NINTH INTERNATIONAL CONFI RENC - GBV · r S1AM - Society for Industrial and Applied Mathematics The...

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r S1AM - Society for Industrial and Applied Mathematics The Combustion Institute - Italian Senior, NINTH INTERNATIONAL CONFI RENC ON NUMERICAL COMBUSTU )N T April 7-10, 2002. Sorrento. ITALY TIB/UB Hannover 89 128 009373

Transcript of NINTH INTERNATIONAL CONFI RENC - GBV · r S1AM - Society for Industrial and Applied Mathematics The...

Page 1: NINTH INTERNATIONAL CONFI RENC - GBV · r S1AM - Society for Industrial and Applied Mathematics The Combustion Institute - Italian Senior, NINTH INTERNATIONAL CONFI RENC ON NUMERICAL

r

S1AM - Society for Industrial and Applied Mathematics

The Combustion Institute - Italian Senior,

NINTH INTERNATIONAL CONFI RENC

ON NUMERICAL COMBUSTU )NT

April 7-10, 2002. Sorrento. ITALY

TIB/UB Hannover 89128 009373

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Table of Contents

Plenary IModeling of Turbulent Combustion Using Large-Eddy SimulationH. Pitsch (USA) " 21

CP01 -Turbulent Combustion: LES

A power-law flame wrinkling model for large eddy simulations ofpremixed turbulentcombustion (Paper No 015)F. Charlette (France), C. Meneveau (USA), D. Veynante (France) 23

A power-law dynamic model for large eddy simulations ofpremixed turbulentcombustion (Paper No 046)F. Charlette (France), C. Meneveau (USA), D. Veynante (France) 25

Towards the generation of Turbulent Inflow conditions for Combustion LES(Paper No 076)A. Kempf, M. Klein, R. Bauer, A. Sadiki, J. Janicka (Germany) 27

Scalar Transport Modelling in Large Eddy Simulation of Turbulent Premixed Flames(Paper No 128)S. Tullis, S. Cant (UK) 29

DNS analysis of a generalized progress variable for LES of partially premixedturbulent combustion (Paper No 042)P. Domingo, J. Reveillon, L. Vervisch (France) 31

Large Eddy Simulation of a Solid-fuelJet Flame (Paper No 013)

R. Kurose, H. Makino (Japan) 33

CP02 - Numerical Methods I

Designing Adaptive Low Dissipative High Order Schemes for Long-time Integrations(Paper No 138)H.C. Yee (USA), B. Sjogreen (Sweden) 35

Performance of Several High order Numerical Methods for Supersonic Combustion(Paper No Oil)B. Sjogreen (Sweden), H.C. Yee ,W.S. Don (USA) 37

Compensated Operator Splitting to Couple Multiple Stiff Processes (Paper No 030)J.P. Boris, E. S. Oran, G. Patnaik (USA) 39

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Ninth 1CNC - Sorrento 2002

Effect of the round-off errors on flame fronts governed by the Sivashinsky equation(Paper No 073)V. Karlin(UK) 41

Error Control Techniques for Explicit Time Integration of the Compressible Navier-Stokes Equations in the Presence of Moderately Stiff Chemistry (Paper No 114)S.D. Mason, C.A. Kennedy, J.C. Sutherland (USA) " 43

Numerical Investigation of the Stochastic Reactor Model (Paper No 28)

A. Bhave, M. Kraft (UK) 45

CP03 - Laminar Combustion: flame structure and flame propagation

Computational and Experimental Study of Two-Dimensional Counterflow diffusionflames (Paper No 120)G. Amantini, V.S. Santoro, D.C. Kyritsis, A. Gomez, M.D. Smooke (USA) 47Numerical simulations of gas diffusion flames in microgravity on a flat plate in a flowofoxidizcr parallel to its surface. Stand-off distance and boundary layer assumption(Paper No 110)S. Rouvreau, H.Y. Wang, P. Joulain (France), J.L. Torero (UK) 49

Damkdhler number at the tip of a diffusion edge-flame (Paper No 133)J. Boulanger, L. Vervisch (France) 51

Simple chain-branching premixed-flame asymptotics (Paper No 06)J. Dold(UK) . . ^

Effect of volumetric heat-loss on triple flame propagation (Paper No 040)K. Daou, J. Daou, J. Dold (UK) 55

Effect of Zeldovich number on flame-balls with one-step chemistry (Paper No 09)

R. Thatcher, J. Dold (UK) 57

CP04 — Multiphase combustion: sprays

Numerical Simulation of Jet Dynamics in the Inviscid and viscous Regimes using theLevel Set Method (Paper No 019)A. Balabel, B. Binninger, M. Herrmann, N. Peters (Germany) 59Analysis of mixture fraction fluctuations generated by spray vaporisation(Paper No 034).1. Helie, B. Bedat, T. Poinsot, O. Simonin (France) 61

