Table of Contents

Introduction to the physical aspects of hypersonic aerodynamics, R. Grundmann; Computational methods for viscous hypersonic flow, D. Hanel; Numerical simulation of hypersonic flows, J.S. Shang; Point-implicit relaxation strategies for viscous hypersonic flows, P.A. Gnoffo; Flux-split algorithms for hypersonic flows, P. Cinnella, B. Grossman; Efficient multigrid computation of steady hypesonic flows, B. Koren, P.W. Hemker; Laminar turbulent transition, D. Arnal; Second-order effects in hypersonic laminar boundary layers, J.Ph. Brazier et al; Real gas effects in two and three-dimensional hypersonic, laminar boundary layers, B. Aupoix, J. Cousteix; Flow analysis and design optimization methods for nozzle-afterbody of a hypersonic vehicle, O. Baysal; The computation over unstructured grids of inviscid hypersonic reactive flow by upwind finite-volume schemes, J.A. Desideri; Computational aerothermodynamics for 2D and 3D space vehicles, J. Hauser et al.

Reviews

'In summary, this book is a useful grouping of current research papers from well-known researchers in the field of computational hypersonic aerodynamics. The book would be useful to individuals who are starting to work in this field.' AIAA Journal 31:2 1993