FINAL PROGRAM - Events
FINAL PROGRAM - Events
FINAL PROGRAM - Events
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Look for this symbol ✲ for Gas Turbine user related sessions. <strong>FINAL</strong> <strong>PROGRAM</strong> TURBO EXPO 2010 • 112<br />
THURSDAY, JUNE 17: 2:30 p.m. – 5:30 p.m.<br />
2:30 3:00 3:30 4:00 4:30 5:00<br />
COMMITTEE: Heat Transfer: General Interest • Paper Session Room: Gala 1 • SECC • ThC-9-8<br />
ROTATIONAL EFFECTS ON INTERNAL COOLING<br />
Session Chair: Nirm Nirmalan, GE Global Research Center, Niskayuna, NY, USA Session Co-Chair: Gregory Laskowski, General Electric Global Research, Niskayuna, NY, USA<br />
Heat Transfer In Trailing<br />
Edge Wedge-Shaped Pin-Fin<br />
Channels With Slot Ejection<br />
Under High Rotation<br />
Numbers<br />
GT2010-22832<br />
Akhilesh P. Rallabandi, Je-<br />
Chin Han, Texas A&M<br />
University, College Station,<br />
TX,USA, Yah-Hsien Liu,<br />
National Chiao Tung<br />
University, Hsinchu, Taiwan<br />
Numerical Predictions of the<br />
Effect of Rotation on Fluid Flow<br />
and Heat Transfer in an Engine-<br />
Similar Two-Pass Internal<br />
Cooling Channel with Smooth<br />
and Ribbed Walls<br />
GT2010-22870<br />
Marco Schüler, Horst-Michael<br />
Dreher, Sven Olaf Neumann,<br />
Universität Stuttgart, Institut für<br />
Thermodynamik der Luft- und<br />
Raumfahrt (ITLR), Stuttgart,<br />
Germany, Martin Elfert, German<br />
Aerospace Centre (DLR),<br />
Institute of Propulsion<br />
Technology, Cologne, Germany, ,<br />
Bernhard Weigand, Institute of<br />
Aerospace Thermodynamics<br />
(ITLR), Universität Stuttgart,<br />
Stuttgart, Germany<br />
PIV-Measurement of<br />
Secondary Flow in a<br />
Rotating Two-Pass Cooling<br />
System with an Improved<br />
Sequencer Technique<br />
GT2010-23510<br />
Martin Elfert, German<br />
Aerospace Centre (DLR),<br />
Institute of Propulsion<br />
Technology, Cologne,<br />
Germany, Michael Schroll,<br />
Wolfgang Foerster, German<br />
Aerospace Center (DLR),<br />
Koeln, Germany<br />
Influence Of Channel<br />
Orientation On Heat Transfer<br />
In A Two-Pass Smooth And<br />
Ribbed Rectangular Channel<br />
(AR=2:1) Under Large<br />
Rotation Numbers<br />
GT2010-22190<br />
Michael Huh, The University<br />
of Texas at Tyler, Tyler, TX,<br />
USA, Jiang Lei, Je-Chin Han,<br />
Texas A&M University,<br />
College Station, TX, USA<br />
Investigation of Coriolis<br />
Forces Effect of Flow<br />
Structure and Heat Transfer<br />
Distribution in a Rotating<br />
Dimpled Channel<br />
GT2010-22657<br />
Mohammad Elyyan, ANSYS<br />
Inc, Austin, TX, USA, Danesh<br />
K. Tafti, Virginia Tech,<br />
Blacksburg, VA, USA<br />
Heat Transfer in a Rotating<br />
Rectangular Channel With<br />
Two Opposite Walls<br />
Roughened with Spherical<br />
Protrusions at High Rotation<br />
Numbers<br />
GT2010-22609<br />
Shyy Woei Chang, National<br />
Kaohsiung Marine University,<br />
Kaohsiung, Taiwan, T.-M.<br />
Liou, Department of Power<br />
Mechanical Engineering,<br />
Hsinchu, Taiwan, China, W.<br />
G. Chen, National Tsing Hua<br />
Marine University, Tsinghua,<br />
China<br />
COMMITTEE: Heat Transfer: Film Cooling • Paper Session Room: Alsh 2 • SECC • ThC-10-5<br />
ANALYTICAL MODELING OF FILM COOLING<br />
Session Chair: Savas Yavuzkurt, The Pennsylvania State University, University Park, PA, USA Session Co-Chair: Cengiz Camci, Penn State University, Boalsburg, PA, USA<br />
Block-Spectral Approach to<br />
Film-Cooling Modelling<br />
GT2010-22188<br />
Li He, University of Oxford,<br />
Oxford, Oxford, UK<br />
A Model for Cylindrical Hole<br />
Film Cooling: Part I - A<br />
Correlation for Jet-Flow<br />
with Application to Film<br />
Cooling<br />
GT2010-22787<br />
Tilman Auf dem Kampe,<br />
Stefan Voelker, Siemens AG,<br />
Energy Sector, Mülheim a. d.<br />
Ruhr, Germany, Frank N.<br />
Zehe, University Stuttgart,<br />
Stuttgart, Germany<br />
A Model for Cylindrical Hole<br />
Film Cooling: Part II - Model<br />
Formulation, Implementation<br />
and Results<br />
GT2010-22788<br />
Tilman Auf dem Kampe,<br />
Stefan Voelker, Siemens AG,<br />
Energy Sector, Muelheim a.<br />
d. Ruhr, Germany<br />
A Correlation Approach to<br />
Predicting Film Cooled<br />
Turbine Vane Heat Transfer<br />
GT2010-23597<br />
Bob Boyle, NNR, Cleveland,<br />
OH, USA, Ali Ameri, The<br />
Ohio State University,<br />
Cleveland, OH, USA<br />
Aerothermodynamics Of A<br />
High-Pressure Turbine Blade<br />
With Very High Loading And<br />
Vortex Generators<br />
GT2010-23543<br />
Reinaldo Araujo Gomes,<br />
University of the Federal<br />
Armed Forces Munich,<br />
Munich, Germany, Reinhard<br />
Niehuis, Institute of Jet<br />
Propulsion, University of the<br />
Federal Armed Forces<br />
Munich, Neubiberg, Bavaria,<br />
Germany