A practical procedure for vertical two-dimensional hydrothermal simulation by finite element method.
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概要
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A procedure for the numerical simulation of a two-dimensional, single phase geothermal hot water convection system was developed. Galerkin's finite element method with triangular elements was applied. The procedure was implemented by FORTRAN and was verified by execution tests. The program was applied to simulation of the natural evolution of a geothermal system to its final steady state. The procedure is based on general conservation equations having accumulation terms, and thus can avoid troubles on convergence which might occur in case the steady state is postulated in the program. The procedure may be applied to the development of simulators effectively used for understanding the physical processes in liouid dominated hvdrothermal systems.
- 石油技術協会の論文
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