numerical simulation of<br />

an airfoil at low<br />

Reynolds number<br />

J. Hall, University of<br />

Colorado at Boulder,<br />

Boulder, CO<br />

0930<br />

<strong>AIAA</strong>-2007-1265<br />

Design <strong>and</strong><br />

Development of a<br />

Diamond- based<br />

Nanowire Temperature<br />

Sensor<br />

A. Zaitsev, College of<br />

Staten Isl<strong>and</strong>, Staten<br />

Isl<strong>and</strong>, NY<br />

0930<br />

<strong>AIAA</strong>-2007-1270<br />

Examining a Family of<br />

Movable Wing Tip<br />

Strakes Involving<br />

Varying Leading Edge<br />

Forms <strong>and</strong> Sweep<br />

Angles<br />

V. Nikolic, Minnesota<br />

State University,<br />

Mankato, MN<br />

1000<br />

<strong>AIAA</strong>-2007-1266<br />

Measuring Aeroelastic<br />

Wing Characteristics<br />

Using Microsensor<br />

Systems (MEMS)<br />

J. Dhainaut,<br />

Embry-Riddle<br />

Aeronautical University,<br />

Daytona Beach, FL<br />

1000<br />

<strong>AIAA</strong>-2007-1272<br />

Aerodynamic<br />

Characteristics of<br />

Slender Delta Wing with<br />

Low Dorsal Fin<br />

X. Meng, Northwestern<br />

Polytechnical University,<br />

Xi'an, China (prc)<br />

1030<br />

<strong>AIAA</strong>-2007-1273<br />

Effects of Turbulators on<br />

Airfoil at Low Reynolds<br />

Number in Turbulent<br />

Flow<br />

J. Delnero, Universidad<br />

Nacional de La Plata, La<br />

Plata, Argentina<br />

1100<br />

<strong>AIAA</strong>-2007-1470<br />

One- Shot Pseudo-<br />

Time Method for<br />

Aerodynamic Shape<br />

Optimization Using the<br />

Navier- Stokes Equations<br />

S. Hazra, University of<br />

Trier, Trier, Germany<br />

Session 183-APA-20 Rotorcraft N-9<br />

Chaired by: R. STRAWN, NASA Ames Research Center, Moffett Field, CA, <strong>and</strong> T. EGOLF, Sikorsky Aircraft, Glastonbury, CT<br />

0800<br />

<strong>AIAA</strong>-2007-1274<br />

Time- Varying Objective<br />

Functions for Optimum<br />

Shape Design via<br />

Control Theory<br />

C. Tatossian, McGill<br />

University, Montreal,<br />

Canada<br />

0830<br />

<strong>AIAA</strong>-2007-1278<br />

CFD Analysis of Rotor-<br />

Fuselage Interactional<br />

Aerodynamics<br />

R. Steijl, University of<br />

Liverpool, Liverpool,<br />

Great Britain<br />

0900<br />

<strong>AIAA</strong>-2007-1279<br />

A Lifting Surface Study<br />

of Helicopter<br />

Aerodynamics in Ground<br />

Effect<br />

D. Pulla, Ohio State<br />

University, Columbus,<br />

OH<br />

0930<br />

<strong>AIAA</strong>-2007-1280<br />

Application of a<br />

Turbulent Viscous<br />

Cartesian- Grid<br />

Methodology to<br />

Flowfields with Rotor-<br />

Fuselage Interaction<br />

J. Lee, Samsung Heavy<br />

Industry, Taejeon, South<br />

Korea<br />

1000<br />

<strong>AIAA</strong>-2007-1281<br />

Prediction of HART II<br />

Rotor BVI Loading <strong>and</strong><br />

Wake System Using<br />

CFD/CSD Loose<br />

Coupling<br />

J. Lim, NASA Ames<br />

Research Center,<br />

Moffett Field, CA


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7367.<br />

Chaired by: H. MASSENGILL, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: J. WISE <strong>and</strong> D. DONATELLI, U.S. Air Force Research Laboratory, Hanscom AFB, MA<br />

0800 0830 0900 0930 1000<br />

Chaired by: T. MICHAL, The Boeing Company, Wentzville, MO<br />

0800 0830 0900 0930 1000 1030 1100


Thursday Morning / 11 January 2007<br />

Session 184-APA-21 Vortical Flows N-8<br />

Chaired by: H. MASSENGILL, <strong>Aerospace</strong> Testing Alliance, Arnold AFB, TN<br />

0800<br />

<strong>AIAA</strong>-2007-1282<br />

Throttling a Laval<br />

Nozzle by a Vortex: An<br />

Analytical Theory<br />

T. van Holten, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

0830<br />

<strong>AIAA</strong>-2007-1283<br />

Influence of Initial<br />

Vorticity Distribution on<br />

Axisymmetric Vortex<br />

Breakdown <strong>and</strong><br />

Reconnection<br />

L. Young, NASA Ames<br />

Research Center,<br />

Moffett Field, CA<br />

Thursday Morning / 11 January 2007<br />

Session 185-ASE-14 Earth <strong>and</strong> Planetary Science Crystal 2<br />

Thursday Morning / 11 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1284<br />

Dynamics of the Vortex<br />

Core During Pitching of<br />

a High- Sweep Delta<br />

Wing<br />

M. Jones, Nagoya<br />

University, Nagoya,<br />

Japan<br />

0930<br />

<strong>AIAA</strong>-2007-1285<br />

Extraction of Vortical<br />

Flow Features in a<br />

Turbomachinery<br />

simulation<br />

S. Zhang, Ansys/Fluent,<br />

Lebanon, NH<br />

Chaired by: J. WISE <strong>and</strong> D. DONATELLI, U.S. Air Force Research Laboratory, Hanscom AFB, MA<br />

