Titlebook: Solution of Superlarge Problems in Computational Mechanics; James H. Kane,Arthur D. Carlson,Donald L. Cox Book 1989 Plenum Press, New York

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Element-By-Element Algorithms for Nonsymmetric Matrix Problems Arising in Fluids,rative strategy employed is based on the generalized minimum residual (GMRES) procedure origi-nally proposed by Saad and Shultz. Two levels of preconditioning are investigated. Applications to problems of high-speed compressible flow illustrate the effectiveness of the scheme.

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A Project for Developing a Linear Algebra Library for High-Performance Computers, linear algebra library in Fortran 77. The library is intended to provide a uniform set of subroutines to solve the most common linear algebra problems and to run efficiently on a wide range of high-performance computers.

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DEI

TranAir Technology: Solutions for Large PDE Problems,in the TRANAIR codes can be viewed as a novel combination of boundary element methods and finite element field methods for the solution of three dimensional boundary value problems. This combination of techniques allows the solution of larger systems of equations than conventional boundary element o

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Component Mode Iteration Technique Applied to Modal Calculation for Fluid/Structure Interaction,by-element solvers, and reduction algorithms. Amongst the reduction methods there are two general approaches: subspace iteration involves the reduction to a smal Ier eigenvalue problem by assuming Ritz mode shapes whereas component mode synthesis techniques discretize the structure/fluid system into

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The Coupling of Finite Elements and Boundary Elements for Structural Acoustics,cally-excited, submerged, arbitrary, 3-D elastic structure. This paper discusses a large-scale computational capability which addresses this problem by coupling a finite element model of the structure with a boundary element model of the surrounding fluid. The problems of interest are large enough t

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