Abstracts - KTH Mechanics

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LIST OF AUTHORS Poplavskaya T. V. 48 Rousselet M. 274 Popov I. Y. 179 Rudert A. 32, 394 Pozzi A. 228 Rudi Y. 110 Prahl L. 116 Rybushkina G. V. 241, 327 Pralits J.O. 51 Rösgen T. 187 Prosperetti A. 188, 340, 404, 405 Saarenrinne P. 216 Protas B. 264 Sabetghadam F. 67 Py C. 87 Sagaut P. 21 Pylev I. M. 389 Sahu K. C 7 Pärssinen T. 216 Saint-Jean S. 92 Quadrio M. 219 Salim S. M. M. 69 Quéré D. 90, 92, 335 Salmon J. B. 372 Querzoli G. 191, 200 Salsac A. V. 79 Rahimi A. B. 235 Salvadore F. 194 Rask O. 231 Salvetti M. V. 47, 297 Raven J. P. 368 Sandbach S. 180 Raynal F. 300 Sandberg M. 315 Rebourcet B. 294 Sandrakov G. V. 330 Reddy L. A. 7 Sandtke M. 188 Reinten H. 340, 369 Sapir-Katiraie I. 193 Ren M. 167 Sarh B. 107 Repetto R. 78 Sarkar S. 214, 280 Reutov V. P. 241, 327 Sartorelli J. C. 186 Revstedt J. 116, 157 Sasaki A. 239 Reynolds R. 163 Satoh A. 273 Reyssat E. 335 Savelsberg R. 127 Reyssat M. 90, 92 Savic L. 279 Ribeiro J. S. 186 Sazhin S. 117 Riber E. 139 Sazhina E. 117 Ricco P. 285 Sbragaglia M. 28 Riley J. J. 85 Scarsoglio S. 317 Rindt C. C. M. 69 Scase M. M. 59 Rio E. 91, 415 Schaeffer N. 198 Risso F. 118, 316 Schaupp C. 232 Roche J.-S. 238 Scheichl B. 34 Rodi W. 43, 401 Schiestel R. 104 Rodriguez M. A. 351 Schlatter P. 42 Roeraade J. 305, 365 Schmid P. J. 85, 353 Roesgen T. 212 Schneider K. 154, 395 Rogachevskii I. 193 Schneider T. M. 326, 354 Rogg B. 66 Schnerr G. H. 295 Roman B. 87 Schober M. 386 Romano G. P. 200 Schouveiler L. 320 Roschektayev, A. P. 39 Schröder W. 70, 151 Rosendahl U. 89, 122, 124 Schulze J. 232 Rossi M. 311 Schwarze R. 32 Rossi R. 105, 377, 382
LIST OF AUTHORS Scott J. F. 16 Sugimoto T. 182 Selin N. 323 Sugiyama K. 103 Semionov N. V. 50 Sun K. -H. 183 Semisynov A. I. 234 Sung K. 309 Seoud R. E. 347 Suzuki T. 381 Sergeev D. A. 321 Szasz R. 231, 262 Sergeev Y. A. 343, 344 Szeywerth R. 277 Servant L. 372 Sznitman J. 187 Sesterhenn J. 232 Söderberg L. D. 416, 417 Sharafatmandjoor S. 67 Söderholm L. H. 270 Sherwin S. J. 9, 52, 172, 357 Tabeling P. 372 Shevtsova V. 248 Tabet-Helal F. 107 Shiomi J. 202 Talamelli A. 161, 360 Shirai K. 68 Talib E. 243 Shockling M. A. 33 Tang W. 58 Shtork S. I. 132 Tarroni A. 382 Shugai G. 281 Taubert L. 391 Siggers J. H. 10 Tax W. 289 Simanovskii I. B. 250 Ter Meulen J. J. 134 Simoni O. 139, 141, 142, 409 Terletska K. 296 Sipp D. 1, 113 Terwagne D. 339 Sjödahl J. 305 Tesauro C. 222 Slowicka A. 304 Tesovskaya E. S. 179 Smirnov S. A. 57 Theofilis V. 357 Smits A .J. 33 Thiria B. 130, 263, 265 Snoeijer J. H. 30, 414, 415 Thomas C. 13 Sodtke C. 336 Thomas P. J. 111, 332 Sorokin S. V. 215 Thompson M. C. 8, 112 Souilliez C. 320 Thomy V. 332 Sparks C. A. 249 Tillmark N. 210, 230 Sparks P. 350 Toda T. 381 Spedding G. R. 94 Tognaccini R. 228 Squires K. D. 141 Toh S. 160 Sreenivas K. R. 190, 280 Tokuyama M. 135 Stanovsky P. 411 Tordella D. 20, 133, 307, 317 Stebe K. J. 366 Tornberg A.-K. 60 Steenhoven A. A. van 69, 74 Tosaki M. 239 Stegner A. 256 Toschi F. 173 Steinrück H. 279 Trieling R. R. 196 Stephan P. 336 Troiani G. 194 Stief M. 125 Troitskaya Yu. I. 321 Stijnman M. 188 Tsamopoulos J. 100, 184, 267 Stjernström M. 305 Tsiglifis K. 410 Stocchino A. 78 Tsuji Y. 229 Stringano G. 106 Tsvelodub O. Yu. 325 Stöhr M. 177 Tsyrjulnikov I. S. 48 Succi S. 28, 272 Tu X. 413
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EFMC6 KTH Electronic version Abstra
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Euromech Fluid Mechanics Lecturer H
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ii Continuum Models in Industrial A
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iv Slip Behavior at Liquid/Solid In
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vi ¡ £ ¥ § © £ § £
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viii Premixed Turbulent combustion
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Session 1
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2 Global stability of jets and sens
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4 Control of instabilities in a cav
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6 The dispersal, decay and instabil
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8 Steady and pulsatile flow through
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10 Pulsatile flows in pipes with fi
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Global stability of the rotating di
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Continuous Spectrum Growth and Moda
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The influence of centrifugal buoyan
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Prediction of wall bounded flows us
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Uncertainty Quantification in Large
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Stratified turbulence G. Brethouwer
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Investigations of turbulence statis
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Coupling weather-scale flow with st
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Flow Separation from a Free Surface
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Phase-Field Simulations of Free Bou
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Evaluation of a universal transitio
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Computations of turbulent boundary
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Flow Developments in Smooth Wall Ci
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Super-late stages of boundary-layer
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Low-speed streaks developing at the
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Direct Numerical Simulation of Lami
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44 Axisymmetric absolute instabilit
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46
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Application of the ray-tracing theo
