Thirteenth International Conference on Numerical Methods in Fluid Dynamics: Proceedings of the Conference Held at the Consiglio Nazionale delle Ricerc [Paperback]

These proceedings of a well-established conference onnumerical methods, calculations, and modelling in fluiddynamics concentrates on five topics: multidimensionalupwinding, turbulent flows, domain decomposition methods,unstructured grids, and flow visualization, and it includespapers presented at a workshop on all-vertex schemes. Allpapers have been carefully refereed.Progress in multi-dimensional upwind differencing.- The impact of turbulence modelling on the numerical predictions of flows.- Domain decomposition methods with applications to fluid dynamics.- Unstructured mesh algorithms for aerodynamic calculations.- Fluid flow visualization: Recent developments and future directions.- A multi-dimensional solution adaptive multigrid solver for the Euler equations.- A multi-dimensional upwind scheme for the Euler equations.- On a method to construct Godunov-type schemes.- 3-Dimensional upwind Euler solver using kinetic flux vector splitting method.- Monotone, higher-order accurate, multi-dimensional upwinding.- On a new class of flux splittings.- A second-order multidimensional Sequel to Godunov's method.- Preconditioning and flux vector splitting for compressible low Mach number flow.- A three-dimensional pressure flux-split RNS formulation: Application to subsonic/supersonic flow in inlets and ducts.- An improved wave model for multidimensional upwinding of the Euler equations.- GC-FCT : A fully multidimensional FCT algorithm for general curvilinar coordinates.- Direct numerical simulation of the three-dimensional breakdown to turbulence in compressible boundary layers.- The nonlinear galerkin method applied to the simulation of turbulence in a channel flow.- Unsteady and transitional separated fluid flows - direct simulation.- Spatial simulation of boundary-layer transition mechanisms.- Vortical structures and turbulent phenomena in a piston-engine model.- Prediction of turbulent Lee-side vortex flow.- Modelling shock/turl£¢