0800<br />

<strong>AIAA</strong>-2007-1288<br />

Anomaly Trends for<br />

Robotic Missions to<br />

Mars: Mars Exploration<br />

Rovers Surface<br />

Operations<br />

N. Green, Jet Propulsion<br />

Laboratory, Pasadena,<br />

CA<br />

0830<br />

<strong>AIAA</strong>-2007-1289<br />

SABER at Five Years: A<br />

Phenomenal Instrument<br />

for Studying Sun- Earth<br />

Connections<br />

M. Mlynczak, NASA<br />

Langley Research<br />

Center, Hampton, VA<br />

1000<br />

<strong>AIAA</strong>-2007-1286<br />

A Parametric Study of<br />

Incompressible<br />

Axisymmetric Internal<br />

Cavity Flows<br />

J. Smith, University of<br />

Tennessee Space<br />

Institute, Tullahoma, TN<br />

1030<br />

<strong>AIAA</strong>-2007-1287<br />

Shock Waves, Vorticity<br />

<strong>and</strong> Vorticity Shocks<br />

D. Nixon, Retired, Los<br />

Altos, CA<br />

Session 186-FD-34 CFD Grid Methods Crystal 1<br />

Chaired by: T. MICHAL, The Boeing Company, Wentzville, MO<br />

0800<br />

<strong>AIAA</strong>-2007-1296<br />

Comparison of Body-<br />

Fitted, Embedded <strong>and</strong><br />

Immersed Solutions of<br />

Low Reynolds- Number<br />

Incompressible Flows<br />

R. Lohner, George<br />

Mason University,<br />

Fairfax, VA<br />

0830<br />

<strong>AIAA</strong>-2007-1297<br />

Functional Outputs Error<br />

Based Mesh Adaptation<br />

L. Remaki, McGill<br />

University, Montreal,<br />

Canada<br />

0900<br />

<strong>AIAA</strong>-2007-1291<br />

Outline of JEM/SMILES,<br />

Japanese Earth<br />

Observation System<br />

Aboard ISS<br />

M. Takayanagi, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Tsukuba-City,<br />

Japan<br />

0900<br />

<strong>AIAA</strong>-2007-1299<br />

Unstructured Grid<br />

Generation Method <strong>and</strong><br />

Flow Solutions for Two-<br />

Dimensional, High- Lift<br />

Aerofoil Configurations<br />

S. Marques, University<br />

of Salford, Salford,<br />

Great Britain<br />

0930<br />

<strong>AIAA</strong>-2007-1293<br />

Remote Sensing of<br />

Neutral Particles in<br />

Upper Atmosphere<br />

Using Artificial Ion Beam<br />

Y. Sakamoto, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Sagamihara,<br />

Japan<br />

0930<br />

<strong>AIAA</strong>-2007-1300<br />

Combination of Body-<br />

Fitted <strong>and</strong> Embedded<br />

Grids for External<br />

Vehicle Aerodynamics<br />

R. Tilch, ESI Group,<br />

Rungis, France<br />

1000<br />

<strong>AIAA</strong>-2007-1295<br />

Earth Albedo<br />

Measurements from<br />

Earthshine<br />

Observations: Past,<br />

Present <strong>and</strong> Future<br />

E. Palle, Big Bear Solar<br />

Observatory, Big Bear<br />

City, CA<br />

1000<br />

<strong>AIAA</strong>-2007-1458<br />

Deformation <strong>and</strong><br />

Regeneration of the<br />

Computational Grid for<br />

CFD with Moving<br />

Boundaries<br />

M. Liefvendahl, Swedish<br />

Defence Research<br />

Agency, Stockholm,<br />

Sweden<br />

1030<br />

<strong>AIAA</strong>-2007-1459<br />

Turbulent Flow<br />

Simulation around<br />

Complex Geometries<br />

with Cartesian Grid<br />

Method<br />

T. Kamatsuchi, Honda<br />

R&D Co, Ltd., Wako,<br />

Japan<br />

1100<br />

<strong>AIAA</strong>-2007-1460<br />

Developing a Robust<br />

Ordering- Based<br />

Unstructured Moving<br />

Grid Strategy<br />

N. Fouladi, Sharif<br />

University of<br />

Technology, Tehran, Iran<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7285.


Chaired by: R. ANTHONY, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> D. BRIDGES, Mississippi State University, Mississippi State, MS<br />

0800 0830 0900 0930 1000<br />

Chaired by: R. JOSLIN, Office of Naval Research, Arlington, VA, <strong>and</strong> A. VAKILI, University of Tennessee Space Institute, Tullahoma, TN<br />

0800 0830 0900 0930 1000<br />

Chaired by: D. RIZZETTA, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> L. SU, Johns Hopkins University, Baltimore, MD<br />

0800 0830 0900 0930 1000 1030 1100 1130


Thursday Morning / 11 January 2007<br />

Session 187-FD-35 Experimental Techniques in Fluid Dynamics Crystal 5<br />

Chaired by: R. ANTHONY, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> D. BRIDGES, Mississippi State University, Mississippi State, MS<br />

0800<br />

<strong>AIAA</strong>-2007-1301<br />

A Robust Procedure for<br />

the Analysis of Non-<br />

Evenly Spaced Velocity<br />

Time- Series Data<br />

K. Garwick, U.S. Air<br />

Force Research<br />

Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

0830<br />

<strong>AIAA</strong>-2007-1303<br />

A 24" Access Laser-<br />

Doppler Velocimeter for<br />

Simultaneous Three-<br />

Velocity- Component<br />

Measurements<br />

Q. Tian, Virginia<br />

Polytechnic Institute <strong>and</strong><br />

State University,<br />

Blacksburg, VA<br />

Thursday Morning / 11 January 2007<br />

Session 188-FD-36 Flow Control Modeling <strong>and</strong> Simulation Carson 2<br />

Thursday Morning / 11 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1304<br />

Experimental Studies in<br />

Hypersonic Flows for<br />

Facility <strong>and</strong> Code<br />

Validation<br />

M. Holden,<br />

Calspan-University of<br />

Buffalo Research Center,<br />

Buffalo, NY<br />

0930<br />

<strong>AIAA</strong>-2007-1305<br />

Investigation of the<br />

Three- Dimensional<br />

Coherent Structures in a<br />

Turbulent Boundary<br />

Layer with Tomographic-<br />

PIV<br />

G. Elsinga, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

1000<br />

<strong>AIAA</strong>-2007-1306<br />

Calculating Surface<br />

Pressure Fluctuations<br />

from PIV Data Using<br />

Poisson's Equation<br />

N. Murray, Harding<br />

University, Searcy, AR<br />

Chaired by: R. JOSLIN, Office of Naval Research, Arlington, VA, <strong>and</strong> A. VAKILI, University of Tennessee Space Institute, Tullahoma, TN<br />

0800<br />

<strong>AIAA</strong>-2007-1308<br />

Numerical Simulations<br />

of Synthetic Jet Based<br />

Separation Control in a<br />

Canonical Separated<br />

Flow<br />

R. Kotapati, Mechanical<br />

& <strong>Aerospace</strong><br />

Engineering, The<br />

George Washington<br />

University, Washington,<br />

DC<br />

0830<br />

<strong>AIAA</strong>-2007-1309<br />

Flow Past a Cylinder<br />

with a Flapping Element<br />

Attached to Its End<br />

W. Liou, Western<br />

Michigan University,<br />

Kalamazoo, MI<br />

0900<br />

<strong>AIAA</strong>-2007-1311<br />

Three- Dimension<br />

Numerical Simulation on<br />

Controlled Stability of a<br />

Planar Supersonic Free<br />

Shear Layer<br />

F. Guan, China<br />

Academy of <strong>Aerospace</strong><br />

Aerodynamics, Beijing,<br />

China (prc)<br />

0930<br />

<strong>AIAA</strong>-2007-1312<br />

DNS of Riblets to<br />

Control the Growth of<br />

Turbulent Spots<br />

J. Str<strong>and</strong>, University of<br />

Texas at Austin, Austin,<br />

TX<br />

1000<br />

<strong>AIAA</strong>-2007-1313<br />

Low Order Galerkin<br />

Models for the Actuated<br />

Flow Around 2- D Airfoils<br />

G. Tadmor,<br />

Northeastern University,<br />

Boston, MA<br />

Session 189-FD-37 Jets <strong>and</strong> Mixing II Crystal 4<br />

Chaired by: D. RIZZETTA, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> L. SU, Johns Hopkins University, Baltimore, MD<br />

