Computational Aeronautical Fluid Dynamics

Part 1 High mach number and real gas effects: mathematical problems associated with computing flow of real gases, P.L. Roe; hypersonic flow for re-entry, G.S. Deiwert and G.V. Candler; hypersonic flow computations with real gas effect and centered difference schemes, J.B. Vos et al; coupling Boltzman and fluid equations, F. Coron; three-dimensional hypersonic flow simulation around Hermes, M. Mallet et al. Part 2 Grid generations, discretization methods and solvers: fininte volume methods with explicit shock representation, K.W. Morton and M.A. Rudgyard; fluid-split calculations for equilibrium real gas flows in hypersonics, J.-L. Montagne; a three dimensional hybrid structures-unstructured method - motivation, basic approach and initial results, J.A. Shaw et al; fininte element method and turbulence modelling for internal flows, D. Jeandel et al. Part 3 Models for turbulence and transition: current trends in turbulence modelling, W. Rodi; the application of renormalization group methods to the subgrid modelling problem, W.D. McComb et al. Part 4 Zonal methods: new possibilities of numerical viscous-inviscid coupling for viscous flow with massive separation and for inviscid zonal-methods, J.C. Le Balleur; vorticity dynamics of the near field of strong jets in cross flows - S.L.V. Coelho and J.C.R. Hunt. Part 5 Validation and application of CFD: an overview of CFD as applied within Rolls-Royce plc, T.R. Kingston; validation of CFD methods for transonic aerofoil and wing flows, J.L. Fulker and P.R. Ashill; application of computational systems to aircraft engine components development, G. Karadimas.