Presents the papers of a conference on domain decomposition methods in sciences and engineering. The design of machinery and structures ranging from aircraft to bridges, from components to tunnels, make use of numerical methods when solving differential equations in the most complicated domains. Domain decomposition is a computing strategy suitable for high performance computer systems and applied to a broad class of large scale mathematical-physical problems in engineering and sciences. Topics range from basic theoretical ...
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Presents the papers of a conference on domain decomposition methods in sciences and engineering. The design of machinery and structures ranging from aircraft to bridges, from components to tunnels, make use of numerical methods when solving differential equations in the most complicated domains. Domain decomposition is a computing strategy suitable for high performance computer systems and applied to a broad class of large scale mathematical-physical problems in engineering and sciences. Topics range from basic theoretical research to industrial applications. The book includes industrial implementations in large scale codes and parallel algorithms.
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Seller's Description:
Very good. 9th International Conference, Bergen, Norway. Light shelf wear to book edges. No markings in book. Binding is tight. From the Table of Contents: Schwarz Preconditions for the Spectral Element Stokes and Navier-Stokes Discretizations-Casarin; An Additive Schwarz Method for Elliptic Mortar Finite Element Problems in Three Dimensions-Dryja; Spectral Elements on Infinite Domains-Black; Geometric Convergence of Overlapping Schwarz Methods for Obstacle Problems-Zeng, etc. 856pp.