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Leaky Waves in Supersonic Boundary
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Solving turbulent wall flow in 2D u
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55 Development of a 3D transient in
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58 Upper bounds for the long-time a
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60 Numerical Simulations of Rigid F
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62 On the translational and rotatio
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64 A Shell-Model Study of Turbulent
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66 Using CSP for Modeling Burgers-T
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68 High Spatially Resolved Velocity
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Dynamic Lift of Airfoils R. Grüneb
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72 Experimental study on the bounda
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74 Natural sinuous and varicose bre
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Numerical simulation of the three-d
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Effects of the flexibility of the a
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Wave forerunners of longitudinal st
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Stability and sensitivity analysis
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Stability of reacting gas jets Jose
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Elastocapillarity in wet hairs J. B
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Open Capillary Channel Flows (CCF):
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Stick-slip motion of droplets of co
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94 A general theory for stratified
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96 £ ¥ § © £ ¥ ©
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98 The influence of the density max
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100 TRANSIENT DISPLACEMENT OF A NEW
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102 Experimental study of the effec
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104 Nu Numerical modeling of heat t
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106 Turbulent thermal convection ov
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108
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110 Modelling of optimal vortex rin
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112 The effect of a sphere on a swi
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114 Three-dimensional stability of
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Session 4
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117
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Nonlinear long waves on an interfac
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Three-dimensional gravity-capillary
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Linear and non-linear theory of lon
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Surface oscillations of liquid nitr
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Waves above turbulence R. Savelsber
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Figure 1 : Vorticity contours and s
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Investigation of flow structure upo
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Simultaneous density and concentrat
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Introduction of newly developed tow
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136 A Simple Model for Gas-Grain Tw
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138 Dynamics of heavy particles nea
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140 Stability of dusty gas flow in
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142 Joint fluid-particle pdf modeli
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144 Three-dimensional stability of
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146 Mixing by merging Kelvin-Helmho
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148
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150 a Institute of Thermophysics, 6
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152 Direct numerical simulations of
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154 Study of anisotropy in purely s
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156 Direct numerical simulation of
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Assessment of a wavelet based coher
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Numerical study of turbulence in a
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Page 194 and 195: 168 Kinematic-dynamic correspondenc
Page 196 and 197: 170 Three-dimensional structures in
Page 198 and 199: 172 Lagrangian (physical) analysis
Page 201 and 202: The evolution of energy in flow dri
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Page 205 and 206: Mechanisms of gas migration through
Page 207 and 208: Surface waves in coupled channels a
Page 209 and 210: Validation of urban dispersion simu
Page 211 and 212: Numerical study of flow patterns in
Page 213 and 214: Generation of metal nanodroplets an
Page 215 and 216: Oscillations of Thin Liquid Shells
Page 217 and 218: 3D chaotic mixing inside drops driv
Page 219 and 220: The interaction between negatively
Page 221 and 222: Coherent Large-Scale Structures and
Page 223 and 224: Turbulent mixing in the entry regio
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Page 227 and 228: Experiments on vortex pair dynamics
Page 229: List of authors Ordinary lectures a
Page 232 and 233: LIST OF AUTHORS Borel H. 340 Castro
Page 234 and 235: LIST OF AUTHORS Glezer A. 259 Haspa
Page 236 and 237: LIST OF AUTHORS Lebon L. 238, 266 M
Page 240: LIST OF AUTHORS Tuzi R. 11 Wolters
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