ICHMT
INTERNATIONAL SYMPOSIUM ON
TURBULENCE, HEAT and MASS TRANSFER
THMT-03
October 12-17, 2003, Antalya, Turkey
PROGRAM
| Sunday, October
12 |
|
| 16.00-19.00 | Registration |
| 19.00-20.00 | Reception |
| Monday, October 13 |
|
| 08.00-09.00 | Registration |
| 09.00-09.15 | Opening
|
| 09.15-10.00 | Keynote Lecture: Large-Eddy Simulations of the
Heat Exchanges in Turbulent Ducts O. Métais Session Chair: D. Laurence |
| 10.00-10.20 | Coffee Break
|
| 10.20-12.40 | SESSION 1: Turbulence Structure, Heat and Mass Transfer
(1) Session Chair: K. Suzuki |
| Preferred Modes and Jet Column Modes in a Plane Jet and
in a Passively Modified Plane Jet J. F. Olsen, S. Rajagopalan and R. A. Antonia |
|
| Symmetries, Scaling Laws and DNS of Turbulent Boundary
Layer Flow G. Khujadze, M. Oberlack |
|
| Sustaining Mechanism and Characteristics of Large Longitudinal
Vortical Structure in a Turbulent Couette Flow M. Umeki, O. Kitoh and R. Kameyama |
|
| Regeneration Mechanism of Coherent Structres in Near-wall
Turbulence M. F. Baig and S. I. Chernyshenko |
|
| The Role of Splatting Effect in High Schmidt Number Turbulent
Mass Transfer Across an Air-Water Interface Y. Hasegawa and N. Kasagi |
|
| Turbulence Structure and Low Reynolds Number Effects in
Shear-Free Boundary Layer K. Nagata, J.C.R. Hunt and P. A. Davidson |
|
| Developed Turbulent Flow in a Channel with Mass Exchange
Through Porous Walls U. Zhapbasbayev and Sh. Yershin |
|
| 10.20-12.20 | SESSION 2: Direct and Large Eddy Simulations
(1) Session Chair: G. Hetsroni |
| Shocklets and its Effect on Characteristics in Decaying
Isotropic Turbulence D.Fu, Y. Ma and X. Li |
|
| Dynamically Adaptive Multi-level Incompressible Flow Simulation
Standing on Lifting Wavelet T. Tsuji, T. Yokomine and A. Shimizu |
|
| A Numerical Analysis of Navier-Stokes Equation Using Element-Free
Galerkin Method D. Nakai and M. Kawahara |
|
| Simulating Flows and Heat Transfer Around Rectangular Plates
by an Immersed-Boundary Method H. Liu, N. Nikitin and A. Yakhot |
|
| Direct Numerical Simulation of Decaying Turbulence Near
Free-Slip Wall O. Iida, Y. Sawada and Y. Nagano |
|
| Effect of Wall Thermal Properties on the Mean Temperature
Profile in Near-Wall Turbulence I. Tiselj, A. Horvat B. Mavko, E. Pogrebnyak, A. Mosyak and G. Hetsroni |
|
| 12.40-14.15 | Lunch Break |
| 14.15-15.00 | Keynote Lecture: KN-Indoor/Outdoor Climate Design
by CFD Based on the Software Platform S. Murakami Session Chair: B.E. Launder |
| 15.00-16.20 | SESSION 3: Turbulence
Structure, Heat and Mass Transfer (2) Session Chair: D. Markovich |
| Similarity of Decaying Isotropic Turbulence with a Passive
Scalar R.A. Antonia and P. Orlandi |
|
| Skin Friction Estimates in Rough Wall Turbulent Boundary
Layers using Logarithmic and Power Law Profiles O. G. Akinlade and D. J. Bergstrom |
|
| Near-wall PDF Modelling of Turbulent Heat Transfer J. Pozorski, M. Waclawczyk and J. P. Minier |
|
| Influence of Particle Rotation on the Interface Between
Particle Cluster and Particle-Induced Turbulence T. Kajishima |
|
| 15.00-16.20 | SESSION 4: Direct and Large Eddy Simulations (2) Session Chair: O. Metais |