Surface Density Concepts for Cryogenic Combustion Modeling (Paper No 068)S. Jay, F. Lacas, S. Candel (France) 63

Numerical and analytical Modeling of a Radially Propagating Spray Flame(Paper No 060)J.B. Greenberg, A. Kalma (Israel) 65

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Design-Optimisation of an Aero-Engine Premixer-Burner by Means of Sequential Time-Dependent Multi-Phase Flow Predictions (Paper No 102)F. Pittaluga, S. Traverso (Italy) 67

Contributions of Numerical Computations to the Design of Common Rait DieselCombustion Systems (Paper No 022)P. Belardini, C. Bertoli, M. Migliaccio (Italy) 69

CP05 - Turbulent Combustion: Premixed

Multicomponent Transport Impact on Turbulent Premixed HVO? Flames(Paper No 044)J. de Charentenay, A. Ern (France) 71

Flamelet models in partially premixed combustion (Paper No 070)C. Jimenez (Spain), B. Cuenot (France), T. Poinsot (France) 73

Numerical Simulation of Premixed Turbulent Methane Combustion (Paper No 023)J.B. Bell, M.S. Day, J.F. Grcar (USA) 75

Integration ofCFD and Linearised Theory for LPP Combustion Dynamics(Paper No 096)C.A. Armitage, R.S. Cant, A.P. Dowling, T.P. Hynes (UK) 77

The Application of a Partially Premixed Turbulent Combustion Model to Predicting Liftoff Heights of Lifted Jet Flames (Paper No 103)J. Ranasinghe, R. S. Cant (UK) 79

Two-Fluid Modeling of Premixed Turbulent Combustion by Zone ConditioningApproach (Paper No 045)E. Lee, K.Y. Huh (Korea) 81

CP06 - Numerical Methods II

Exploiting ISA T to Solve the Equations of Reacting Flow (Paper No J17)S.B. Pope, M.A. Singer (USA) 83

A model for steady state flameless combustion in homogeneous isotropic turbulence(Paper No 063)P. Gualtieri, B. Favini, CM. Casciola, C. Bruno, R. Piva (Italy) 85

Towards Universal Model of Turbulent Combustion (Paper No 054)V.I. Golovitchev (Sweden) 87

Fuego: an Extensible Toolkit for Building Chemical Kinetics and ThermodynamicsApplications (Paper No 017)M.A.G. Aivazis (USA) 89

Stochastic, Lagrangian algorithms for analysis of flame simulations (Paper No 024)J.B. Bell, M.S. Day, J.F. Grcar, M.J. Lijewski (USA) 91

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Simulation of Methane Combustion Using Multiprocessor Computer System(Paper No 109)B. Chetverushkin, N. Churbanova, M. lacobovski, N. Romanyukha (Russia) 93

CP07 - Dynamics, Stability and Bifurcation Analysis

On Analysis of Critical States for Combustion Processes bv Mathematical CatastropheTheory (Paper No 0S2)V.P. Korobeinikov (Russia) 95

Propagation of Premixed Flames in Quiescent Media with Periodic Laminar FlameSpeed I'ariations (Paper No 079)S.R, Lee, J.S. Kim (Korea) 97

Nonlinear Dynamics of a Reverse - Flow Catalytic Combustor: Frequency-locking(Paper No 090)E. Mancusi, G. Continillo, L. Russo, S. Crescitelli (Italy) 99

Investigation of Flame Front Tulip and Cellular Configurations (Paper No 048)A.V. Fedorov, A.G. Istratov, N.I. Kidin (Russia) 101

Spinning Instability of Gaseous Detonations (Paper No 074)A.R. Kasimov, D. S. Stewart (USA) 103

3D Modelling of Spinning Reaction Waves (Paper No 067)

T.P. Ivleva, A.G. Merzhanov (Russia) 105

CP08 - Chemistry: Mechanism Reduction

Analysis and Interpretation of the 1LDM algorithm (Paper No 065)

P. Hung, J.E. Shepherd (USA) 107Intrinsic Low-Dimensional Manifold Method Extended with Diffusion (Paper No 029)H. Bongers, J. van Oijen, P. de Goey (the Netherlands) 109

A new improvement of the FPI kinetics reduction technique by taking into account heatloss (Paper No 049)B. Fiorina, O. Gicquel, N. Darabiha (France) 111

A Chemical Reduction Method Based on FPI for Homogeneous Charge CompressionIgnition Engine (Paper No 052)O. Gicquel, M. Embouazza, D. Thevenin, N. Darabiha (France) 113

