File: Miptknowhow.png
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Revision as of 08:08, 8 October 2018 by MishaT (talk | contribs) (In usual numerical Planar3D implementation, Jacobi matrix in- cludes parts that describe geomechanical and hydrodynamical pro- cesses. Splitting by physical processes lets us solve geomechan- ics and hydrodynamics separately. Splitting turns one linear...)
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In usual numerical Planar3D implementation, Jacobi matrix in- cludes parts that describe geomechanical and hydrodynamical pro- cesses. Splitting by physical processes lets us solve geomechan- ics and hydrodynamics separately. Splitting turns one linear system with dense matrix into two. Separate solving requires significantly less computation resources than solving whole system
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| current | 08:08, 8 October 2018 | | 718 × 461 (208 KB) | MishaT (talk | contribs) | In usual numerical Planar3D implementation, Jacobi matrix in- cludes parts that describe geomechanical and hydrodynamical pro- cesses. Splitting by physical processes lets us solve geomechan- ics and hydrodynamics separately. Splitting turns one linear... |
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