| Reynolds- and Prandtl-number Effects on Turbulence Quantities
through DNS of Turbulent Heat Transfer in a Channel Flow up to Ret=640
H. Abe, Y. Matsuo and H. Kawamura |
|
| DNS in a Plane Vertical Channel with and without Buoyancy
L. Davidson, D. Cuturic and Shia-Hui Peng |
|
| DNS of Natural Convection in Differentially Heated Cavity:
Effect of Three-dimensional Fluctuations X. Trias, M. Soria, C. D. Pérez-Segarra and A. Oliva |
|
| Direct Numerical Simulation of Turbulent Bénard Convection I.B. Palymskiy |
|
| 16.20-16.40 | Refreshment Break |
| 16.40-17.40 | SESSION 5: Transition and Unsteadiness in Turbulent
Heat and Mass Transfer |
| 42 Heat Transfer in a Laminar Separation Bubble Affected by Oscillating External
Flow
J. G. Wissink, V. Michelassi and W. Rodi |
|
| 59 Heat Transfer in the Transient Boundary Layer developing in Unsteady Flow E. Epik |
|
| YN15 Unsteady Heat Transfer from a Circular Cylinder for Reynolds Numbers
from 3000 to 15000
H. Nakamura and T. Igarashi |
|
| 16.40-18.20 | SESSION 6: Direct and Large Eddy Simulations (3) |
| 50 Roughness Effects in Turbulent Channel Flow
A. Ashrafian and H. I. Andersson |
|
| 80 Direct Numerical Simulation of Turbulent Flows in Rotating Annular Pipes A. A. Feiz, S. Benteboula, M. Ould-Rouis and M. Lauriat |
|
| YN54 Direct Numerical Simulation of Turbulent Separating Flow in an Asymmetric
Plane Diffuser
T. Ohta, T. Kajishima, S. Fujii and S. Nakagawa |
|
| YN26 Direct Numerical Simulation of Turbulent Heat Transfer in Plane
Impinging Jet
H. Hattori, Y. Murase and Y. Nagano |
|
| YN55 Direct Numerical Simulation of Turbulent Stagnation Region Heat Transfer S. Bae and H. J. Sung |
|
| Tuesday, October 14 |
|
| 08.30-9.15 | Keynote Lecture: Boiling Enhancement with Surfactants G. Hetsroni, M. Gurevich, A. Mosyak, R. Rozenblit and Z. Segal |
| 09.20-10.40 | SESSION 7: Turbulence and Multiphase Flows (1) |
| 25 Statistical Models of Turbulent Collision of Inertial Particles L. I. Zaichik, O. Simonin and V.M. Alipchenkov |
|
| 94 PDF Simulation of Particle Deposition in Turbulent Two-phase Flows S. Chibbaro, A. Douce and J. P. Minier |
|
| YN56 Control of Droplet Motion by Wall Jet and a Turbulence
Promoter in Turbulent Dispersed Liquid-Liquid Two-Phase Flow in a Pipe M. Tajima, N. Matsukura, M. Tanaka and Y. Hagiwara |
|
| 55 Experimental Study of Inter-particle Collisions in Turbulent Pipe Flow A. Y. Varaksin, T. F. Ivanov and M. V. Protasov |
|
| 09.20-10.40 | SESSION 8: Direct and Large Eddy Simulations (4) |
| 92 Synthetic turbulent inflow conditions for Large-Eddy Simulation N. Jarrin, S. Benhamadouche, Y. Addad and D. Laurence |
|
| 113 Specification of LES Inlet Boundary Conditions Using Vortex Method F. Mathey, D. Cokljat, J.P. Bertoglio and E. Sergent |
|
| 96 LES of Near-Wall Turbulent Heat Transfer Using Dynamic
SGS Models D. J. Bergstrom, J. Ying and B. Wang |
|
| YN17 A New Subgrid Eddy Viscosity Model with Application to Turbulent Channel Flow G. Cui, H. Zhou, Zh. Zhang and L. Shao |
|
| 10.40-11.00 | Coffee Break |
| 11.00-12.20 | SESSION 9: Turbulence and Multiphase Flows (2) |
| YN13 An Influence of Evaporating Drops on Heat Transfer and Turbulence in a Turbulent Gas-Steam Tube Flow V. Terekhov and M. Pakhomov |