Automatically Derived Reduced Models of Chemistry-Fluid Interaction for TraceSpecies (Paper No 059)J.F. Grcar, M.S. Day, J.B. Bell (USA) 115

Enhanced CSP Diagnostic Tools to Analyze Reacting Flows (Paper No 131)M. Valorani (Italy), D. Goussis (Greece), H.N. Najm (USA) 117

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MS01 Level Set Methods Applied to Combustion Problems 119

Level Set Methods for Tracking Discontinuities in Rective Flow (Paper No MS011)T. Aslam(USA) 121

The Ghost Fluid Method for Deflagrations and Detonations (Paper No MS012)R. Fedkiw (USA) ' 123

Level Set Methods applied to Detonation Shock Dynamics and Other Moving BoundaryProblems (Paper No MS013)D.S. Stewart, S. Yoo (USA) 125

A Generalized Level-Set/In-Cell-Reconstruction Method for accelerating TurbulentPremixed Flames (Paper No MS014)H. Schmidt, R. Klein (Germany) 127

MS02 - Computationally-Efficient Implementation of Combustion Chemistry 129

Turbulent Premixed Flames Investigated Using Direct Simulations and ReducedChemistry (Paper No MS021)D. Thevenin, O. Gicquel, R. Hilbert (France) 131

Mapping High Dimensional Input-Output Behavior in Reactive Dynamics(Paper No MS022)H. Rabitz (USA) 133

Identification, Tabulation and Use of Low-Dimensional Manifolds for CombustionComputations (Paper No MS023)S.B. Pope (USA) 135

Efficient Methods of Generating and Implementing ILDMs (Paper No MS024)

U. Maas (Germany) 137

MS03 - Topics in Premixed Flame Theory 139

A Unified Model of Flames as Gasdynamic Discontinuities (Paper No MS031)

B.J. Matkowsky (USA), A.G. Class (Germany), A.Y. Klimenko (Australia) 141A Level Set Method for Flames as Gasdynamic Discontinuities (Paper No MS032)A.G. Class (Germany), A. Bayliss, B.J. Matkowsky (USA) 143

Nonlinear Dynamics of Sequential Flames (Paper No MS033)A.A. Golovin, A.A. Nepomnyashchy, B.J. Matkowsky (USA) 145

Multiple Solutions, Extinction and Stability of Nonadiabatic Catalytic Flames inStagnation-Point Flow (Paper No MS034)S.B. Margolis, T.J. Gardner (USA) 147

MS04 — Numerical Modeling of Transient Premixed Turbulent Flames: Problemsand Solutions with the TFC Combustion Model 149

Physical Background of the TFC Combustion Model (Paper No MS04I)V.L. Zimont (Italy) 151

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Comparison of the TFC Combustion model with Premixed Flame Experiments(Paper No MS042)F. Dinkelacker, S.P. Reddy Muppala (Germany) 153

Modeling of Turbulent Flames Expanding under Elevated Pressures in CombustionBombs and Internal Combustion Engines (Paper No MS043)A. Lipatnikov, J. Chomiak, J. Wallesten (Sweden) 155

Simulation of Turbulent Combustion in Industrial Dry Low Emission Burners Using theTFC Model: Validation. Modelling Implications and Future Directions(Paper No MS044)F. Biagioli (Switzerland) 157

Plenary IIComputational Fluid Dynamics for High Performance Engine SimulationsT. Baritaud (Italy), C. Angelberger (France) 159

MS05 - Computer Modeling of HCCI Combustion 161

A Stochastic Simulation of an HCCI Engine Using an Automatically reducedMechanism (Paper No MS051)H. Soyan, T. L0vas, F. Mauss (Sweden) 163

A Quasi-dimensional HCCI Model for Performance and Emissions Studies(Paper No MS052)S.B. Fiveland, D.N. Assanis (USA) 165

Alternatives for Modeling Autoignition in Homogeneous Charge, Compression Ignition(HCCI) Combustion (Paper No MS053)C.K. Westbrook, W.J. Pitz (USA) 167

Analysis of a 6-Cylinders Turbocharged HCCI Engine Using a Detailed KineticMechanism (Paper No MS054)G. Cantore, L. Montorsi (Italy), F. Mauss, P. Amneus (Sweden) 169

MS06 - Significance of DNS in Combustion Studies 171

DNS of Turbulent Combustion in GRID like Environments (Paper No MS06I)M. Lange (Germany) 173

Numerical Analysis of Hydrogen-Air Jet Diffusion Flame (Paper No MS062)Y. Mizobuchi, S. Tachibana, J. Shinjo, S. Ogawa, T. Takeno (Japan) 175

