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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Numerical Integration and Sparse Blocked Equation Solution Techniques for Large Scale Boundary Elems. Starting with the successful modeling of bulky objects in structural and thermal analysis, accomplishments of boundary element researchers in the simulation of physical behavior in linear acoustics, elastodynamics and electromagnetics, and fluid dynamics are well documented. Recently, nonlinear r

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Domain Decomposition Techniques for Large Sparse Nonsymmetric Systems Arising from Elliptic Problemms of algebraic dimension up to 65,025. Four convective-diffusive transport problems typical of implicit upwind finite-difference discretizations of heat and mass transfer applications (pure conduction, a plug flow, a jet flow, and a recirculating flow) are tested for practicality of parallel soluti

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Parallel Computation in Mechanics,t which is presently available. In this paper, the computing requirements posed by challenging problems in mechanics are examined and contrasted with contemporary supercomputer resources. Of the means available to help fill the gap between the demands of scientific computation and the performance le

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Application of the EBE (Element-By-Element) Preconditioned Conjugate Gradient Algorithm to the Flui technique for using the EBE-PCG method to solve the coupled problem is presented. It is demonstrated that the EBE-PCG method is a viable approach to the solution of large 3-Dimensional problems in underwater acoustics.

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