0800<br />

<strong>AIAA</strong>-2007-1314<br />

Experimental<br />

Investigations of Mixing<br />

in Turbulent Jets with<br />

Buoyancy<br />

D. Helmer, Johns<br />

Hopkins University,<br />

Baltimore, MD<br />

0830<br />

<strong>AIAA</strong>-2007-1315<br />

Characteristics of<br />

Variable Density Jets in<br />

Cross Flow<br />

R. Lakhamraju,<br />

University of Cincinnati,<br />

Cincinnati, OH<br />

0900<br />

<strong>AIAA</strong>-2007-1316<br />

The Effect of Crossflow<br />

on Vortex Rings<br />

R. Sau, University of<br />

Minnesota, Minneapolis,<br />

MN<br />

0930<br />

<strong>AIAA</strong>-2007-1317<br />

Scale Relations <strong>and</strong><br />

Spatial Spectra in a<br />

Differentially Diffusing Jet<br />

C. Brownell, Johns<br />

Hopkins University,<br />

Baltimore, MD<br />

1000<br />

<strong>AIAA</strong>-2007-1318<br />

Velocity Field of Isolated<br />

Turbulent Puffs<br />

E. Ghaem-Maghami,<br />

Worcester Polytechnic<br />

Institute, Worcester, MA<br />

1030<br />

<strong>AIAA</strong>-2007-1319<br />

Numerical Study of Jet<br />

Plume Instability from<br />

an Overexp<strong>and</strong>ed<br />

Nozzle<br />

Q. Xiao, National<br />

University of Singapore,<br />

Singapore, Singapore<br />

1100<br />

<strong>AIAA</strong>-2007-1320<br />

Flow Separation Studies<br />

in a Subscale Truncated<br />

Ideal Contour Nozzle<br />

S. Verma, National<br />

<strong>Aerospace</strong> Laboratories,<br />

Bangalore, India<br />

1130<br />

<strong>AIAA</strong>-2007-1321<br />

Experimental<br />

Investigation of<br />

Rectangular Confined<br />

Laminar Jet Subjected<br />

to Downstream Acoustic<br />

Excitation<br />

Y. Gopala, Georgia<br />

Institute of Technology,


Atlanta, GA<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7470.<br />

Chaired by: C. TILMANN, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> J. SEIDEL, U.S. Air Force Academy, Colorado Springs, CO<br />

0800 0830 0900<br />

Chaired by: J. LAFFERTY, Arnold Engineering Development Center, Silver Spring, MD, <strong>and</strong> G. EITELBERG, German-Dutch Wind Tunnels, Marknesse, The Netherl<strong>and</strong>s, <strong>and</strong> D. WISHART, Pratt <strong>and</strong> Whitney,<br />

0800 0830 0900 0930<br />

Chaired by: G. PARKER, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800 0830 0900 0930 1000 1030 1100


Thursday Morning / 11 January 2007<br />

Session 190-FD-38 Wake Flows II Whitney<br />

Chaired by: C. TILMANN, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH, <strong>and</strong> J. SEIDEL, U.S. Air Force Academy, Colorado Springs, CO<br />

0800<br />

<strong>AIAA</strong>-2007-1324<br />

Flow- field <strong>and</strong> Acoustic<br />

Interaction behind a Wall<br />

Mounted Cylinder<br />

S. Murugappan,<br />

University of Cincinnati,<br />

Cincinnati, OH<br />

0830<br />

<strong>AIAA</strong>-2007-1325<br />

Flow- field <strong>and</strong> Acoustic<br />

Interaction behind a<br />

Ramped Step<br />

S. Murugappan,<br />

University of Cincinnati,<br />

Cincinnati, OH<br />

Thursday Morning / 11 January 2007<br />

Session 191-GT-8 Hypersonic Ground Test Facilities <strong>and</strong> Testing Sierra 2<br />

Thursday Morning / 11 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1326<br />

Development of a<br />

Turbulent Wall- Function<br />

Based Viscous<br />

Cartesian- Grid<br />

Methodology<br />

J. Lee, Samsung Heavy<br />

Industries, Taejeon,<br />

South Korea<br />

Chaired by: J. LAFFERTY, Arnold Engineering Development Center, Silver Spring, MD, <strong>and</strong> G. EITELBERG, German-Dutch Wind Tunnels, Marknesse, The Netherl<strong>and</strong>s, <strong>and</strong> D. WISHART, Pratt <strong>and</strong> Whitney,<br />

Stuart, FL<br />

0800<br />

<strong>AIAA</strong>-2007-1327<br />

Design <strong>and</strong><br />

Characterization of a<br />

Hypervelocity Expansion<br />

Tube Facility<br />

A. Dufrene, University of<br />

Illinois at<br />

Urbana-Champaign,<br />

Urbana, IL<br />

0830<br />

<strong>AIAA</strong>-2007-1328<br />

Boundary Layer<br />

Transition in an<br />

Expansion Tube at a<br />

Low Enthalpy Operating<br />

Condition<br />

M. McGilvray, University<br />

of Queensl<strong>and</strong>,<br />

Brisbane, Australia<br />

0900<br />

<strong>AIAA</strong>-2007-1329<br />

Measuring Nitric Oxide<br />

Freestream Velocity<br />

Using Quantum<br />

Cascade Lasers at<br />

CUBRC<br />

R. Parker, Stratonics<br />

Inc., Laguna Hills, CA<br />

Session 192-MDO-5 Optimization Algorithms <strong>and</strong> Techniques Cascade 1<br />

Chaired by: G. PARKER, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

0800<br />

<strong>AIAA</strong>-2007-1330<br />

Characterizing Global<br />

Behavior of<br />

Approximation Functions<br />

J. Bourgeois, Ecole<br />

Polytechnique de<br />

Montreal, Montreal,<br />

Canada<br />

0830<br />

<strong>AIAA</strong>-2007-1331<br />

A Methodology for<br />

Capability- Focused<br />

Technology Evaluation<br />

of Systems of Systems<br />

P. Biltgen, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

0900<br />

<strong>AIAA</strong>-2007-1332<br />

A Technique for<br />

Interactive Probabilistic<br />

Multiple Attribute<br />

Decision Making<br />

P. Biltgen, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

0930<br />

<strong>AIAA</strong>-2007-1467<br />

Aerothermal<br />

Measurement<br />

Improvements using<br />

Coaxial Thermocouples<br />

at AEDC Hypervelocity<br />

Wind Tunnel No. 9<br />

J. Coblish, AEDC White<br />

Oak, Silver Spring, MD<br />

0930<br />

<strong>AIAA</strong>-2007-1333<br />

An Interactive<br />

Visualization<br />

Environment for<br />

Decision Making in<br />

Aircraft Engine<br />

Preliminary Design<br />

A. Marsaw, Georgia<br />

Institute of Technology,<br />

Atlanta, GA<br />

1000<br />

<strong>AIAA</strong>-2007-1334<br />

Requirements<br />

Decomposition for<br />

Compact<br />

Multidimensional<br />

Visualization<br />

N. Borer, Charles Stark<br />

Draper Laboratory, Inc.,<br />

Cambridge, MA<br />

1030<br />

<strong>AIAA</strong>-2007-1335<br />

Development of a Noise<br />

Allocation Planning Tool<br />

S. Heblij, Delft University<br />

of Technology, Delft,<br />

The Netherl<strong>and</strong>s<br />

1100<br />

<strong>AIAA</strong>-2007-1336<br />

Uncertainty Propagation<br />

Through an Aircraft<br />

System Aeroelastic<br />

Model<br />

N. Lindsley, U.S. Air<br />

Force Research<br />

Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:


http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7458.<br />

Chaired by: B. CHEHROUDI, U.S. Air Force Research Laboratory, Lancaster, CA, <strong>and</strong> T. NGUYEN, Aerojet, Sacramento, CA<br />

