Titlebook: Numerical Solution of Partial Differential Equations: Theory, Tools and Case Studies; Summer Seminar Serie D. P. Laurie Book 1983 Springer

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Parabolic Equations with Dominating Convection Terms,omena. Due to the presence of terms in one equation describing different physical processes these equations can be very hard to solve numerically and several specialised numerical schemes have been invented for their solution. Examples are given by Mitchell, Griffiths and Meiring [1980], Christie, G

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Solution of Large Systems of Linear Equations,trivial matter. It is true that for a relatively small number of unknowns (say up to 200) the solution process can in principle be achieved on modern computers by brute force. However, practical problems in three dimensions can easily lead to (say) 100 000 equations in as many unknowns. On even the

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Finite-Element Mesh Partitioning for Time Integration of Transient Problems,ferential equations of the partial differential equations describing the problem. This reduction can be effected by means of finite-element or finite-difference methods, the partial differential equations being semidiscretized in space and the resulting ordinary differential equations then integrate

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