Proceedings of the Fourth International Conference on Numerical Methods in Fluid Dynamics: June 24-28, 1974, University of Colorado (Paperback)

Some computational problems in boundary-layer flows.- Initial boundary value problems for hyperbolic partial differential equations.- Numerical solution of turbulent boundary layers approaching separation.- Numerical models of rotating stars.- Navier-Stokes solutions using a finite element algorithm.- Interaction of strong shock wave with turbulent boundary layer.- The numerical simulation of low frequency unsteady transonic flow fields.- Quasi-inviscid dynamics of numerical models of two-dimensional flows.- Flat slender delta wings in supersonic stream at small angles of attack.- Numerical experiment in gas dynamics.- Numerical solution of the problems of the mhd flow around the bodies.- Nonuniform grid method for turbulent boundary layers.- Numerical study of the heating of a plasma.- Solution of the three-dimensional compressible Navier-Stokes equations by an implicit technique.- Variationally optimized, grid-insensitive vortex tracing.- A numerical study of pulsatile flow through constricted arteries.- A study of a three dimensional free jet using the vorticity/vector potential method.- High reynolds number transonic flow simulation.- Application of the series truncation method to two-dimensional internal flows.- A physically optimum difference scheme for three-dimensional boundary layers.- Numerical solution of the unsteady navier-stokes equations for the investigation of laminar boundary layer stability.- GTT method applied to cones at large angles of attack.- The numerical solution of blunt body flowfields using RUSANOV's method.- Onset of dissipation at zero viscosity in turbulent flows.- A numerical procedure in the hodograph plane for the study of transonic flow past vying profiles.- Discretisation of the velocity - space in kinetic theory of gases.- On the solution of a mixed problem for the wave equation.- Highly stretched meshes as functionals of solutions.- A numerical study of the thermal spin-up of a stratified fluid in a rapidly rotating cylinder.- Solution of the three-dimensional compressible, laminar, and turbulent boundary-layer equations with comparisons to experimental data.- On finite amplitudes of periodic disturbances of the boundary layer along a flat plate.- Asymptotic solution for supersonic viscous flow past a compression corner.- Leading edge separation from non-conical slender wings at incidence.- A method of calculation for the three-dimensional fluid flow in turbomachines.- Some hydrodynamic problems for multicomponent systems.- Numerical simulation of interacting three-dimensional vortex filaments.- The problem of spurious oscillations in the numerical solution of the equations of gas dynamics.- Rotating thin elliptic cylinder in a parallel viscous fluid flow.- Computational magnetohydrodynamics of time-dependent flows in toroidal systems.- Computational aspects of a viscous incompressible fluid.- Difference methods for transonic flows about airfoils.- On the matter of shock fitting.- On the theory of difference schemes for gas dynamics equations.- Numerical experiments on free surface water motion with bores.- Boundary layer calculation by a hermitian finite difference method.- Numerical solutions for atmospheric boundary layer flows over street canyons.- The leading-edge effect in unsteady free-convection flows.- The transient dynamics of chemically reactive gaseous mixtures with turbulence.- A generalized hyperbolic marching technique for three-dimensional supersonic flow with shocks.- The split nos and bid methods for the steady-state navier-stokes equations.- Some properties of the axisymmetric gas flow about the power shape bodies.- A study of difference methods for radially symmetric shocked flows.- Some results using relaxation methods for two- and three-dimensional transonic flows.- Recent results from the GISS model of the global atmosphere.- Radiating flows with intensive evaporation over blunt bodies.- Steady viscous incompressible flow around a given contour.- Solution of the