0800 0830 0900 0930 1000 1030<br />

Chaired by: H. IM, University of Michigan, Ann Arbor, MI, <strong>and</strong> V. SANKARAN, S<strong>and</strong>ia National Laboratories, Livermore, CA<br />

0800 0830 0900 0930 1000<br />

Chaired by: D. LEVIN, Pennsylvania State University, Univeristy Park, PA<br />

0800 0830 0900 0930 1000 1030 1100


Thursday Morning / 11 January 2007<br />

Session 193-PC-14 Liquid Jet Injection Processes Teton 1<br />

Chaired by: B. CHEHROUDI, U.S. Air Force Research Laboratory, Lancaster, CA, <strong>and</strong> T. NGUYEN, Aerojet, Sacramento, CA<br />

0800<br />

<strong>AIAA</strong>-2007-1337<br />

A Novel Technique for<br />

Measurements of the<br />

Intact Liquid Jet Core in<br />

a Coaxial Airblast<br />

Atomizer<br />

G. Charalampous,<br />

Imperial College<br />

London, London, Great<br />

Britain<br />

0830<br />

<strong>AIAA</strong>-2007-1338<br />

PIV <strong>and</strong> LDV<br />

Measurements for<br />

Liquid Jets in Crossflow<br />

O. Elshamy, University<br />

of Cincinnati, Cincinnati,<br />

OH<br />

Thursday Morning / 11 January 2007<br />

Session 194-PC-15 Turbulent Flames: Measurements <strong>and</strong> Modeling Teton 2<br />

Thursday Morning / 11 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1339<br />

Breakup of a Round<br />

Liquid Jet in a Low<br />

Weber Number Cross<br />

Flow<br />

O. Pulat, University of<br />

Oklahoma, Norman, OK<br />

0930<br />

<strong>AIAA</strong>-2007-1340<br />

Excited Liquid Jets in<br />

Subsonic Crossflow<br />

O. Elshamy, University<br />

of Cincinnati, Cincinnati,<br />

OH<br />

1000<br />

<strong>AIAA</strong>-2007-1341<br />

Liquid Jets Injected<br />

Transversely into a<br />

Shear Layer<br />

S. Tambe, University of<br />

Cincinnati, Cincinnati,<br />

OH<br />

Chaired by: H. IM, University of Michigan, Ann Arbor, MI, <strong>and</strong> V. SANKARAN, S<strong>and</strong>ia National Laboratories, Livermore, CA<br />

0800<br />

<strong>AIAA</strong>-2007-1346<br />

Application of<br />

Simultaneous Stereo<br />

PIV <strong>and</strong> Double Pulsed<br />

Acetone PLIF to Study<br />

Turbulent Premixed<br />

Flames<br />

S. Filatyev, Purdue<br />

University, West<br />

Lafayette, IN<br />

0830<br />

<strong>AIAA</strong>-2007-1347<br />

Emissions <strong>and</strong><br />

Acoustics<br />

Measurements in a Low-<br />

Swirl Burner<br />

D. Sequera, University<br />

of Alabama, Tuscaloosa,<br />

AL<br />

0900<br />

<strong>AIAA</strong>-2007-1348<br />

Pulsed Microwave<br />

Enhancement of<br />

Laminar <strong>and</strong> Turbulent<br />

Hydrocarbon Flames<br />

E. Stockman, Princeton<br />

University, Princeton, NJ<br />

0930<br />

<strong>AIAA</strong>-2007-1349<br />

Flame Surface Fractal<br />

Characteristics in<br />

Premixed Turbulent<br />

Combustion at Medium<br />

to High Turbulence<br />

Intensities<br />

E. Cintosun, University<br />

of Toronto, Institute for<br />

<strong>Aerospace</strong> Studies,<br />

Toronto, Canada<br />

1000<br />

<strong>AIAA</strong>-2007-1350<br />

Flame Surface Density<br />

of Turbulent Premixed<br />

Flames at Medium to<br />

High Turbulence<br />

Intensities<br />

S. Puranam, University<br />

of Toronto, Institute for<br />

<strong>Aerospace</strong> Studies,<br />

Toronto, Canada<br />

1030<br />

<strong>AIAA</strong>-2007-1342<br />

Secondary Breakup of<br />

Aerated Liquid Jets in<br />

Subsonic Crossflow<br />

B. Miller, Oklahoma<br />

State University,<br />

Stillwater, OK<br />

Session 195-PDL-9 Plasmas: Combustion <strong>and</strong> Kinetics N-11<br />

Chaired by: D. LEVIN, Pennsylvania State University, Univeristy Park, PA<br />

0800<br />

<strong>AIAA</strong>-2007-1352<br />

Effect of the Post -<br />

Pulse Discharge<br />

Channel’s Fast<br />

Turbulent Expansion on<br />

the Gas Flow<br />

S. Leonov, OIVTRAN,<br />

Moscow, Russia<br />

0830<br />

<strong>AIAA</strong>-2007-1353<br />

Studies of Chemi-<br />

Ionization <strong>and</strong><br />

Chemiluminescence in<br />

Supersonice Flows of<br />

Combustion Products<br />

S. Keshav, Ohio State<br />

University, Columbus,<br />

OH<br />

0900<br />

<strong>AIAA</strong>-2007-1354<br />

Plasmachemical<br />

Processes in Plasma-<br />

Assisted Combustion<br />

E. Mintoussov, Moscow<br />

Institute of Physics <strong>and</strong><br />

Technology,<br />

Dolgoprudny, Russia<br />

0930<br />

<strong>AIAA</strong>-2007-1355<br />

Plasma Kinetics in Inert<br />

Gas Filled Thermionic<br />

Devices<br />

B. Pivtorak, Princeton<br />

University, Princeton, NJ<br />

1000<br />

<strong>AIAA</strong>-2007-1356<br />

Non Equilibrium <strong>and</strong><br />

Elemental Demixing<br />

Analysis of C02 Flows<br />

Inside ICPs<br />

J. Thoemel, von Karman<br />

Institute, Rhode<br />

ST.Genese, Belgium<br />

1030<br />

<strong>AIAA</strong>-2007-1357<br />

Spatially <strong>and</strong> Temporally<br />

Resolved Atomic<br />

Oxygen Measurements<br />

in Short Pulse<br />

Discharges by Two<br />

Photon Laser Induced<br />

Fluorescence<br />

M. Uddi, Ohio State<br />

University, Columbus,<br />

OH<br />

1100<br />

<strong>AIAA</strong>-2007-1359<br />

Ultrasensitive Absorption<br />

Measurements of<br />

Metastable Species:<br />

Pressure Broadening of<br />

the b1?g - a1?g (1,0)<br />

B<strong>and</strong> in Oxygen using<br />

off- axis integratedcavity<br />

output<br />

spectroscopy<br />

J. Gallagher, Air Force


Institute of Technology, ,<br />

OH<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7377.<br />

0800 0830 0900 0930 1000<br />

Chaired by: D. BERG, S<strong>and</strong>ia National Laboratories, Albuquerque, NM<br />

0800 0830 0900 0930 1000 1030 1100<br />

Chaired by: S. SCHNEIDER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> S. BOBASHEV, Ioffe Physico-Technical Institute, Saint Petersburg, Russia<br />

