Proceedings of the Second International Conference on Numerical Methods in Fluid Dynamics: September 15–19, 1970 University of California, Berkeley (Lecture Notes in Physics, 8, Band 8) - Softcover

Inhaltsangabe

On the group classification of difference schemes for systems of equations in gas dynamics.- Numerical integration of the Euler-equations for three-dimensional unsteady flows.- The computation of supersonic flow fields about wing-body combinations by "shock-capturing" finite difference techniques.- Finite difference scheme for calculating problems in three space dimensions and time.- Foundation of approximate solutions.- Flag: A free-Lagrange method for numerically simulating hydrodynamic flows in two dimensions.- Difference methods for hyperbolic equations using space and time split difference operators of third order accuracy.- A new direct method for the discretized Poisson equation.- Initial conditions and imbedded shocks in the numerical analysis of transonic flows.- Traitement Numerique D'un Problems De Magnetohydrodynamique.- Computation of laminar recirculating flow between shrouded rotating discs.- Some semi-analytical methods in numerical fluid dynamics.- Laminar flows past a flat plate at various angles of attack.- Inclusion of turbulence effects in numerical fluid dynamics.- Accurate numerical methods for boundary layer flows I. Two dimensional laminar flows.- The reduction of the Stefan problem to tbe solution of an ordinary differential equation.- Discretization of boundary conditions on moving discontinuities.- "The viscous flow around a circular cylinder".- A numerical study of buoyancy driven flows in room enclosures.- The structure of the laminar boundary layer under a potential vortex.- Exact numerical solutions for three-dimensional boundary layers.- Higher order effects in laminar boundary layer theory for curved surfaces.- Finite-difference methods for solving the boundary layer equations with second-order accuracy.- Numerical solution ofthe interaction of a shock wave with a laminar boundary layer.- A numerical solution of the planar supersonic near-wake with its error analysis.- Boundary-layer separation at a free streamline finite difference calculations.- Computational meshes for boundary layer problems.- Error bounds in boundary layer theory.- Time-dependent calculation method for transonic nozzle flows.- Generalized relaxation methods applied to problems in transonic flow.- Solution of the transonic potential equation using a mixed finite difference system.- The calculation of high subsonic flow past bodies by the method of integral relations.- The calculation of hydrodynamic forces with tangential discontinuities.- Some results of calculations of flows around conical bodies at large incidence angles.- The computation of general problems in one dimensional unsteady flow by the method of characteristics.- Stability and accuracy studies on a second-order method of characteristics scheme for three-dimensional, steady, supersonic flow.- Subcritical flows over two dimensional airfoils by a multistrip method of integral relations.- On the calculation of gas flows with secondary floating shocks.- Motion of a shock wave through a nonuniform fluid.- Non-linear analysis of the shock profile in difference schemes.- Shock wave structure by several new modeled Boltzmann equations.- Computational aspects of the turbulence problem.- Two-dimensional turbulence and atmospheric predictability.- A heuristic approach to three-dimensional boundary layers.- Numerical simulation of transition and turbulence in plane Poiseuille flow.- Heuristic analysis of convective finite difference techniques.- The conical wing in hypersonic flow.- Calcul des Ecoulements d'un Fluide Visqueux Incompressibile.- A numerical method for calculating the initial flow past a cylinder in a viscous fluid.- An arbitrary Lagrangian-Eulerian computing technique.- Computation of viscous flow in a channel by the method of splitting.- Study of vortex flows at high swirl by an integral method using exponentials.- Recent extensions to the marker-and-cell method For incompressible fluid flows.- A numerical study of time-dependent rotating flow in

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