Paper # |
Session |
Title |
Authors |
| 26 | CFHT | Large Eddy Simulation of Non-isothermal Flow in Rotor/stator Cavity | Ewa TULISZKA-SZNITKO, Artur ZIELINSKI, Wojciech MAJCHROWSKI |
| 59 | CFHT | PIV Measurements of the Flow in a Rotating Cavity with a Radial Inflow | Yu XIAO, X. LUO, G. Q. XU , J. N. SUN |
| 8 | COMB | Experimental Study of Equivalence Ratio Influence on Thermoacoustic Instability in Gas Turbines | Nasser Seraj MEHDIZADEH, Nozar AKBARI, Reza EBRAHIMI |
| 32 | COMB | Thermal-mechanical Life Prediction in After Shell Section of Gas Turbine Combustion Liner | Kyung Min KIM, Yun Heung JEON, Namgeon YUN, Dong Hyun LEE, Hyung Hee CHO |
| 35 | COMB | Analytical and Experimental Analysis of Reactants Velocity Effect on Instability of Premixed Combustion Chamber | Nasser SERAJ MEHDIZADEH, Nozar AKBARI, Reza EBRAHIMI |
| 51 | COMB | Numerical Analysis of Effect of Porous Media on Combustion | Nihan ELMAS, Aydın MISIRLIOGLU |
| 60 | COMB | Heat Transfer Investigation of the Sub- and Supercritical Fuel Flow through a U-turn Tube | C. B. ZHANG , Z. TAO , G. Q. XU , H. W. DENG, J. N. SUN |
| 68 | COMB | Coupling Study between heat Transfer and Aerodynamic Flow in Square-edged Inlet | Phu Hung NGUYEN, Viet Hung NGUYEN, Eva DORIGNAC |
| 12 | EFHT | Turbine Vane Cascade Heat Transfer Predictions Using a Modified Version of the γ – reθt % Laminar-Turbulent Transition Model | Evgueni SMIRNOV, Alexander SMIRNOVSKY |
| 27 | EFHT | Front Bulkhead Upstream Flow Effect on the Inlet Gide Vanes of MS5002B Gas Turbine Compressor | D. CHERKERKER, Rabah DIZENE |
| 30 | EFHT | Modeling of Heat Transfer in Exhaust Nozzle of Gas Turbines | Özge ALTUN, Y. Erhan BÖKE |
| 31 | EFHT | Effect of Temperature Distortion on HP Turbine Heat Transfer and Aerodynamics | I. QURESHI, T. POVEY, K. S. CHANA, A. D. SMITH |
| 46 | EFHT | Convective Heat Transfer in an Experimental Intermediate Turbine Duct | Carlos ARROYO, Gunnar JOHANSSON |
9
| EW | Numerical Simulation of the Endwall Heat Transfer in the Langston Cascade | | Alexander M. LEVCHENYA, Evgueni M. SMIRNOV, Dmitry ZAYTSEV |
|
| 44 | EW | An Experimental Study of Airfoil and Endwall Heat Transfer in a Linear Turbine Blade Cascade – Secondary Flow and Surface Roughness Effects | Marco LORENZ, Achmed SCHULZ, Hans-Joerg BAUER
|
| 53 | EW | Optimization of a Turbine Vane Endwall Using a Combined Natural and Numerical Approach | S.O. NEUMANN, H. STEINBRÜCK, S. ZEHNER, B. WEIGAND |
| 65 | EW | Effects of Stator/rotor Leakage Flow and Axisymmetric Contouring on Endwall Adiabatic Effectiveness | Ryan ERICKSON, Terrence SIMON |
| 66 | EW | Effects of Wheelspace Coolant Injection and Gap Geometry on Blade Endwall Heat/Mass Transfer | Marco PAPA, V. SRINIVASAN, R. J. GOLDSTEIN, Fabio GORI |
| 6 | FC | Study on Influence of Initial Wall Temperature Distribution on the Transient Measurement Results of Film Cooling | Liu CUNLIANG, Hui-ren ZHU, Jiang-tao BAI , Du-chun XU |
| 10 | FC | Comparison of Film Cooling in the Presence of Various Mainstream Pressure Gradients | Cun-liang LIU, Hui-ren ZHU, Guang-Chao LI, Du-chun XU |
| 15 | FC | Large Eddy Simulation of Internal coolant Cross-flow Effects on Film Cooling | Wei PENG, Pei-Xue JIANG |
| 16 | FC | A Correlation-based Methodology to Predict the Flow Structure of Flows Emanating from Cylindrical Holes with Application to Film Cooling | Tilman auf dem KAMPE, Stefan VOLKER |