0800 0830 0900 0930 1000


Thursday Morning / 11 January 2007<br />

Session 196-SOS-1 Space Operations <strong>and</strong> Support Ruby 2<br />

0800<br />

<strong>AIAA</strong>-2007-1360<br />

Comprehensive Shuttle<br />

Foam Debris Reduction<br />

Strategies<br />

E. Semmes, NASA<br />

Marshall Space Flight<br />

Center, Marshall Space<br />

Flight Center, AL<br />

0830<br />

<strong>AIAA</strong>-2007-1362<br />

Effects of Launch<br />

Environment on OAA<br />

“White Room”: Modeling,<br />

Analysis <strong>and</strong> Redesign<br />

G. Finger, Reynolds,<br />

Smith <strong>and</strong> Hills, Inc.,<br />

Merritt Isl<strong>and</strong>, FL<br />

Thursday Morning / 11 January 2007<br />

Session 197-WE-7 VAWTs <strong>and</strong> Innovative Concepts McKinley<br />

Thursday Morning / 11 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1363<br />

Unconventional Thermal<br />

Propellant Gauging<br />

System<br />

B. Yendler, Lockheed<br />

Martin Corporation,<br />

Sunnyvale, CA<br />

Chaired by: D. BERG, S<strong>and</strong>ia National Laboratories, Albuquerque, NM<br />

0800<br />

<strong>AIAA</strong>-2007-1366<br />

2D PIV Visualization of<br />

Dynamic Stall on a<br />

Vertical Axis Wind<br />

Turbine<br />

C. Simao Ferreira, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

0830<br />

<strong>AIAA</strong>-2007-1367<br />

2D CFD Simulation of<br />

Dynamic Stall on a<br />

Vertical Axis Wind<br />

Turbine: Verification<br />

<strong>and</strong> Validation with PIV<br />

Measurements<br />

C. Simao Ferreira, Delft<br />

University of<br />

Technology, Delft, The<br />

Netherl<strong>and</strong>s<br />

0900<br />

<strong>AIAA</strong>-2007-1368<br />

Optimizing the Energy<br />

Output of Vertical Axis<br />

Wind Turbines for<br />

Fluctuating Wind<br />

Conditions<br />

S. McIntosh, University<br />

of Cambridge,<br />

Cambridge, Great Britain<br />

0930<br />

<strong>AIAA</strong>-2007-1364<br />

Repair of Electronics for<br />

Long Duration<br />

Spaceflight<br />

R. Pettegrew, National<br />

Center for Space<br />

Exploration Research,<br />

Clevel<strong>and</strong>, OH<br />

0930<br />

<strong>AIAA</strong>-2007-1369<br />

Hybrid Potential Flow-<br />

Streamtube Method for<br />

Modelling VAWT-<br />

Flowfield Interactions<br />

T. Bertényi, Quiet<br />

Revolution Ltd., London,<br />

Great Britain<br />

1000<br />

<strong>AIAA</strong>-2007-1365<br />

Water Reclamation for<br />

Remote Environments:<br />

An Ecologically Sound<br />

Approach<br />

L. Wickman, Azusa<br />

Pacific University, Long<br />

Beach, CA<br />

1000<br />

<strong>AIAA</strong>-2007-1370<br />

Optimum Blade<br />

Numbers <strong>and</strong> Solidities<br />

for Small HAWTs<br />

M. Brown, Clarkson<br />

University, Potsdam, NY<br />

1030<br />

<strong>AIAA</strong>-2007-1371<br />

Aerodynamic Design of<br />

a Small Contra- Rotating<br />

HAWT<br />

M. Rector, Clarkson<br />

University, Potsdam, NY<br />

Session 198-WIG/PDL-7 Magnetohydrodynamics Shasta 1<br />

Chaired by: S. SCHNEIDER, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> S. BOBASHEV, Ioffe Physico-Technical Institute, Saint Petersburg, Russia<br />

0800<br />

<strong>AIAA</strong>-2007-1374<br />

Magnetically Driven<br />

Electrical Discharges in<br />

High Speed Reacting<br />

Flows for the MHD<br />

Assisted Mixing <strong>and</strong><br />

Combustion<br />

V. Bityurin, Russian<br />

Academy of <strong>Sciences</strong>,<br />

Moscow, Russia<br />

0830<br />

<strong>AIAA</strong>-2007-1375<br />

A Plasma Flow Spectral<br />

Study in the UV Region<br />

at MHD Interaction<br />

A. Krasilnikov,<br />

TSNIIMASH, Korolev,<br />

Russia<br />

0900<br />

<strong>AIAA</strong>-2007-1376<br />

Initiation of<br />

Nonequilibrium<br />

Conductivity of a<br />

Hypersonic Flow <strong>and</strong><br />

MHD- Interaction<br />

V. Fomin, Institute of<br />

Theoretical <strong>and</strong> Applied<br />

Mechanics, Novosibirsk,<br />

Russia<br />

0930<br />

<strong>AIAA</strong>-2007-1379<br />

Self- Consistent<br />

Approach in MHD Flow<br />

Control Simulation<br />

E. Sheikin, St.<br />

Petersburg State<br />

University, St.<br />

Petersburg, Russia<br />

1000<br />

<strong>AIAA</strong>-2007-1380<br />

<strong>Aerospace</strong> Applicatiions<br />

of the DOE MHD<br />

Program Results Part 1:<br />

Ignition, Combustion<br />

<strong>and</strong> Aerodynamics<br />

H. Chambers, HFC<br />

Consulting, Westerville,<br />

OH<br />

1100<br />

<strong>AIAA</strong>-2007-1373<br />

Icing Simulation of Wind<br />

Turbine Blades<br />

C. Hochart, Université<br />

du Québec à Chicoutimi,<br />

Chicoutimi, Canada<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7510.


Chaired by: S. LEONOV, Russian Academy of <strong>Sciences</strong>, Moscow, Russia, <strong>and</strong> I. ADAMOVICH, Ohio State University, Columbus, OH<br />

0800 0830 0900 0930 1000 1030 1100<br />

During the past year, NASA has conducted a restructuring of its aeronautics program to focus on long-term, cutting edge research that benefits the broad aeronautics community. At last year's <strong>AIAA</strong> Reno<br />

As a follow-up to the workforce development panel to be held on Thursday morning <strong>and</strong> the workforce development workshop hosted by NASA Aeronautics last summer, a series of breakout sessions will be<br />

As a follow-up to the workforce development panel to be held on Thursday morning <strong>and</strong> the workforce development workshop hosted by NASA Aeronautics last summer, a series of breakout sessions will be<br />

As a follow-up to the workforce development panel to be held on Thursday morning <strong>and</strong> the workforce development workshop hosted by NASA Aeronautics last summer, a series of breakout sessions will be


Thursday Morning / 11 January 2007<br />

Session 199-WIG/PDL-8 Plasma-Assisted Combustion II Sierra 1<br />

Chaired by: S. LEONOV, Russian Academy of <strong>Sciences</strong>, Moscow, Russia, <strong>and</strong> I. ADAMOVICH, Ohio State University, Columbus, OH<br />

0800<br />

<strong>AIAA</strong>-2007-1382<br />

Plasma- Assisted<br />

Combustion <strong>and</strong> Fuel<br />

Reforming<br />

E. Mintoussov, Moscow<br />

Institute of Physics <strong>and</strong><br />

Technology,<br />

Dolgoprudny, Russia<br />

0830<br />

<strong>AIAA</strong>-2007-1383<br />

The Effects of Electric<br />

Fields on the<br />

Thermodiffusive<br />

Instability in<br />

Hydrocarbon/Air Flames<br />

D. Wisman, Miami<br />

University, Oxford, OH<br />

Thursday Afternoon / 11 January 2007<br />

1200 - 1300 Overview of NASA'a New Restructured Aeronautics Program Reno Room<br />