Direct Numerical Simulation of Turbulent Partially Premixed Flames (Paper NoMS063)B. Cuenot (France), C. Jimenez (Spain), T. Poinsot (France) 177

Dynamics of Freely-Propagating Premixed Flame Edges (Paper No MS064)H.G. Im (USA), J.S. Kim (Korea) 179

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MS07 - Pattern Forming Phenomena in Combustion 181

Lewis-Number Effects on Pattern-Forming Edge-Flame Propagation(Paper No MS071)V.Nayagam, F.A.Williams (USA) 183

Challenges in Numerical Simulation of Pattern Formation in Flames Motivated byExperiments (Paper No MS072)P.D. Ronney (USA) 185

Modulated Rotating Wave Patterns in Combustion Experiments with Circular Symmetry(Paper No MS073)A. Palacios (USA) 187

Instabilities in Non-Premixed Combstion: Cells and Oscillations (Paper No MS074)

M. Matalon (USA) 189

MS08 - Numerical Modeling of Combustion in Explosions 191

Numerical Simulations of Shock-Induced Mixing and Combustion (Paper No MS081)

J. Bell, M. Day, V. Beckner, A. Kuhl (USA), P. Neuwald, H. Reichenbach (Germany) 193Multi-Fluid Model of Non-Premixed Combustion in TNT Explosions (Paper No MS082)A.L. Kuhl, R.E. Ferguson (USA) 195

Modeling Combustion of Aluminium Particles in Detonation Products Gases(Paper No MS083)B.A. Khasainov (Russia) 197

Generic Mechanisms during Detonation Initiation (Paper No MS084)

N. Nikiforakis (UK) 199

CP09 - DNS: Instabilities

Direct Numerical Simulation of Combustion-Induced Sound in Turbulent DiffusionFlames (Paper No 04)M. Tanahashi, Y. Li, G.M. Choi, T. Miyauchi (Japan) 201Artificial Removal of the Acoustic Penalty in Fully Compressible, Direct NumericalSimulation of Combustion (Paper No 007)A. Trouve (USA) 203

Non reflecting inflow conditions for DNS (Paper No 012)R. Prosser (UK) 205

A priori analysis of DNS of non-premixed combustion in a mixing layer (Paper No 020)

R. Bastiaans, B. Somers, R. de Lange (the Netherlands) 207

CP10 - Laminar Unsteady Combustion

Thin front propagation in steady and unsteady flows (Paper No 135)

M. Cencini, D. Vergni, A. Vulpiani, A. Torcini (Italy) 209

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Transverse Acoustic Forcing of a Reacting Mixing Layer (Paper No 106)C. Rey, S. Ducruix, S. Candel (France) 211

Local Rectangular Refinement Solution-Adaptive Gridding with Aplication to UnsteadyCombustion (Paper No 026)B.A.V. Bennett, M.D. Smooke (USA) 213

A Computational Study on Propagating Spherical and Cylindrical Premixed Flames(Paper No 062)G.R.A. Groot, L.P.H. de Goey (the Netherlands) 215

CPU - Numerical Methods: Design and Optimisation

Uncertainty Quantification in Reacting Flow Modeling (Paper No 095)O.M. Knio, R.G. Ghanem (USA), O.P. Le Maitre (France), M.T. Reagan, H.N. Najm(USA) 217

Design optimization of after-burner systems for combined-cvcle plants (Paper No 091)L.A. Catalano, A. Dadone, D. Manodoro (Italy) 219

Response of Off shore Structures to Explosion Loading (Paper No 037)G. Caretta, R.S. Cant, A.C. Palmer (UK) 221

Thermal Regimes in a Shock Layer of a Space Probe in Atmospheres of the planets andsun crown. A Heating of a Space Probe Heat Protection (Paper No 101)G.A. Pavlov (Russia) 223

CP12 - Turbulent Combustion: Submodels

Joint RANS/LES Numerical Simulations of Premixed Combustion at Strong Turbulence(Paper No 141)V.L. Zimont, V. Battaglia (Italy) 225

A Numerical Study of Flame-Balls Embedded in Random Straining Flows(Paper No 039)Y. D'Angelo, G. Joulin (France) 227

Vortex Dynamics in a Transverse Jet, and the Formation of Streamwise Vorticity(Paper No 050)A. Ghoniem, Y. Marzouk (USA) 229

Statistical Modelling of Radiative Transfer in Buoyant Turbulent Diffusion Flames(Paper No 089)A.Yu. Snegirev, G.M. Makhviladze (UK), V.A. Talalov (Russia) 231

Poster Session

Modeling of Ignition Phenomena in Combustion Synthesis (Paper No 003)C. Zanotti, P. Giuliani, M. Monagheddu, N. Bertolino (Italy) 233