|
| 112 Reynolds Stress Model for Eulerian Multiphase D.Cokljat, M. Slack and S. A. Vasquez |
|
| 111 Comparative Study of Euler/Euler and Euler/LagrangeAproaches Simulating Evaporation in a Turbulent Gas-Liquid Flow R. Groll, K. Horvat, S. Jakirlic and C. Tropea |
|
| 24 Some Aspects of Second-Order Transport Equations for the Turbulent 2-phase
Medium
A. V. Dmitrenko |
|
| 11.00-12.40 | SESSION 10: Direct and Large Eddy Simulations (5) |
| 91 Large Eddy Simulation of Rayleigh-Bénard Convection Using a Local Subgrid Diffusivity Model A. Sergant, P. Joubert and P. Le Quéré |
|
| 72 Large Eddy Simulation of Jets in Cross Flow E. O. Kozaka, I. B. Özdemir and J. Warnatz |
|
| YN21 Large Eddy Simulation of Flow and Heat Transfer in a Ribbed Channel J. Ahn, H. Choi and J. S. Lee |
|
| YN57 Large Eddy Simulation of Turbulent Heat Transfer in a Channel having a Wavy Bottom Wall H. S. Choi, T. S. Park and K. Suzuki |
|
| 117 Analysis of Turbulent Mixing in Counterflow and Crossing Jets Configuration
Using LES
B. Wegner, Y. Huai and A. Sadiki |
|
| 12.40-15.00 | Lunch Break |
| 15.00-16.20 | SESSION 11: Turbulence Closures for Heat and Mass Transfer
(1)
|
| 9 Analyzing Turbulent Flows with Heat Transfer Using Representation Theory L. H. Jin, R. M. C. So and T. B. Gatski |
|
| YN43 Relation Between Fundamental Characteristics of Simple
Turbulent Flows and a Non-Linear k-eps Model Constants T. Hosoda, I. Kimura and S. Onda |
|
| YN25 A New Low-Reynolds-Number Turbulence Model with Hybrid Time-Scales of
Mean Flow and Turbulence for Complex Wall Flows
Y. Nagano and H. Hattori |
|
| 109 Towards a Thermodynamically Consistent Anisotropy-Resolving Turbulence Model for Conjugate Flow, Heat and Mass Transfer A. Sadiki, S. Jakirlic and K. Hanjalic |
|
| 15.00-16.20 | SESSION 12: (Reserve) |
| 16.20-16.40 | Refressment Break |
| 16.40-18.00 | SESSION 13: Turbulence Closures for Heat and Mass Transfer
(2) |
| YN40 Proposal of Turbulent Heat Flux Model with Consideration of Linearity and its Application to Turbulent Channel Flow with Various Thermal Boundary Conditions Y. Seki, N. Kawamoto and H. Kawamura |
|
| 32 Assessment of Realizability Constraints and Boundary Condition in v2-f Turbulence Models A. Sveningsson and L. Davidson |
|
| YN48 Improvement of Second Moment Closure for Turbulent Obstacle Flow and Heat Transfer K. Suga |
|
| 58 Prediction of Heat and Mass Transfer in a Confined Channel Flow with Wall Injection C. Fouriner, M. Michard and F. Bataille |
|
| 16.40-18.20 | SESSION 14: Turbulence-Related Heat and Mass Transfer
Control and Augmenttaion |
| 10 Numerical Investigation of Film Cooling from Converging
Slot-hole A. Azzi |
|
| 098 Influence of Turbulators in Blade Cooling Passages on Film Hole Discharge Coefficients under Special Consideration of Rotation H.-P. Schiffer and J. Täge |
|
| YN09 Structural analysis of turbulence transports for momentum and heat in a drag-reducing surfactant solution flow F-Ch. Li, Y. Kawaguchi and K. Hishida |
|
| YN10 DNS of Turbulent Heat Transfer of a Drag-Reducing Flow With Surfactant Additives B. Yu and Y. Kawaguchi |
