## Finite approximations in fluid mechanics: DFG priority research programme results, 1983-1985 |

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### Contents

Multigrid Methods for Problems from Fluid | 1 |

A Boundary Element | 14 |

NavierStokes Compu | 29 |

Copyright | |

17 other sections not shown

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### Common terms and phrases

accuracy algorithm applied approximation boundary conditions boundary element method boundary layer calculated cell channel characteristic field coarse grid coefficients collocation points components computational conservation laws convective convergence coordinates cylinder denotes density derivatives difference schemes differential discretization distribution doublet Euler equations experimental explicit figure finite difference finite element flow field Fluid Mechanics Flux-vector splitting formulation Galerkin Galerkin method high resolution schemes hyperbolic implicit inlet integral inviscid iteration laminar Leer linear matrix mesh momentum multigrid method MUSCL scheme Navier-Stokes equations nonlinear Numerical Methods obtained order of consistence PAN AIR panel methods particles Petrov-Galerkin plane potential flow pressure procedure quadratic region Riemann problem scalar scheme of third second-order shock wave simulation slopes solution solved step streamlines subsonic supersonic flow surface thin-layer third order tion truncation error turbulence two-step schemes upwind schemes values variables vector velocity profile vortex vorticity wall weighting function wing