Modeling of Isothermal Spray Flows at Different Inlet Gas Temperatures(Paper No 010)C. Mongiello, G. Langella, C. Noviello (Italy) 235

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Numerical Modeling of combustion in boundary layer (Paper No 014)G.T. Balakaeva (Kazakhstan) 237

Techniques for Incorporation of Improved Chemistry in CFD-Based CombustionModeling (Paper No 016)B. Adams, M. Bockelie, M. Cremer, D. Wang, W. Zhao, J-Y. Chen (USA) 239

Modeling of Moving Surfaces with Application to Combustion and Crystal Growth (orMaterial Science) (Paper No 100)1. Nikolova (USA), S.S. Tabakova (Bulgaria) 241

An elementary model to validate unsteady flomelet approximations (Paper No 031)A. Bourlioux, O. Volkov (Canada) 243

DNS and LES of 'Hi/Air Turbulent Non-Premixed Flame (Paper No 051)E. Giacomazzi, B. Favini, C. Bruno, R. Picchia, N. Arcidiacono (Italy) 245

Automated Reaction Path Analysis (Paper No 058)J.F. Grcar, M.S. Day, W.Y. Crutchfield, J.B. Bell (USA) 247

A Fictitious Domain Method for Combustion Problems in Non-Regular Domains(Paper No 071)A. Kaltayev, Zh. Ualiev, Sh. Smagulov (Kazakhstan) 249

On the Bifurcation Structure of Flame Stripes Formed in Strained Diffusion Flames byDiff'usional-Thermal Instability (Paper No 078)S.R. Lee, J.S.Kim (Korea) 251

On Modeling of Shock Waves/Gas Layers Interactions and Dusty Gas Combustion(Paper No 081)V.P. Korobeinikov, V.I. Semenov, A.A. Illarionov (Russia) 253

Comparison and Validation of Reduction Methods Applying CSP and Lifetime Analysisfor Ignition Phenomena (Paper No 087)T. Levas, F. Mauss (Sweden), E. Mastorakos (UK) 255

Operator-Splitting and Stiffness in Reacting Flow Computations (Paper No 094)H.N. Najm, R.B. McCoy, O.M. Knio (USA) 257

Numerical Modeling of Condensed-Phase Oxidation in the Presence of Spin Trap(Paper No 098)A. Nemeth, D. Gal (Hungary) 259

New Models for Convective and Radiative Heating of Fuel Droplets: Application toNumerical Simulation of Combustion Processes in Diesel Engines (Paper No 113)S.S. Sazhin (Russia), L.A.Dombrovsky (UK), E.M. Sazhina, M.R. Heikal (Russia) 261

Numerical Simulation of Flame Behavior in a Combustor (Paper No 116)J. Shinjo, S. Tachibana, Y. Mizobuchi, S. Ogawa (Japan) 263

Computational and Experimental Study of Ammonium Perch/orate Combustion in aCounterflow Geometry (Paper No 119)

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M.D. Smooke, R.A. Yetter. T.P. Parr, D.M. Hanson-Parr (USA) 265

Automated Creation. Testing, and Optimizzation of Reduced Chemical KineticMechanisms Using CARM-PSE (Paper No 121)C.J. Montgomery. D.A. Swensen, C. Yang, D.M. Shino, A.R. Parkinson (USA) 267

Analysis of non-adiabatic heat-recirculating combustors (Paper No 126)P.D. Ronney (USA) 269

Numerical Simulation of a high energy air blast using a non-diffusive scheme (HLLC)(Paper No 127)Y. Dagba, A. Murthy, A. Tripathi (France) 271

Generation and Optimization of Large Detailed Mechanisms (Paper No 142)E.S. Blurock, F. Mauss (Sweden) 273

Multi-stage combustion modelling (Paper No 143)K. Hansen, R.S. Cant (UK) 275

Development of an Algorithm to Reduce a Detailed Chemical Reaction Scheme(Paper No 144)L.M. Schmidt, N. Bjarne, N.B.K. Rasmussen (Denmark) 277

Numerical Simulation of Nitric Oxides Formation in Industrial Heating Furnace(Paper No 145)N. Romanyukha, K. Malikov, B. Chetverushkin (Russia) 279

Numerical Simulations of Pressure and Heat Release Oscillations in a Rijke Tube(Paper No 146)S. Tiribuzi, G. Mariotti (Italy) 281

RANS and LES of High Speed H2/Air Turbulent Non-Premixed Flame (Paper No 147)S. Marchetti, E. Giacomazzi, C. Bruno (Italy) 283

Effect ofNonunitv Lewis Number and Finite-Rate Chemistry on Hydrogen TurbulentCombustion in a Boundary Layer (Paper No 148)L.N. Perepechko (Russia) 285

ixial Velocity and Temperature validation of Fluent Combustion Model of Ultra-Low\'Ox Gas Burner (Paper No 149)A Dohreva Gueorguieva (I'aly) 287