|
| YN29 Heat transfer control of a backward-facing step flow in a duct with electro-magnetic actuators K. Inaoka, K. Nakamura and M. Senda |
|
| Wednesday, October 15 |
|
| 08.30-9.15 | Keynote Lecture: Full-Field Velocity and Temperature
Measurements Using Magnetic Resonance Imaging in Turbulent Complex Internal
Flows C.J. Elkins and J. K. Eaton |
| 09.20-10.40 | SESSION 15: New Experiments and Experimental Techniques
(1) |
| YN58 High Spatial Resolution Time-Series PIV for Turbulence Measurement M. Tanahashi, Y. Fukuchi, T. Saito, G. -M. Choi, K. Fukuzato and T. Miyauchi |
|
| YN51 Experimental Study of Velocity-Pressure Correlation in Turbulent Mixing
Layer
T. Omori, S. Obi and S. Masuda |
|
| 66 Measurement of the Turbulence Intensities in a Flat Plate Boundary Layer
G. Michell, V. Chernoray, L. Löfdahl, S. Haasl and G. Stemme |
|
| YN61 Experiments on a Three-Dimensional Wall Jet H. Yano, S. Yamashita and Y. Inoue |
|
| 09.20-10.40 | SESSION 16: Turbulence Closures fir Heat and Mass Transfer
(3) |
| 29 Ten Years of Industrial Experience with the SST Turbulence Model F. R. Menter, M. Kuntz and R. Langtry |
|
| 30 Heat Transfer Predictions Based on Two-Equation Turbulence Models with Advanced Wall Treatment T. Esch and F. R. Menter |
|
| 18 Analysis of RANS Turbulence Modelling in Different Types of Convective Turbulent Heat Transfer B. Merci, C. De Langhe, K. Lodefier and E. Dick |
|
| 110 A T-RANS Study of a Shear Flow Around Circular Cylinder Pertaining to Disperse
Phase in Solid/Liquid Upward Duct Flow
B. Basara, S. Jakirlic and A. Alajbegovic |
|
| 10.40-11.00 | Coffee Break |
| 11.00-12.00 | SESSION 17: New Experiments and Experimental Techniques
(2)
|
| YN42 Aerodynamic Analysis of the Sharp Turn Channel Flow Using PIV H. Nakayama, M. Hirota, Y. Ono and H. Fujita |
|
| YN52 Pressure Drop and Heat Transfer of a Rectangular Block on the Wall of Parallel Plate Channel (Effect of the Opening Ratio) T. Igarashi, H. Nakamura and T. Morita |
|
| 43 Experimental Investigation of Interaction of Hydrodynamic and Heat Parameters in
Turbulent Separating Flows
N. I. Miheev V. M. Molochnikov, I. A. Davletshin and P. S. Zanko |
|
| 105 Application of the PDF's Method for Statistical Processing
of the Experimental Data O. Heinz, B. Ilyushin and D. Markovich |
|
| 106 Near-Wall Characteristics of Impinging Turbulent Jet
S. Aleksenko, A. Bilsky, O. Heinz, B. Ilyushin and D. Markovich |
|
| 11.00-12.20 | SESSION 18: Hybrid RANS/LES and Transient RANS |
| 1 Hybrid k-l Based Large Eddy Simulation Modelling P. G. Tucker, L. Davidson and Y. Liu |
|
| 8 Hybrid RANS-LES with Additional Conditions at the Matching Region S. Dahlström and L. Davidson |
|
| 63 Hybrid RANS-LES Modelling with the Renormalization Group C. De Langhe, B. Merci, K. Lodefier and E. Dick |
|
| 76 On a Hybrid LES/RANS Approach and Its Application to Flow over a Matrix of Surface Mounted Cubes B. Zhong, P. G. Tucker and Y. Liu |
|
| 12.40-15.00 | Lunch Break |
| 15.00-15.30 | ONE-SHOT POSTER PRESENTATIONS |
| 15.30-18.00 | POSTER SESSION |
| 52 Fourier and Wavelet Analysis of Streamwise Vortices in a Supersonic Jet V. Zapryagoev, V. Pickalov, N. Kiselev and A. Nepomnyashchiy |