| 20 | FC | Effect of Initial Coolant Conditions on Transpiration Cooling on Curved Surfaces | Yuan Qing LIU, Pei Xue JIANG |
| 23 | FC | A Comparative Study of the Film Cooling Hole Configuration Effects on the Leading Edge of Asymmetrical Turbine Blade | Mustapha BENABED, Abbès AZZL, B. A JUBRAN |
| 25 | FC | Effect of the Geometry of Film Cooling Holes on Heat Transfer Coefficient in Condition of Various Mainstream Pressure Gradients | Xiao-wei ZHANG, Hui-ren ZHU, Guang-Chao LI, Du-chun XU |
| 28 | FC | Comparison Study of Closure Models for Modeling a Flow on Curved and Flat Plates. Film Cooling of Gas Turbine Blade Application | Rabah DIZENE, A. BERKACHE, S. BENMANSOUR |
| 29 | FC | First Moment Closure Modeling of Film Cooling Effectiveness in Single Row of Cylindrical Holes | Farzad BAZDIDI-TEHRANI, Hosein FOROUTAN, Mehran RAJABI-ZARGARABADI |
| 43 | FC | Effect of Internal Rib Configurations on the Discharge Coefficient of a 30-deg Inclined Film Cooling Hole | Christian HENEKA, Achmed SCHULZ, Hans-Joerg BAUER |
| 56 | FC | Mixing of Air and CO2 Study on a Turbine Blade | Yavuz Hakan ÖZDEMIR, Seyfettin BAYRAKTAR, Tamer YILMAZ |
| 57 | FC | Investigation of Film Cooled Rough Surfaces Using Large Eddy Simulation | Prasad KALGHATGI, Sumanta ACHARYA |
| 61 | FC | Influence of Internal Cyclone Flow on Adiabatic Film Cooling Effectiveness | Andreas LERCH, Heinz-Peter SCHIFFER |
| 64 | FC | The Effect of Embedded Vortices on Film Cooling with Compound Angle Orientations | Hyo Kyung CHUNG, Joon Sik LEE |
| 69 | FC | Study on the Thermal and Flow Fields of Film Cooling with Shaped Film Cooling Holes Part 1 - Experimental Results Using Low Speed Wind Tunnel | Kenichiro TAKEISHI, Satoshi HADA, Shohei MORI, Masaharu KOMIYAMA |
| 70 | FC | Study on the Thermal and Flow Fields of Film Cooling with Shaped Film Cooling Holes Part 2 - Numerical Results by RANS and DES | Kenichiro TAKEISHI, Yutaka ODA, Tsuyoshi KITAMURA |
| 37 | IC | Technical and Economical Feasibility of Air Cooling Gas Turbine Units in the Middle East Area | Syed M. ZUBAIR, Jameel R. KHAN, Thomas P. SCHMITT, Michael J. GROSS |
| 49 | IC | Assessment of Ejector Waste Heat Recovery Refrigeration for Pre-cooling Gas Turbine Inlet Air | Andrey RADCHENKO |
| 50 | IC | Complex Recovering of Gas Turbine Waste Heat for Cooling of Turbine Cyclic Air by Ejector Refrigeration System | Andrey RADCHENKO, Nikolai RADCHENKO |
| 55 | IC | Effective Evaporator Circuits of Waste Heat Recovery Refrigeration Systems for Pre-cooling Gas Turbine Inlet Air | Roman RADCHENKO |
| 14 | IFHT | Heat Transfer Intensification in a System of Several Ribs Oriented at Different Angles to the Main Flow | Ya.I. SMULSKY, V. I. TEREKHOV, N.I. YARYGINA |
| 17 | IFHT | Predicting the Coolant Flow and Heat Transfer in Radial Turbine Blades | Aidin PANAHI, Mozzafar Ali MEHRABIAN |
| 21 | IFHT | Effect of Rotation to the Cyclone Cooling Method Mass Transfer Measurements | Nils WINTER, Martin KEGALJ, Heinz-Peter SCHIFFER |
| 34 | IFHT | Liquid Crystal Thermography for Transient Heat Transfer Measurements in Complex Internal Cooling Systems | Rico POSER, Jens von WOLFERSDORF |
| 4 | JI | Investigation on Heat Transfer Characteristics and Correlations of Jet Impingement Cooling of Gas Turbine | Purna Chandra MISHRA |
| 7 | JI | Influence of Height to Diameter Ratio on Impingement Heat Transfer on Effused Concave Surface | M. Ashok KUMAR, B.V.S.S.S. PRASAD |
