Proceedings of the Fifth International Conference on Numerical Methods in Fluid Dynamics June 28 – July 2, 1976 Twente University, Enschede [electronic resource] / edited by Adriaan I. van de Vooren, Pieter J. Zandbergen.

Some methods of resolution of free surface problems -- Turbulence and transition: A progress report -- Some recent developments in computation of viscous flows -- Methods and problems in the calculation of transonic flows -- The calculation of aerodynamic characteristics of wing-body combinations at subsonic flight speeds -- Ritz-Galerkin approximations in fluid dynamics -- On computations of supersonic flows around blunt bodies with combined cross sections -- Two coordinate systems description of viscous flow past a circular cylinder -- Numerical investigation of rarefied gas flows by a statistical particle-in-cell method -- Eulerian computations in domains with moving boundaries -- Convection induced by motile particles -- A random choice method in gas dynamics -- Numerical solutions of the triple-deck equations for laminar trailing-edge stall -- Unsteady two-dimensional subsonic transonic, and supersonic flow calculations by the method of characteristics -- Pulsatile flow through a tube containing rigid and distensible sections -- Recent computation of viscous effects in transonic flow -- A numerical method for calculating steady flow past a cylinder -- A new approach to far-field boundary conditions in transonic computations -- Sensitivity analysis applied to boundary layer flow -- A modal analysis for the finite element solution of Navier-Stokes equations -- Numerical simulation of laminar separated flow between periodically varied walls -- Use of surface-oriented coordinates in the numerical simulation of flow in a turbine cascade -- Use of optimal control theory for the numerical simulation of transonic flow by the method of finite elements -- A numerical calculation procedure for two-phase recirculating flows -- The numerical computation of the transonic flow over two-element airfoil systems -- An acceleration technique related to Wynn's ?-algorithm with application to transonic flow calculations -- Periodic secondary motions in a plane channel -- Numerical investigation of viscous effects on trapped oscillations in a rotating fluid -- A higher order panel method for general analysis and design applications in subsonic flow -- Computation of bow shocks in transonic flow -- The method of decomposition applied in transonic flow calculations -- The modelling and calculation of some cosmic phenomena of blast type -- Numerical simulation of the collapse of a cavitation bubble -- Simulation of three-dimensional separated flows with vortex filaments -- A mixed explicit-implicit splitting method for the compressible Navier-Stokes equations -- Numerical solutions of the Navier-Stokes equations for unsteady boundary-layer flows past a wavelike bulge on a flat plate -- Finite-difference solution of the Navier-Stokes equations for incompressible three-dimensional internal flows -- A rapid solver for hyperbolic systems of equations -- Computational aspects of viscous incompressible fluids II -- Laminar boundary-layer solutions in three dimensions -- SLIC (Simple Line Interface Calculation) -- Supersonic flow about elliptic cones with large semiaxis ratio -- Finite-volume solution of the euler equations for steady three-dimensional transonic flow -- Separation phenomena in two-dimensional channel flow -- Resolution nume rique d'un probleme d'ecoule ment subsonique de fluides compressibles -- Numerical methods based on polynomial spline interpolation -- Some properties of difference schemes of third-order accuracy -- Numerical modeling of unsteady flow fields with detonation -- A numerical solution of the axisymmetric jet counterflow problem -- Direct poisson equation solver for potential and pressure fields on a staggered grid with obstacles -- Numerical solution of the Navier Stokes equations at high Reynolds numbers -- Analysis of the properties of approximation viscosity of difference schemes by means of the method of differential approximation -- Physical instability and weather prediction — two examples using a new finite difference scheme -- Solutions of the navier-stokes equations in various flow regimes on fields containing any number of arbitrary bodies using boundary-fitted coordinate systems -- On a rather general computer program for testing the linear stability of various velocity profiles -- Numerical solution of the compressible Navier-Stokes equations at high Reynolds numbers with applications to the blunt body problem -- On the detection of shock waves in steady two- or three-dimensional supersonic gas flows -- Numerical solution of viscous flow equations using integral representations -- Methods for the construction of moving grids for problems of fluid dynamics with big deformations.