|
| 46 Scaling of Turbulent Boundary Layers on a Plate with Transpiration I. I. Vigdorovich |
|
| YN39 Numerical Investigation of the Relationship Between Lagrangian and Eulerian
Statistics in a Turbulent Channel Flow
T. Ushijima, Yi Hu and O. Kitoh |
|
| 75 Effects of Turbulence Modulation on Mass and Heat Transfer:
3-D Numerical Prediction Based on Coupled Advanced Models for Turbulence
and Evaporation M. Chrigui and A. Sadiki |
|
| 49 Transport of Skin Friction Pulsations in a Turbulent
Separated Flow Behind a Backward Facing Step P. S. Zanko and N. I. Miheev |
|
| 84 Intermittency Based RANS Transition Modelling K. Lodefier, B. Merci, C. De Langhe and E. Dick |
|
| 2 The Effect of a Transverse V-grove on a Turbulent Boundary
Layer Sutardi and C. Y. Ching |
|
| 126 Experimental Investigation of Convective Mass Exchange Between Dispersed
Flows in Valve-pulsatory Apparatus with Permeable Partition
A. R. Aliev, M. R. Aliev and R. Z. Aliev |
|
| 28 An Experimental Study of Temperature, Stream and Velocity Profiles in a Liquid Nitrogen Cryostat M. Boumaza, D. Boukeffa and I. M. Mujtaba |
|
| 103 A Direct Schur-Fourier Decomposition Algorithm for DNS and LES in Low Cost Parallel Computers M. Soria, X. Trias, C. D. Pérez-Segarra and A. Oliva |
|
| 122 A New Approach to Shear Turbulence Modelling Bypass Transition Analysis B. P. Golovnya |
|
| 31 Modification of the v2-f Model for Computing the Flow in a 3-D Wall Jet L. Davidson, P. V. Nielsen and A. Sveningsson |
|
| YN014 Second Order Closure of Heat and Mass Transport Equations
for Shear Turbulence U. S. Abdibekov, S. Smagulov, B. D. Surapbergenov and N. B. Ussenbayev |
|
| 40 Modelling of Turbulence in Near-Wall Region of Free Convection Flow A. W. Fedotov and L. Y. Nikolaeva |
|
| 108 Generalized Wall Functions for the Turbulent Flows with Strong Adverse Pressure Gradient D. Ph. Sikovsky |
|
| 22 Modelling of Underexpanded Jets Using Compressibility-Corrected
k-eps Turbulence Models M. Fairweather and K. R. Ranson |
|
| 70 On Non-Linear RANS, , Hybrid and LES Models Applied
to Complex Flows A. Jouvray and P. G. Tucker |
|
| 102 Numerical Study of Different RANS Models Applied to Turbulent Forced Convection J. E. Jaramillo, K. Claramunt, C. D. Pérez-Segarra, R. Consul and J. Cadafalch |
|
| YN38 Turbulent Heat Transfer in a Square Duct with a Step Change in Surface
Roughness
K. Munakata, M. Hirota, T. Yanagisawa, G. Koarai and H. Fujita |
|
| YN 30 Numerical Simulations of the Flow around a Wing-Body
Junction by Means of a Non-Linear k-eps Model I. Kimura, T. Hosoda and S. Onda |
|
| YN27 Flow of Non-Newtonian Fluids in a Concentric Annulus with Rotation of the Inner Cylinder N.-S. Woo, Y.-J. Kim and Y. K. Hwang |
|
| 100 Numerical Experiments in Turbulent Natural Convection Using Two-equation
Eddy Viscosity Models
X. Albets, C. D. Pérez-Segarra, J. Cadafalch, C. Lifante and K. Claramunt |
|
| 74 Three-dimensional Turbulent Natural Convection Air Cooling of Heat Sources Mounted on a Vertical Wall R. Bessaih and A. Soudini |
|
| 93 2-D Modelling of Turbulent Compressible Flow through a Nozzle M. Y. Bouzid, and R. Dizene |