Thursday Afternoon / 11 January 2007<br />

0900<br />

<strong>AIAA</strong>-2007-1384<br />

Application of MW<br />

Plasma Generator for<br />

Ignition of<br />

Hydrocarbon/Air Mixture<br />

V. Vinogradov, Central<br />

Institute of Aviation<br />

Motors, Moscow, Russia<br />

0930<br />

<strong>AIAA</strong>-2007-1385<br />

Air- Hydrocarbon<br />

Mixture Ionization<br />

Processes for<br />

Optimization of Ignition<br />

Description<br />

V. Bychkov, Moscow<br />

State University,<br />

Moscow, Russia<br />

1000<br />

<strong>AIAA</strong>-2007-1386<br />

Kinetics in Gas Mixtures<br />

for Problem of Plasma<br />

Assisted Ignition<br />

N. Aleks<strong>and</strong>rov, Physics<br />

of Nonequilibrium<br />

Systems Lab, Moscow<br />

Institute of Physics <strong>and</strong><br />

Technology ,<br />

Dolgoprudny, Russia<br />

1030<br />

<strong>AIAA</strong>-2007-1387<br />

Methanol <strong>and</strong> Ethanol<br />

Ignition by Repetively<br />

pulsed, Nanosecond<br />

Pulse Duration Plasma<br />

A. Bao, Ohio State<br />

University, Columbus,<br />

OH<br />

1100<br />

<strong>AIAA</strong>-2007-1388<br />

Non- Premixed Plasma-<br />

Assisted Combustion in<br />

High- Speed Vortex<br />

Airflow<br />

A. Klimov, Russian<br />

Academy of <strong>Sciences</strong>,<br />

Moscow, Russia<br />

During the past year, NASA has conducted a restructuring of its aeronautics program to focus on long-term, cutting edge research that benefits the broad aeronautics community. At last year's <strong>AIAA</strong> Reno<br />

Conference, NASA announced its plans for the restructuring of its aeronautics program <strong>and</strong> during this year’s conference, an overview of the new restructured aeronautics program will be provided. Dr. Lisa<br />

Porter, Associate Administrator for NASA’s Aeronautics Research Mission Directorate, along with the Program Directors for the four programs under NASA’s restructured aeronautics program (Airspace<br />

Systems Program, Aviation Safety Program, Fundamental Aeronautics Program <strong>and</strong> Aeronautics Test Program) will provide program overview briefings <strong>and</strong> answer questions from the audience<br />

1300 - 1630 Higher Education Curriculum Development Carson 1<br />

As a follow-up to the workforce development panel to be held on Thursday morning <strong>and</strong> the workforce development workshop hosted by NASA Aeronautics last summer, a series of breakout sessions will be<br />

held to further discuss the issues of workforce development with a primary focus on the higher education level. These workforce breakout sessions will focus on ideas for what can be done to provide an<br />

adequate future aerospace workforce in both numbers <strong>and</strong> technical skills <strong>and</strong> how the aeronautics community can work together to make this possible.<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7401.<br />

As a follow-up to the workforce development panel to be held on Thursday morning <strong>and</strong> the workforce development workshop hosted by NASA Aeronautics last summer, a series of breakout sessions will be<br />

As a follow-up to the workforce development panel to be held on Thursday morning <strong>and</strong> the workforce development workshop hosted by NASA Aeronautics last summer, a series of breakout sessions will be


Thursday Afternoon / 11 January 2007<br />

1300 - 1630 Non-Traditional Methods Carson 2<br />

As a follow-up to the workforce development panel to be held on Thursday morning <strong>and</strong> the workforce development workshop hosted by NASA Aeronautics last summer, a series of breakout sessions will be<br />

held to further discuss the issues of workforce development with a primary focus on the higher education level. These workforce breakout sessions will focus on ideas for what can be done to provide an<br />

adequate future aerospace workforce in both numbers <strong>and</strong> technical skills <strong>and</strong> how the aeronautics community can work together to make this possible.<br />

Thursday Afternoon / 11 January 2007<br />

1300 - 1630 Students <strong>and</strong> the Real World Workforce Carson 3<br />

As a follow-up to the workforce development panel to be held on Thursday morning <strong>and</strong> the workforce development workshop hosted by NASA Aeronautics last summer, a series of breakout sessions will be<br />

held to further discuss the issues of workforce development with a primary focus on the higher education level. These workforce breakout sessions will focus on ideas for what can be done to provide an<br />

adequate future aerospace workforce in both numbers <strong>and</strong> technical skills <strong>and</strong> how the aeronautics community can work together to make this possible.<br />

Thursday Afternoon / 11 January 2007<br />

Session 200-AD-8 Energy Optimized Aircraft Equipment Systems Crystal 3<br />

Chaired by: J. GALLMAN, Cessna Aircraft Company, Wichita, KS<br />

1300<br />

<strong>AIAA</strong>-2007-1389<br />

Exploring the Role of<br />

Fuel Cell Electric Power<br />

Systems for<br />

Commercial Aviation<br />

Applications<br />

M. Krok, General<br />

Electric Global Research<br />

Center, Niskayuna, NY<br />

1330<br />

<strong>AIAA</strong>-2007-1390<br />

Fuel Cells for<br />

Commercial Transport<br />

Airplanes - Needs <strong>and</strong><br />

Opportunities<br />

J. Breit, The Boeing<br />

Company, Seattle, WA<br />

1400<br />

<strong>AIAA</strong>-2007-1391<br />

Electric Actuation for<br />

Flight <strong>and</strong> Engine<br />

Control; Evolution <strong>and</strong><br />

Current Trend<br />

J. Charrier,<br />

Hispano-Suiza,<br />

Colombes, France<br />

1430<br />

<strong>AIAA</strong>-2007-1392<br />

A Copper Bird for<br />

Aircraft Equipment<br />

Systems Integration <strong>and</strong><br />

Electrical Network<br />

Characterization<br />

M. Félix, Hispano-Suiza,<br />

Colombes, France<br />

1500<br />

<strong>AIAA</strong>-2007-1394<br />

ITAPS: A Process <strong>and</strong><br />

Toolset to Support<br />

Aircraft Level System<br />

Integration Studies<br />

Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7818.<br />

,<br />

1530<br />

<strong>AIAA</strong>-2007-1395<br />

Performance <strong>and</strong><br />

Weight Impact of Electric<br />

Environmental Control<br />

System <strong>and</strong> More<br />

Electric Engine on<br />

Citation CJ2<br />

T. Ensign, Cessna<br />

Aircraft Company,<br />

Wichita, KS<br />

Chaired by: D. TELIONIS, Virginia Polytechnic Institute <strong>and</strong> State University, Blacksburg, VA, <strong>and</strong> D. HALL, California Polytechnic State University, San Luis Obispo, CA<br />