Adaptive Chemistry App- t>ach to Modeling Complex Kinetic-- in Reactive FlawsI Paper No 150/D A Schwer, P. Lu. W.I I. Green. Jr. (USA) 289

Expei-i'in ntal and Numerical Analysis of P'-riodicity of Rich. Diluted I TI4/N2/O2System ma CSTR iPaper So 15!)M. de Joannon. A. Frecrossi. A. Cavaliere (Italv) 291

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Ninth ICNC - Sorrento 2002

Plenary IIICombustion in SupernovaeA. Khokhlov (USA) 293

CP13 - Turbulent Combustion: Coupling Chemistry w/Turbulence

Application of the Flamelet-Generated Manifold Method to Partiallv-Premixed Flames(Paper No 132)J. van Oijen, M. Herrmann. P. de Goey (The Netherlands) 295

On the numerical treatment of the PDF transport equation - a stochastic chemistryapproach (Paper No 084)M. Kraft (UK), W. Wagner (Germany) 297

Chemical Kinetics Modeling in PDF Turbulent Combustion Simulations(Paper No 083)A. Kotchourko, S. Dorofeev (Germany), A. Gavrikov, A. Lelakin (Russia) 299

Partially premixed flame tabulated chemistry for RANS modeling of nonpremixedturbulent combustion (Paper No 111)M. Rullaud, L. Vervisch (France) 301

Tabulation of Mean Reaction Rates from Multivariate. Correlated Distributions with aMonte Carlo Method (Paper No 032)M. Brandt, W. Polifke (Germany) 303

Impact of radiation on predicted mean concentrations in nonpremixed turbulentsyngas/air flames (Paper No 086)D. Lentini (Italy) 305

CP14 - Laminar Combustion: Ignition, Flame Structute and Pollutants

Computational and Experimental Stucfy of Sooting. Coflow. Laminar Diffusion Flames(Paper No 118)M.D. Smooke, M.B. Long. C.S. McEnally, L.D. Pfefferle, R.J. Hall, M.B. Colket(USA) 307

Nitric Oxide Formation Under Unsteady Perturbations (Paper Nr> J12)V.S. Santoro. M.D. Smooke, A. Gomez (USA) 309

The effect of oxygen starvation and voidage creation on ignition phenomena in areactive solid containing a liolspnt (Paper No 115)A. Shah, J. Brindley. A. Mcintosh. J. Griffiths. M. Pourkashanian (VK) ? 11

Reactive Timescales in High Pressure. Wet Hydrocarbon Flames (Paper No 057>G. Skevis (Greece), E. Mastorakos (UK.). D.A Goussis (Greece! 313

Numerical Investigation of a New Stt>thastic Algorahm to S;>ive tin Population Balanceof Soot Particles (Paper No 035)M. Balthasar, J. Singh. M. Kraft (UK), W. Wagner (German)) 31 5

Model and Methods of'2D simulation of Filtration Combustion Reactors with ArbitraryChemical Kinetics (Paper No 041)

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Ninth ICNC - Sorrento 2002

K. Dobrego. I. Kozlov, N. Gnezdilov (Belarus) 317

CP15-Detonations

From Hot Spot to Detonation - Mechanism and Criterion (Paper No 021)

L. Bauwens, Z. Liang (Canada) 319

Numerical Study of One-Dimensional Detonation Instability for Acetylene-Oxygen-Argon Mixture with Realistic Chemistry (Paper No 099)H.D. Ng, M.I. Radulescu, J.H.S. Lee (Canada), B. Varatharajan (USA), F.A. Williams(USA) 321

Analysis of Numerical Simulations of Detonation Diffraction (Paper No 018)M. Arienti, J.E. Shepherd (USA) 323

Cellular Structures and Chemical Kinetics ofH:-O:-Diluent Detonations(Paper No 066)K. Inaba, A. Matsuo, K. Tanaka (Japan) 325

Numerical Studies on the Reaction Zone of a Detonation Wave with Detailed ChemicalReaction Model (Paper No 137)X.Y. Hu, D.L. Zhang, Z.L. Jiang, X.B. Lu (China) 327

Critical Conditions of continuous gas detonation transition from a channel intounconfined volume (Paper No 134)D.V. Voronin (Russia) 329

CP16 - Multiphase Combustion: Porous Media and Particles

Two Approaches to the Simulation of Silica Particle Synthesis in Aerosol FlameReactors (Paper No 061)D. Grosschmidt, H. Bockhorn (Germany), M. Goodson, M. Kraft (UK) 331

