Time lagging and explicit interface prediction for nonoverlapping domain decomposition with parallel additive splitting method for multi-dimensional parabolic problem
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Publisher
Elsevier Science Inc
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info:eu-repo/semantics/closedAccess
Abstract
Two different interface predictions are considered, in this work, for the solution of multi-dimensional parabolic problem defined over nonoverlapping subdomains. These interface boundary conditions are predicted by the explicit prediction (EP) and the time lagging (TL) methods with delta x and 2 delta x mesh spacings away from the interface lines. We considered the additive splitting up method with respect to the spatial variable to solve the multi-dimensional parabolic problem over each subdomains. For more accurate solution we present the correction for the explicit interface prediction and implement the proposed methods for the solution of two different model problems. (c) 2006 Published by Elsevier Inc.
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Keywords
additive splitting up method, time lagging, explicit implicit interface prediction, nonoverlapping domain decomposition
Journal or Series
Applied Mathematics and Computation
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Scopus Q Value
Volume
186
Issue
2










