Recent advances in DNS and LES. Proceedings of the 2nd AFOSR international conference on direct numerical simulation (DNS) and large eddy simulation (LES) held in New Brunswick, NJ, USA, June 7--9, 1999 (Q1977443)

The articles of this volume will be reviewed individually. Indexed articles: \textit{Comte, P.}, Large eddy simulations of compressible shear flows, 1-12 [Zbl 0978.76038] \textit{Friedrich, R.; Lechner, R.; Sesterhenn, J.; Hüttl, T. J.}, Direct numerical simulation of turbulent compressible and incompressible wall-bounded shear flows, 13-26 [Zbl 0973.76038] \textit{Inoue, Osamu}, Direct Navier-Stokes simulation of sounds generated by shock-vortex / vortex-vortex interactions., 27-36 [Zbl 1073.76599] \textit{Moser, R. D.; Langford, J. A.; Völker, S.}, Optimal LES: How good can LES be?, 37-48 [Zbl 0978.76041] \textit{Vervisch, Luc}, DNS to help understanding of non-premixed turbulent flames, 49-59 [Zbl 0978.76046] \textit{Alvelius, Krister; Johansson, Arne}, Modelling of the length scale and variance of a subgrid scale quantities in a turbulent channel flow, 61-72 [Zbl 0948.76570] \textit{Cai, Xiaodan; Ladeinde, Foluso}, DNS of compressible reacting mixing layers with parallel compact scheme, 73-84 [Zbl 0948.76561] \textit{Chakravarthy, V. K.; Menon, S.}, Large eddy simulation of stationary premixed flames using a subgrid flamelet approach, 85-98 [Zbl 0948.76572] \textit{Collis, S. Scott; Chang, Yong}, On the use of LES with a dynamic subgrid-scale model for optimal control of wall bounded turbulence., 99-110 [Zbl 1073.76569] \textit{de Bruin, I. C. C.; Geurts, B. J.; Driesen, C. H.; Kuerten, J. G. M.}, Robustness of flow phenomena in a spatially developing turbulent mixing layer., 111-120 [Zbl 1073.76561] \textit{Domaradzki, J. Andrzej; Loh, Kuo-Chieh}, The subgrid-scale estimation model., 121-131 [Zbl 1073.76570] \textit{Duncan, B. D.; Ghia, K. N.}, Direct numerical simulation of transitions toward turbulence in complex channel flows., 133-141 [Zbl 1073.76571] \textit{Eshpuniyani, B.; Blaisdell, G. A.}, Implementation of an SGS model in a B-spline spectral method and LES of a turbulent axial vortex, 143-154 [Zbl 0978.76067] \textit{Garrick, S. C.; Jaberi, F. A.; Givi, P.}, Large eddy simulation of scalar transport in a turbulent jet flow, 155-166 [Zbl 1002.76049] \textit{Hauguel, Raphaël; Réveillon, Julien; Vervisch, Luc}, DNS and modeling of spray turbulent mixing, 167-177 [Zbl 0948.76558] \textit{Horiutu, Kiyosi}, Assessment of the generalized scale-similarity model in homogeneous turbulence subjected to rotation, 179-189 [Zbl 0966.76030] \textit{Jenkins, Karl W.; Cant, R. Stewart}, Direct numerical simulation of turbulent flame kernels, 191-202 [Zbl 0948.76557] \textit{Jiang, Li; Shan, Hua; Liu, Chaoqun}, Direct numerical simulation of boundary-layer receptivity for subsonic flow around airfoil, 203-218 [Zbl 0948.76569] \textit{Jiang, Li; Shan, Hua; Liu, Chaoqun; Visbal, Miguel R.}, Non-reflecting boundary conditions for DNS in curvilinear coordinates, 219-233 [Zbl 0978.76039] \textit{Kajishima, T.; Takiguchi, S.; Miyake, Y.}, Modulation and subgrid scale modeling of gas-particle turbulent flow., 235-244 [Zbl 1073.76652] \textit{Karamanos, G.-S.; Sherwin, S. J.; Morrison, J. F.