Algorithmic Trends in Computational Fluid Dynamics
Published in May 1993
Book
Hardback
XVI, 423 pages
978-3-540-94014-2 (ISBN)
Description
A workshop held in September 1991 at ICASE brought together leading experts in numerical analysis and in fluid dynamics to assess the state of the art in computational fluid dynamics and to identify relevant promising developments in numerical analysis. The chapters in this volume are based on materials prepared for that workshop.
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Content
Spectral methods, C. Canuto; incremental unknowns in finite differences, R. Temam; wavelet methods, R. Glowinsky et al; inherently multidimensional schemes, K.W. Morton; some remarks about computational fluid dynamics, H.-O. Kreiss; beyond the Riemann problem, P.L. Roe; three-dimensional co-volume algorithms, R.A. Nicolaides; adaptive-mesh algorithms, K.G. Powell et al; sub-cell resolution methods, E. Harabetian; Eno schemes, A. Harten; postprocessing filtering methods, F. Lafon and S. Osher; Lanczos-based iterative methods, R.W. Freund et al; preconditioned Krylov subspace methods, Y. Saad; local preconditioning, B. van Leer; applied aerodynamic algorithms, J.L. Steger; compressible viscous flows on unstructured meshes, O. Pironneau; algorithmic trends in computational fluid dynamics, R.W. MacCormack.