|
| 53 The Extended Model for Scalar PDF, Scalar Dissipation Rate and Isoscalar Surface Density Function in Homogeneous Turbulent Flow V. A. Babenko, V.A. Sosinovich and J. V. Zhukova |
|
| 14 A Method for Accounting for Ablation of Mass and Change
of Vehicle Form for Burning Process of a Heat Shield on Breaking in an Atmosphere
N. A. Udaloy, N. M. Ivanov, N. L. Sokolov and V. U. Pazdnikov |
|
| YN63 Optimal Control of Fluid Force around a Circular Cylinder for Incompressible Viscous Flow using Automatic Differentiation Y. Takahashi and M. Kawahara |
|
| 56 Heat Transfer Enhancement in Microchannel for Chatalytic
Convertor both Experimentally and Numerically by CFD P. Matilainen and H. Tuomola |
|
| YN22 Enhancement of Boiling and Condensation Heat Transfer under Non-uniform Electric Field Ch. Chen, J. Yang, Y. Zhang and Ch. Yu |
|
| 3 Numerical Study of Heat and Flow in a Plate-Fin Heat Exchanger with Vortex Generators A. Sohankar and L. Davidson |
|
| Thursday, October 16 |
|
| 08.30-9.15 | Keynote Lecture: Counter-Rotating Vortices Behind
a Heated Cylinder M. Ren, C.C.M. Rindt and A.A. van Steenhoven |
| 09.20-10.40 | SESSION 19: Turbulence and Thermal Buoyancy (1) |
| 107 The Negative Buoyant Wall Jet: Part 1: LES Database Y. Addad, D. Laurence and S. Benhamadouche |
|
| 97 The Negative Buyant Turbulent Jet: Performance of Alternative Options in RANS Modelling T. J. Craft, A. V. Gerasimov, H. Iacovides, J. W. Kidger and B. E. Launder |
|
| 77 Experimental and Numerical Investigation of Turbulent Natural Convection in a Large Air-filled Cavity J. Salat, S. Xin, P. Joubert, A. Segent, F. Penot and P. Le Quéré |
|
| 86 On the Influence of Buoyancy on Turbulence Production and Effectiveness of Heat Transfer in Vertical Flows J. D. Jackson, X. Zeyuan and T.-H. Wu |
|
| 09.20-10.40 | SESSION 20: Complex Flow Phenomena - Computations (1)
|
| 11 A Computational Analysis of Turbulent Swirling Flows A. C. Benim and A. Nahavandi |
|
| 65 Three-dimensional Turbulent Forced Convection Flow Adjacent
to Backward-Facing Step J. H. Nie and B. F. Armaly |
|
| YN16 Performance of Reynolds-Averaged Turbulence and Scalar-Flux Models in Flow Fields with Impingement and Separation K. Abe |
|
| 34 Prediction of Flow Characteristics and Separation of Turbulent 3-D Cold Wall Jets
with RSM
T. Törnström and B. Moshfegh |
|
| 10.40-11.00 | Coffee Break |
| 11.00-12.40 | SESSION 21: Turbulence, Mixing and Reacting Flows (1)
|
| YN08 Mixing of Supersonic Liquid Fuel Jets Injected into Quiescent Air S. Zakrzewski, B. E. Milton and M. Behnia |
|
| 81 Two-point Modelling of Turbulent Scalar Mixing and a New Inertial Range Law W. J. T. Bos, H. Touil, L. Shao and J. P. Bertoglio |
|
| 47 Stochastic Scalar Mixing Models Accounting for Intermittency O. Soulard, N. Baricault, V. Sabel'nikov and M. Gorokhovski |
|
| 21 Modelling of the Ignition Characteristics of Flammable Jets Using a k-eps-y
Turbulence Model
R. F. Alvani and M. Fairweather |
|
| 11.00-13.00 | SESSION 22: Complex Flow Phenomena: Computations (2)
|
| 85 Comparative Study of Turbulence Models Applied to Buoyancy-Opposed
Convection in a Vertical Passage W. S. Kim, J. D. Jackson and S. He |