}, Large eddy simulation using unstructured spectral/\(hp\) elements, 245-256 [Zbl 0948.76562] \textit{Kim, W.-W.; Menon, S.}, Numerical modeling of fuel/air mixing in a dry low-emission premixer, 257-268 [Zbl 0948.76564] \textit{Kuerten, J. G. M.; Geurts, B. J.; van Buuren, R.}, Dynamic inverse modelling in LES of the temporal mixing layer, 269-278 [Zbl 0978.76040] \textit{Ladeinde, Foluso; Cai, Xiaodan; Visbal, Miguel R.; Gaitonde, Datta V.}, Comparison of the ENO and compact schemes for DNS/LES of turbulence, 279-290 [Zbl 0948.76554] \textit{Lomtev, I.; Kirby, R. M.; Karniadakis, G. E.}, DNS for flow past a 3D flexible wing., 291-304 [Zbl 1073.76573] \textit{Martin, M. P.; Candler, G. V.}, DNS of a Mach 4 reacting turbulent boundary layer, 305-315 [Zbl 0948.76559] \textit{Meneveau, Charles; Porté-Agel, Fernando; Parlange, Marc B.}, Accounting for scale-dependence in the dynamic Smagorinsky model, 317-328 [Zbl 0967.76043] \textit{Owis, Farouk; Balakumar, P.}, Direct numerical simulation of high subsonic jets, 329-340 [Zbl 0948.76555] \textit{Pantelis, G.}, Generation of a one-parameter family of residuals for the filtered equations of fluid motion, 341-348 [Zbl 0978.76042] \textit{Pascarelli, Andrea; Piomelli, Ugo; Candler, Graham V.}, Multi-block large-eddy simulations of turbulent boundary layers, 349-359 [Zbl 0948.76563] \textit{Pruett, C. David}, Eulerian time-domain filtering for spatial LES, 361-372 [Zbl 0978.76044] \textit{Skote, Martin; Henningson, Dan}, DNS of a turbulent boundary layer under a strong adverse pressure gradient, 373-384 [Zbl 0948.76560] \textit{Steijl, R.; Hoeijmakers, H. W. M.}, A high-order accurate compact finite difference algorithm for the incompressible Navier-Stokes equations., 385-396 [Zbl 1073.76605] \textit{Su, Mingde; Kang, Qinjun}, Large eddy simulation of the turbulent flow around a circular cylinder with non-eddy viscosity SGS model, 397-405 [Zbl 0948.76568] \textit{Tam, Christopher K. W.; Kurbatskii, Konstantin A.}, Direct numerical simulation of the micro-fluid dynamics of acoustic liners, 407-417 [Zbl 0948.76556] \textit{Treurniet, Th. C.; Nieuwstadt, F. T. M.}, Direct numerical simulation of expanding compressible flows., 419-430 [Zbl 1073.76575] \textit{Tyagi, Mayank; Acharya, Sumanta}, Large eddy simulations of rectangular jets in crossflow: Effect of hole aspect ratio, 431-442 [Zbl 0948.76565] \textit{Urbin, Gerald; Knight, Doyle}, Compressible large eddy simulation using unstructured grid: Supersonic boundary layer., 443-458 [Zbl 1073.76576] \textit{Voelkl, T.; Pullin, D. I.; Henderson, R. D.}, The stretched-vortex SGS model in physical space, 459-464 [Zbl 0967.76044] \textit{Yan, Hong; Su, Mingde}, Application and comparison of two SGS models in large eddy simulation of free turbulent jet flow, 465-472 [Zbl 0948.76571] \textit{Whang, C. W.; Zhong, X.}, Direct numerical simulation of Görtler instability in hypersonic boundary layers, 473-484 [Zbl 0948.76573] \textit{Zhang, Zhaoshun; Chen, Yu Guang; Cui, Guixiang; Xu, Chunxiao; Shao, L.; Bertoglio, J. P.}, Study on transportation of passive scalar in shearless minging layer by large eddy simulation, 485-491 [Zbl 0948.76567] \textit{Zhong, Xiaolin}, DNS of boundary-layer receptivity to freestream sound for hypersonic flows over blunt elliptical cones, 493-504 [Zbl 0948.76566]