Study on the coupling of 3D geoscience modeling with numerical simulation
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Abstract
Hou En
Abstract
To simplify the pretreatment of the numerical simulation is a key problem for complex model. A solution idea coupling Three Dimensional Geoscience Modeling (3DGM) with numerical simulation is put forward. After a brief introduction to the 3DGM software, microLYNX, and the numerical simulation software, RFPA and FLAC, two coupling modes, loose coupling and full integration, are suggested. The loose coupling is considered to be the feasible coupling mode at present. Based on the analysis of the data files of microLYNX, RFPA and FLAC, here we show the specific coupling method of them. The coupling system can not only simplify the pretreatment of numerical simulation, but also extend the application fields of 3DGM.
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To simplify the pretreatment of the numerical simulation is a key problem for complex model. A solution idea coupling Three Dimensional Geoscience Modeling (3DGM) with numerical simulation is put forward. After a brief introduction to the 3DGM software, microLYNX, and the numerical simulation software, RFPA and FLAC, two coupling modes, loose coupling and full integration, are suggested. The loose coupling is considered to be the feasible coupling mode at present. Based on the analysis of the data files of microLYNX, RFPA and FLAC, here we show the specific coupling method of them. The coupling system can not only simplify the pretreatment of numerical simulation, but also extend the application fields of 3DGM.
Key concepts: Coupling (piping), Computer simulation, Software, Computer science, Mode (computer interface), Numerical analysis, Numerical modeling, Computational science