1300 1330 1400 1430 1500 1530 1600<br />

1600<br />

<strong>AIAA</strong>-2007-1396<br />

Exergy Analysis as a<br />

Tool to Decision Making<br />

in Aircraft Design<br />

L. Pellegrini, Polytechnic<br />

School - University of<br />

São Paulo, São Paulo,<br />

Brazil


Thursday Afternoon / 11 January 2007<br />

Session 201-APA-22 Fixed-Wing V/STOL Crystal 2<br />

Chaired by: D. TELIONIS, Virginia Polytechnic Institute <strong>and</strong> State University, Blacksburg, VA, <strong>and</strong> D. HALL, California Polytechnic State University, San Luis Obispo, CA<br />

1300<br />

<strong>AIAA</strong>-2007-1397<br />

A Jet Entrainment<br />

Theory for VTOL<br />

Aircraft Suckdown<br />

P. Bevilaqua, Lockheed<br />

Martin Aeronautics<br />

Company, Palmdale, CA<br />

1330<br />

<strong>AIAA</strong>-2007-1398<br />

Assessment of a C- 17<br />

Flight Test of an ESTOL<br />

Transport L<strong>and</strong>ing<br />

Approach for<br />

Operational Viability,<br />

Pilot Perceptions <strong>and</strong><br />

Workload, <strong>and</strong><br />

Passenger Ride<br />

Acceptance<br />

C. Hange, NASA Ames<br />

Research Center,<br />

Moffett Field, CA<br />

Thursday Afternoon / 11 January 2007<br />

Session 202-FD-39 CFD Turbulence Modeling Crystal 1<br />

Thursday Afternoon / 11 January 2007<br />

1400<br />

<strong>AIAA</strong>-2007-1399<br />

C- 17 Noise Footprint<br />

Measurements Using a<br />

Low- Cost Distributed<br />

Data Acquisition System<br />

N. Burnside,<br />

<strong>Aerospace</strong>Computing<br />

Inc., Moffett Field, CA<br />

1430<br />

<strong>AIAA</strong>-2007-1400<br />

Numerical Analysis of<br />

Hovering Tilt- Rotor<br />

UAV for Minimum<br />

Download <strong>and</strong> Ground<br />

Effect Analysis<br />

C. Kim, Korea<br />

<strong>Aerospace</strong> Research<br />

Institute, Daejon, South<br />

Korea<br />

1500<br />

<strong>AIAA</strong>-2007-1401<br />

Overview of the Aircraft<br />

Trajectory Analysis<br />

Using Conceptual<br />

Aircraft Trajectory<br />

Simulator<br />

M. Peperak, CENTRA<br />

Technology, Inc.,<br />

Arlington, VA<br />

1530<br />

<strong>AIAA</strong>-2007-1402<br />

Flow Visualization <strong>and</strong><br />

Measurements in a short<br />

take of vertical l<strong>and</strong>ing<br />

Fountain Flow<br />

A. Saddington, Cranfield<br />

University, Shrivenham,<br />

Great Britain<br />

Chaired by: N. GEORGIADIS, NASA Glenn Research Center, Clevel<strong>and</strong>, OH, <strong>and</strong> B. NICHOLS, Univeristy of Alabama at Birmingham, Tullahoma, TN<br />

1300<br />

<strong>AIAA</strong>-2007-1407<br />

Turbulence Modeling for<br />

Highly Separated Flows<br />

S. Nichols, University of<br />

Tennessee SimCenter,<br />

Chattanooga, TN<br />

1330<br />

<strong>AIAA</strong>-2007-1408<br />

Formulation of the komega<br />

Turbulence<br />

Model Revisited<br />

D. Wilcox, DCW<br />

Industries, Inc., La<br />

Canada, CA<br />

1400<br />

<strong>AIAA</strong>-2007-1410<br />

A Compressible Wall-<br />

Layer Approach<br />

Compatible with Various<br />

Turbulence Models<br />

R. Bond, S<strong>and</strong>ia<br />

National Laboratories,<br />

Albuquerque, NM<br />

1430<br />

<strong>AIAA</strong>-2007-1411<br />

Measured Mean Flow<br />

Dissipation <strong>and</strong><br />

Turbulence Kinetic<br />

Energy Budget of the<br />

Second Law<br />

O. Adeyinka, University<br />

of Alberta, Edmonton,<br />

Canada<br />

1500<br />

<strong>AIAA</strong>-2007-1412<br />

Numerical Study of<br />

Massively Separated<br />

Flows<br />

M. Olsen, NASA Ames<br />

Research Center,<br />

Moffett Field, CA<br />

1600<br />

<strong>AIAA</strong>-2007-1404<br />

Circulation Control <strong>and</strong><br />

Its Application to<br />

Extreme Short Take- Off<br />

<strong>and</strong> L<strong>and</strong>ing Vehicles<br />

J. de la Montanya,<br />

California Polytechnic<br />

State University, San<br />

Luis Obispo, CA<br />

Session 203-FD-40 Combustion Crystal 4<br />

Chaired by: C. FUREBY, FOI - Swedish Defence Research Agency, Stockholm, Sweden, <strong>and</strong> B. SEKAR, University of Maryl<strong>and</strong>, College Park, MD<br />

1300<br />

<strong>AIAA</strong>-2007-1413<br />

Comparison of Flamelet<br />

<strong>and</strong> Finite Rate<br />

Chemistry LES for<br />

Premixed Turbulent<br />

Combustion<br />

C. Fureby, Swedish<br />

Defence Research<br />

Agency, Stockholm,<br />

Sweden<br />

1330<br />

<strong>AIAA</strong>-2007-1414<br />

LES/FMDF of Turbulent<br />

Combustion in Complex<br />

Flow Systems<br />

A. Afshari, University of<br />

Illinois at<br />

Urbana–Champaign,<br />

Urbana, IL<br />

1400<br />

<strong>AIAA</strong>-2007-1415<br />

A Numerical Method for<br />

DNS/LES of Turbulent<br />

Reacting Flows<br />

J. Doom, University of<br />

Minnesota, Minneapolis,<br />

MN<br />

1430<br />

<strong>AIAA</strong>-2007-1418<br />

Strongly- Pulsed<br />

Turbulent Non-<br />

Premixed Jet Flames in<br />

Cross- Flow<br />

M. Gamba, University of<br />

Texas at Austin, Austin,<br />

TX<br />

1500<br />

<strong>AIAA</strong>-2007-1419<br />

Ignition Transient<br />

Simulation in Solid<br />

Propellant Rocket Motors<br />

A. Tahsini, Sharif<br />

University of<br />

Technology, Tehran, Iran


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7279.<br />

Chaired by: M. KEGERISE, NASA Langley Research Center, Hampton, VA, <strong>and</strong> C. ROWLEY, Princeton University, Princeton, NJ<br />

1300 1330 1400 1430 1500<br />

Chaired by: Y. JU, Princeton University, Princeton, NJ<br />

1300 1330 1400 1430 1500 1530 1600<br />

Chaired by: A. AGRAWAL, University of Alabama, Tuscaloosa, AL, <strong>and</strong> A. DEAN, General Electric Global Research Center, Niskayuna, NY<br />

1300 1330 1400


Thursday Afternoon / 11 January 2007<br />

Session 204-FD-41 Flow Control Techniques <strong>and</strong> Strategies Carson 4<br />

Chaired by: M. KEGERISE, NASA Langley Research Center, Hampton, VA, <strong>and</strong> C. ROWLEY, Princeton University, Princeton, NJ<br />

