Computational Fluid Dynamics

INVITED LECTURES. European Research Programmes. MINISYMPOSIA. Computation of Compressible Flows with Low Mach Number Effects. Laminar Turbulent Transition. Multidisciplinary - Optimum Design. Dynamic Load Balancing: Current Status and Recent Progress. Impact of Evolutionary Computing in Flow Engineering. Applied Fluid Dynamics on Parallel Computers. Domain Decomposition. Multigrid Methods and Preconditioning. Large Eddy Simulation and Direct Numerical Simulation. Multiphase Flows. Tools of Numerical Analysis for Active Control Problems. Unstructured Grid Methods for Aerodynamic Simulation. Free Surface Ship Wave Problems. SPECIAL TECHNOLOGICAL SESSIONS. Real World CFD Optimization Problems. Wind Energy. Numerical Simulation in Environmental Problems. Meteorology and Forecast. Computational Hemodynamics. Icing and De-Icing. Aeroelasticity. HPCN in CFD. CFD in Building Industry. Supersonic Aircraft (Japan). Active Flow Control and Drag Reduction. Numerical Simulation in Process Technology. Supersonic Aircraft (Europe). CFD for Ship Hydrodynamics. CFD in Rotocraft Design. Industrial Design Using Parallel CFD 1. Laminar Flow Technology. Industrial Design Using Parallell CFD 2. Electronic Database Tools for CFD. Combustion and Reacting Flows. CFD in Turbomachinery. Industrial Calculations of Turbulent Flows. Author Index.