| 19 | JI | Experimental Study of Heat Transfer from Impinging Jet with Upstream and Downstream Crossflow | Daniel THIBAULT, Matthieu FENOT, Gildas LALIZEL, Eva DORIGNAC |
| 22 | JI | Effects of Mach Number, Reynolds Number, and Jet Spacing on Surface Heat Transfer for a Full Array of Impinging Jets | Matt GOODRO, Phil LIGRANI, Mike FOX, Hee-Koo MOON |
| 41 | JI | An Experimental and Numerical Investigation of Impingement Heat Transfer in Airfoils Leading-edge Cooling Channel | M. E. TASLIM, A. ABDELRASOUL |
| 47 | JI | Experimental (by tlc Method) and Theoretical Analyse of Heat Transfer Characteristics on a Rectangular Cross-section Duct with Impingement Jet | Unal UYSAL, Fatih SAHIN, M. K. CHYU |
| 3 | SA | A New Unsteady Fluid Network Approach to Simulate the Characteristics of the Air System of a Gas Turbine System | Shengping HOU, Zhi TAO, Shuiting DING |
| 11 | SA | Calculation of Gas Turbine Blade Temperatures Using an Iterative Conjugate Heat Transfer Approach | Mangesh KANE, Savas YAVUZKURT |
| 36 | SA | A Novel Method for the Computation of Conjugate Heat Transfer with Coupled Solvers | Verstraete TOM, Rene Van den BRAEMBUSSCHE |
| 40 | SA | Optimization of a Gas Turbine Stator Nozzle Cooling Using Genetic Alghoritms | Biagio MORRONE, Andrea UNICH, Antonio MARIANI, Vincenzo de MAIO |
| 45 | SA | Cracks Formation on Exhaust Ducts for Naval Gas Turbines:Research on Causes and Use of a New Cr-Mn Austenitic Stainless Steel | Hildebrando J. CRUZ, João L. AVEIRO, João C. VIEGAS, Rui F. MARTINS |
| 48 | SA | Application of Artificial Neural Network (ANN) Method to Exergetic Analyses of Gas Turbines | Yilmaz YORU, T. Hikmet KARAKOC, Arif HEPBASLI |
| 54 | SA | Combined Heat Exchange Intensification Techniques as a Key to Development of Automotive GTE’s Compact Heat Exchangers | A. V. SUDAREV |
| 58 | SA | Spatio-temporal Identification of a Heat Source in a Diffusive by Solving a Reverse Problem | Maamar ABDELKARIM , Younes TOUHAMI , Bachir BOUNEGTA |
| 63 | SA | Comparison of Counter – Rotating and Traditional Axial Aircraft Low-pressure Turbines Integral and Detailed Performances | Leonid MOROZ, Petr PAGUR, Yuri GOVORUSCCHENKO , Kirill GREBENNIK |
| 67 | SA | Preliminary Design Procedure Developed for the Thermal and Fluid Dynamic Analysis of a Generic Cooling Technology | Carlo CARCASCI, Stefano ZECCHI, Maurizio BARTOLI |
| 18 | TE | Experimental Investigation of Turning Flow Effects on Innovative Trailing Edge Cooling Configurations with Elliptic Pin Fins | Carlo CARCASCI, Francesco SIMONETTI |
| 42 | TE | Trailing Edge Film Cooling of Gas Turbine Airfoils –Effects of Ejection Lip Geometry on Film Cooling Effectiveness and Heat Transfer | Tim HORBACH, Achmed SCHULZ, Hans-Joerg BAUER |
| 33 | THT | Heat Transfer Characteristics on Tip and Inner Rim Surfaces of Rotor Blade with Squealer Rim | Jun Su PARK, Dong Hyun LEE, Woo Jin LEE, Hyung Hee CHO, Dong-Ho RHEE |
| 38 | THT | Advanced Aero-thermal Investigation of High Pressure Turbine Tip Flows | Péter VASS, Tony ARTS |
| 52 | THT | Augmented Heat Transfer of an Internal Blade Tip by Full or Partial Arrays of Pin-fins | Gongnan XIE, Bengt SUNDEN, Lieke WANG, Esa UTRAINIEN |
| 62 | THT | Flow and Heat Transfer on and near a Transonic Turbine Blade Tip | Qiang ZHANG, Devin O’DOWD, Phillip LIGRANI, Li HE, Andrew WHEELER |
| 39 | POSTER | Impact of the Geometry on the Improvement of the Thermal Transfer of the Turbulent Flows | Ahmed Zineddine DELLIL, Abbès AZZI |