|
| YN50 Turbulent Impinging Jet onto a Co-Axial Rotating Disk Y. Minagawa and S. Obi |
|
| 54 Turbulence and Velocity Fields of Slanted Jets in Cross Flow - Measurements and CFD Simulations K. M. B. Gustafsson and T. G. Johansson |
|
| 95 Numerical Investigation of the Film Cooling of a Flat Plate by Streamwise Injection from a Row of Holes D. Charrared, S. Benmansour and R. Dizene |
|
| 48 The Numerical Modelling of 3-D Laminar and Turbulent Separated Flows Y. D. Shevelev and F. A. Maksimov |
|
| YN41 Statistical Characteristics of Vertical Gravitational Flow Impinging onto Horizontal Ground Y. Nagata, K. Iyama, S. Obi and S. Masuda |
|
| 13.00-15.00 | Lunch Break
|
| 15.00-16.20 | SESSION 23: Turbulence, Mixing and Reacting Flows (2) |
| YN62 A Large Eddy Simulation of Non-premixed Turbulent Flame and Nitric Oxide Production N. Taniguchi, T. Tominaga, K. Inoue, M. Hirohata and T. Kobayashi |
|
| 17 Study of k-eps Models in Turbulent Swirling Flows with
Non-premixed Combustion K. van Maele, B. Merci and E. Dick |
|
| 44 Second Order Conditional Moment Closure Modelling of H2/He Turbulent Jet Diffusion Flames M. Fairweather and R. T. M. Woolley |
|
| 73 Implementation of the Hierarchical Structure of the Combustion Processes into Intrinsic Low-dimensional Manifold Technique B.A. Sen, I. B. Özdemir and J. Warnatz |
|
| 15.00-16.20 | SESSION 24: Complex Flows, Heat and Mass Transfer -
Applications (1) |
| 4 Turbulent and Stationary Convective Flow Field Around the Head of a Human O. Ozcan, K. E. Meyer and A. Melikov |
|
| 16 Turbulence Modelling and its Effects on Electronic Systems K. Dhinsa, C. Bailey, and K. Pericleous |
|
| 60 Analysis of Turbulent Flow and Heat Transfer in a Square-sectioned U-bend S. Etemad, M. Rokni, B. Sundén and O. Daunius |
|
| 118 Buoyancy-generated Turbulent Flows in Semi-Enclosed
Regions: Application to the Dynamics of Tunnel Fires M. K. Neophytou nd R. E. Britter |
|
| 16.20-16.40 | Refreshment Break |
| 16.40-18.20 | SESSION 25: Turbulence, Mixing and Reacting Flows (3)
|
| 114 PDF Simulation of a Bluff-body Stabilized Flame B. Naud and D. Roekaerts |
|
| YN32 Turbulent Scalar Flux in Turbulent Premixed Combustion S. Nishiki, T. Hasegawa, R. Borghi and R. Himeno |
|
| YN59 Three-Dimensional Structure of H2-Air Turbulent Premixed Flames Y. Nada, M. Tanahashi and T. Miyauchi |
|
| 20 A Radiative Flamelet Combustion Model for Turbulent Premixed Methane-Air Flames C. Y. Ma, T. Mahmud and M. Fairweather |
|
| 41 The Equation for Passive Scalar Gradient PDF in Homogeneous Turbulent Flow V. A. Babenko, A. D.Chorny and V.A. Sosinovich |
|
| 16.40-18.00 | SESSION 26: Complex Flows, Heat and Mass Transfer -
Applications (2) |
| 79 Crystallization on Heat Transfer Surfaces under Unsteady Flow Conditions W. Augustin |
|
| 123 Influence of Air Ducts Systems on Airflow and Temperature Dispersion in
a Truck
J. Moureh and D. Flick |
|
| 38 Mathematical Modelling of Heat and Mass Transfer in Forest Fire Initiation V. Perminov |
|
| Friday, August 17 |
|
| 09.00- 12.00 | Open Forum and Panel Discussion (Topics to be defined) |
| 12.00 | Symposium Closure |