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Introduction to Part I
Parallel Finite Element
Numerical Turbulence Simulation on a Parallel
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adaptive algorithm application approximation block boundary conditions boundary layer calculated cells channel chemical coefficient communication compressible Computational Fluid Dynamics conservation convective cylinder defined denotes density diffusion direct numerical simulation discretization distribution domain decomposition efficiency energy Euler equations experimental Figure finite element finite volume finite volume method flow field Flow Simulation Fluid Mechanics flux function geometry global gradient graphics grid levels grid points implemented implicit incompressible flows inviscid iteration kinetic laminar Large-Eddy Simulation linear LINP Mach number matrix mesh multigrid method Navier-Stokes equations nodes nonlinear number of processors Numerical Fluid Mechanics Numerical Methods numerical simulation obtained operator parallel computers parameters Parsytec particle performance plane pressure procedure refinement region Reynolds number scheme shock solution solved solver sparse grid spatial step streamwise structure surface technique tetrahedra three-dimensional turbulence models turbulent flow unsteady unstructured grids upwind values variables vector velocity profiles viscous vortices wall