An Efficient Stochastic Algorithm for Simulating Nano-Particle Dynamics(Paper No 055)M. Goodson, M. Kraft (UK), W. Wagner (Germany) 333

Performance Modelling of Solid Oxide Fuel Cells (Paper No 001)A.C. King, J. Billingham, R.J. Cooper (UK) 335

The Infiltration Mode of Spin Combustion In a Gas-Solid System (Paper No 077)I. Filimonov, N. Kidin, A. Moukasyan (Russia) 337

Computer study of electrothermal explosion in layered Ni-Al system (Paper No 056)V.A. Gorelski,' A. Yu. Smolin, A.S. Shteinberg (Russia) 339

On a Data Base for Theoretical and Experimental Study of Dusty Gas Combustion(Paper No 027)'V.M. Bespalov, P.P. Grintzevich, V.P. Korobeinikov, P.V. Slulov, G. Sh. Tsitsiashvili(Russia) 341

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MS09 - Ignition of Non-idealized Detonations 343

The Effect of Branched-Chain chemistry on Direct Initiation of Detonation(Paper No MS091)H.D. Ng, J.H.S. Lee (Canada) 345

Detonation Ignition from a Temperature Gradient: Chain-Branching Kinetics(Paper No MS092) 'G.J. Sharpe (UK), M. Short (USA) 347

Effect of Thermal Nonhomogeneity on the Evolution of Detonation in an Annulus(Paper No MS093)D.W. Schwendeman, A.K. Kapila (USA) 349

Shock-Flame Interactions and DDT in the Presence of Boundary Layer and Wakes(Paper No MS094)V.N. Gamezo, A.M. Khokhlov, E.S. Oran (USA) 351

MS10 - Numerical Modelling of Microscale Combustion 353

Extinction Limits of Catalytic Combustion in Microchannels (Paper No MSI 01)K. Maruta, K. Takeda (Japan), J.Ahn, K. Borer, L. Sitzki, P.D. Ronney (USA),0. Deutschmann (Germany) 355

Numerical Simulation of Combustion in Microscale "Swiss roll" Combustors(Paper No MS 102)L. Sitzki, K. Borer, S. Wussow, P.D. Ronney (USA) 357

Large Eddy Simulations of Flow-Combustion Dynamics in a High-Aspect-Ratio Micro-Engine (Paper No MS103)M. Kirtas, S. Menon (USA) 359

Microscale Phvsics of Turbulent Combustion (Paper No MS 104)

C. Bruno, E. Giacomazzi (Italy) 361

MSI 1 - Finite Elements for Reacting Flows 363

Adaptive 3D Flame Calculations (Paper No MSI 11)

M. Braack, R. Becker, R. Rannacher (Germany) 365Adaptive Finite Element Methods for Low Mach, Steady, Laminar Combustion(Paper No MSI 12)E. Burman (Switzerland), A. Em, V. Giovangigli (France) 367

Stabilized Finite Element Simulations of Large-scale Reacting Flow Applications(Paper No MSI 13)J.N. Shadid, T.M. Smith, G.L. Hennigan, A.G. Salinger, R.P. Pawlowski (USA) 369

Adaptive Finite Element Methods for Reactive Navier-Stokes Equations on SymmetricForm (Paper No MSI 14)R. Sandboge (USA), E. Burman (Switzerland) 371

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CP17 - Turbulent Combustion: Practical Systems

Analysis of Practical Turbulent Combustion Models (Paper No 140)V.L. Zimont (Italy), M.C. Barbato (Switzerland) 373

Thermo-Fluid Dynamic Analysis of a Natural Gas Swirl Combustor by ExperimentalTechniques and Numerical Simulation (Paper No 047)G. Solero, A. Frassoldati, T. Faravelli, A. Coghe (Italy) 375

The Role of Turbulent Diffusivity in the Numerical Prediction ofNOx Formation inDiesel Combustion (Paper No 038)V. Botte, M. Costa, S.S. Merola, B.M. Vaglieco (Italy) 377

The GDT Software Package in Application to High Gradient Chemically Reacting FlowSimulations (Paper No 139)D.B. Babayev, A.A. Mironov, V.N. Okhitin, A.V. Zibarov (Russia) 379

Application of an Originally Developed Numerical Model for Simulation of Flow, HeatTransfer and Combustion in Pulverized Coal Boiler Furnace (Paper No 025)S. Belosevic, S. Oka, M. Sijercic, L. Brkic, T. Zivanovic (Yugoslavia) 381

Unsteady State Numerical Simulation of the High Temperature Air Combustion in theAluminium Melting Furnace (Paper No 124)Y. Suwa, T. Yamamoto, H. Aoki, T. Miura (Japan) 383

