J. Jiménez - What Do We Need to Substitute Experiments With Simulations in Turbulence?
G. F. Carey, W. Barth, B. Kirk and J.W. Peterson - Parallel CFD for Flow and Transport Applications Including Unstructured and Adaptive
Y. Kaneda and M. Yokokawa - DNS of Canonical Turbulence with up to 4096³ Grid Points.
S. Peigin and B. Epstein - Massive Parallelization as Principal Technology for Constrained Optimization of Aerodynamic Shapes.
1 DIRECT NUMERICAL SIMULATION & LARGE EDDY SIMULATION (I)
J. M. McDonough and T. Yang- Parallel Performance of a New Model for Wildland Fire Spread Predictions.
M. Soria, F. X. Trias, C. D. Pérez-Segarra and A. Oliva - Direct Numerical Simulation of Turbulent Natural Convection Flows on PC Clusters Using a Fourth-Order Symmetry-Preserving Method.
W. Lo and C. A. Lin - A Near Wall Treatment for Large Eddy Simulation.
2 SPECTRAL ELEMENT METHOD & LATTICE BOLTZMAN METHODS
I. Boursier, D. Tromeur-Dervout and Y. Vassilevsky - Aitken-Schwarz Methods with Non Matching Finite Elements and Spectral Elements Grids for the Parallel Simulation of an Underground Waste Disposal Site Modelized by Up Scaling.
G. Amati and F. Massaioli - Parallel and Serial Issues for a Lattice Boltzmann Method Code: A Performance Point of View.
3 GRID COMPUTING & INTEGRED PLATFORM & MONTECARLO SIMULATION
V. Ivannikov, S. Gaissaryan, A. Avetisyan and V. Padaryan - Checkpointing Improvement In ParJava Environment.
4 ENERGY PHYSICS
R. Sentis and F. Duboc - Coupling Hydrodynamics with a Paraxial Solver for Laser Propagation. The HERA Plateform for Laser-Plasma Interaction.
M. Borchardt, H. Leyh, J. Riemann and R. Schneider - Linux Cluster Computing for Stellarator Studies.
5 DIRECT NUMERICAL SIMULATION & LARGE EDDY SIMULATI