1300<br />

<strong>AIAA</strong>-2007-1420<br />

Optimal Sensor/Actuator<br />

Placement Using an<br />

Adjoint Method<br />

H. Hamilton, U.S. Air<br />

Force Research<br />

Laboratory, Eglin AFB,<br />

FL<br />

1330<br />

<strong>AIAA</strong>-2007-1421<br />

Towards Physics Based<br />

Strategies for<br />

Separation Control over<br />

an Airfoil Using<br />

Synthetic Jets<br />

R. Raju, George<br />

Washington University,<br />

Washington, DC<br />

Thursday Afternoon / 11 January 2007<br />

Session 205-PC-16 Fuel Combustion: Metals <strong>and</strong> Hydrogen Teton 2<br />

Chaired by: Y. JU, Princeton University, Princeton, NJ<br />

1300<br />

<strong>AIAA</strong>-2007-1425<br />

On Multiple Criticality in<br />

Hydrocarbon Ignition<br />

W. Liu, Princeton<br />

University, Princeton, NJ<br />

1330<br />

<strong>AIAA</strong>-2007-1426<br />

Ignition of Hydrogen<br />

Suddenly Leaked from a<br />

High Pressure Tank<br />

K. Aizawa, Aoyama<br />

Gakuin University,<br />

Sagamihara, Japan<br />

Thursday Afternoon / 11 January 2007<br />

1400<br />

<strong>AIAA</strong>-2007-1422<br />

Production <strong>and</strong> Diffusion<br />

Mechanism of<br />

Longitudinal Vortices<br />

Downstream of Active<br />

Vortex- Generators Pair<br />

T. Shizawa, Tokyo<br />

University of Science,<br />

Suwa, Chino, Japan<br />

1400<br />

<strong>AIAA</strong>-2007-1427<br />

Counterflow Diffusion<br />

Flames of General<br />

Fluids:<br />

Oxygen/Hydrogen<br />

Mixtures<br />

G. Ribert, The<br />

Pennsylvania State<br />

University, University<br />

Park, PA<br />

1430<br />

<strong>AIAA</strong>-2007-1423<br />

The Dynamics of Shock<br />

Dispersion <strong>and</strong><br />

Interactions in<br />

Supersonic Freestreams<br />

with Counterflowing Jets<br />

E. Daso, NASA Marshall<br />

Space Flight Center,<br />

Marshall Space Flight<br />

Center, AL<br />

1430<br />

<strong>AIAA</strong>-2007-1428<br />

Heating <strong>and</strong> Ignition of<br />

Metallic Particles by a<br />

CO2 Laser<br />

S. Mohan, New Jersey<br />

Institute of Technology,<br />

Newark, NJ<br />

1500<br />

<strong>AIAA</strong>-2007-1424<br />

Experimental Studies on<br />

Steady <strong>and</strong> Unsteady<br />

Pneumatic Trailing Edge<br />

Devices for Subsonic<br />

Flow Applications<br />

C. Wong, The University<br />

of Manchester,<br />

Manchester, Great<br />

Britain<br />

1500<br />

<strong>AIAA</strong>-2007-1430<br />

Production <strong>and</strong><br />

Characterization of<br />

Nano- Aluminum <strong>and</strong> its<br />

Effect in Solid Propellant<br />

Combustion<br />

1530<br />

<strong>AIAA</strong>-2007-1431<br />

COMBUSTION OF<br />

DECANE- BASED<br />

SLURRIES WITH<br />

METALLIC FUEL<br />

ADDITIVES<br />

K. Jayaraman, Indian E. Beloni, New Jersey<br />

Institute of Technology Institute of Technology,<br />

-- Madras, Chennai, India Newark, NJ<br />

1600<br />

<strong>AIAA</strong>-2007-1429<br />

Molecular Dynamics<br />

Study of Melting of Nano<br />

Aluminum Particles<br />

P. Puri, The<br />

Pennsylvania State<br />

University, University<br />

Park, PA<br />

Session 206-PC-17 Turbulent Combustion Modeling Teton 1<br />

Chaired by: A. AGRAWAL, University of Alabama, Tuscaloosa, AL, <strong>and</strong> A. DEAN, General Electric Global Research Center, Niskayuna, NY<br />

1300<br />

<strong>AIAA</strong>-2007-1432<br />

Advanced<br />

Preconditioning<br />

Strategies for Chemically<br />

Reacting Flows<br />

V. Sankaran, S<strong>and</strong>ia<br />

National Laboratories,<br />

Livermore, CA<br />

1330<br />

<strong>AIAA</strong>-2007-1435<br />

Large- Eddy Simulation<br />

of Turbulent Flames in<br />

Syn- Gas Fuel- Air<br />

Mixtures<br />

B. Sen, Georgia Institute<br />

of Technology, Atlanta,<br />

GA<br />

1400<br />

<strong>AIAA</strong>-2007-1436<br />

A Combined Level-<br />

Set/Mixture<br />

Fraction/Progress-<br />

Variable Approach for<br />

Partially- Premixed<br />

Turbulent Reacting Flows<br />

C. Safta, Thaerocomp<br />

Technical Corporation,<br />

Stony Brook, NY


Due to formatting reasons, this version of the program lists only the first contributing author of each meeting paper. For a complete <strong>and</strong> up-to-date listing, please visit:<br />

http://www.aiaa.org/agenda.cfm?lumeetingid=1064&dateget=all#session7462.<br />

Chaired by: E. JOSYULA, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1300 1330 1400 1430 1500


Thursday Afternoon / 11 January 2007<br />

Session 207-PDL-10 / TP-15 Reentry Plasmas <strong>and</strong> Thermophysics Crystal 5<br />

Chaired by: E. JOSYULA, U.S. Air Force Research Laboratory, Wright-Patterson AFB, OH<br />

1300<br />

<strong>AIAA</strong>-2007-1437<br />

Experimental<br />

Investigation of the Hall<br />

Effect for the Interaction<br />

between the Weaklyionized<br />

Plasma Flow<br />

<strong>and</strong> Magnetic Body<br />

A. Matsuda, Institute of<br />

Space <strong>and</strong> Astronautical<br />

Science/JAXA,<br />

Sagamihara, Japan<br />

1330<br />

<strong>AIAA</strong>-2007-1438<br />

Communication Through<br />

a Non- Equlibrium<br />

Hypersonic Boundary<br />

Layer for Re- Entry<br />

Vehicles<br />

M. White, Air Force<br />

Research Laboratory,<br />

Wright-Patterson AFB,<br />

OH<br />

1400<br />

<strong>AIAA</strong>-2007-1439<br />

Particle Simulation of<br />

Electromagnetic Control<br />

of a Weakly Ionized<br />

Flow past a Blunt Body<br />

H. Katsurayama, Japan<br />

<strong>Aerospace</strong> Exploration<br />

Agency, Kanagawa,<br />

Japan<br />

1430<br />

<strong>AIAA</strong>-2007-1441<br />

Gas- kinetic BGK<br />

Scheme for three<br />

dimensional<br />

magnetohydrodynamics<br />

C. Cai, ZONA<br />

Technology Inc.,<br />

Scottsdale, AZ<br />

1500<br />

<strong>AIAA</strong>-2007-1443<br />

Magnetohydrodynamic<br />

Influence on a<br />

Supersonic Nitrogen<br />

Flow About a Body of<br />

Revolution<br />

S. Bobashev, Ioffe<br />

Physico-Technical<br />

Institute of the Russian<br />

Academy of <strong>Sciences</strong>,<br />

Saint Petersburg, Russia

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