CP18 - Chemistry: Rection Mechanisms

Modelling Study of Low and High Temperature Oxidation ofAlkenes (Paper No 053)P.A. Glaude, B. Heyberger, R. Fournet, V. Warth, F. Battin-Leclerc, G.M. Come,G. Scacchi (France) 385

Internal Representation of Molecules and Reactions in Computer Generated ChemicalMechanism (Paper No 136)V. Warth, P.A. Glaude, F. Battin-Leclerc, R. Fournet (France) 387

Numerical Simulation of micro pollutants formation in a nonpremixed turbulent flame(Paper No 008)C. Meola, G. Mazzotti, F. Sarghini, A. D'Alessio, A. D'Anna (Italy) 389

Oxidation of Hydrocarbons in Non-Thermal Plasma Discharges (Paper No 107)I. Orlandini, U. Riedel (Germany) 391

Order of Heavy-paraffin Auto-Ignition with Respect to Oxygen Concentration Inferredfrom a "Standard/Available" Kinetic Scheme (Paper No 033)M. de Joannon, A. Cavaliere, R. Donnarumma, R. Ragucci (Italy) 393

Modeling of Soot Formation in Premixed Ethylene-Air Flames Towards HigherPressures (Paper No 097)A, Nemeth, K. Heberger, I. Zsely (Hungary), H. Jander (Germany) 395

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CP19 - DNS: Flame Structure

Turbulent spray combustion: a DNS analysis of the flames structures (Paper No 105)J. Reveillon (France) 397

Local flame structure analysis in a 2D mixing layer DNS (Paper No 002)B. Somers, R. Bastiaans (The Netherlands) 39')

Direct Numerical Simulation of Multibrachial Structures using Detailed Chemistry andTransport (Paper No 064)R. Hilbert, D. Thevenin (France) 40i

Modeling the autoignition of a nonpremixed turbulent flame using DNS data(Paper No 125)F. Tap, R. Hilbert, D. Veynante, D. Thevenin (France) 403

Flame Kernel Curvature and Structure Effects in a Turbulent Environment(Paper No 069)K.W. Jenkins, R. Cant (UK) 405

Flame Structure and Kinetic Mechanism in Hydrogen-Air Diffusion Flame(Paper No 005)G.M. Choi, M. Tanahashi, Y. Li, T. Miyauchi (Japan) 407

CP20 - Multiphase Combustion: Propellants and Solid Fuels

Modeling the Thermomechanical Structure of Solid Propellant Flames (Paper No 085)I.R. Kuznetsov, D. Stewart (USA) 409

Three-dimensional heterogeneous propellant combustion (Paper No 036)L. Massa, T.L. Jackson, J. Buckmaster, M. Campbell (USA) 411

Nonsteady Combustion of Composite Solid Propellants (Paper No 104)S.A. Rashkovsky (Russia) 413

Numerical Analysis of Coal/Biomass Co-Firing in Pulverised Fuel Boilers(Paper No 093)B. Moghtaderi, C. Meesri (Australia) 415

Characterisation of the Formation ofNOx During the Combustion of Volatiles fromMunicipal Solid Wastes Using a Successive PSR Approach (Paper No 108)T. Rogaume, M. Auzanneau, F. Jabouille, J.C. Goudeau (France) 417

Numerical and Experimental Study of Bio mass Combustion Behavior (Paper No 092)

Y. Matsushita, A. Goto, M. Shoji, T. Yamamoto, H. Aoki, T. Miura (Japan) 419

CP21 -Turbulent Combustion: Deflagrations, Jets and Fires

Flame Acceleration Distance in Obstacle-Laden Tubes (Paper No 043)

A. Veser, W. Breitung, S. Dorofeev (Germany), A. Efimenko (Russia) 421

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Numerical Study of Combustion and Effects of Hydrocarbon Fuel Clouds(Paper No 088)G. Makhviladze (UK), S. Yakush (Russia) 423

Numerical Simulation of Fuel-Droplet-Propane Releases after Tank Failure(Paper No 130)S.V. Utyuzhnikov (UK) 425

Ignition and Flame Propagation in an Impulsively Started Fuel Jet (Paper No 075)V.R. Katta, T.R. Meyer, J.R. Gord, W.M. Roquemore (USA) 427

2D and 3D Simulation of Supersonic Hydrogen Jets Combustion in a Supersonic AirFlow (Paper No 072)A. Kaltayev, A. Naimanova, Sh. A. Ershin, U.K. Zhapbaspayev (Kazakhstan) 429

Parallel ization and Integration of a Large Scale Hydrocarbon Pool Fire in the UintahPSE (Paper No 122)R. Rawat, J.P. Spinti, W. Yee, P.J. Smith (USA) 431

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