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Reservoir simulation using an adaptive deflated multiscale solver

机译:使用自适应放气多尺度求解器进行储层模拟

摘要

Systems, computer-readable media, and methods are described for performing a reservoir simulation by obtaining reservoir data, obtaining simulation parameters, determining partial differential equations based on the simulation parameters, and performing a timestep of the reservoir simulation based on the reservoir data and the partial differential equations by removing an effect of long coherent structures with high contrasts, such as fractures, faults, high and low permeability channels, or shale layers, from the partial differential equations to generate adapted partial differential equations, and performing an algebraic multiscale method on the adapted partial differential equations to generate an approximated solution. The approximated solution can be used in a subsequent timestep of the reservoir simulation.
机译:描述了用于通过获得储层数据,获得模拟参数,基于模拟参数确定偏微分方程以及基于储层数据和储层进行储层模拟的时间步来进行储层模拟的系统,计算机可读介质和方法。通过从偏微分方程中消除裂缝,断层,高渗透率通道和低渗透率通道或页岩层等具有高对比度的长相干结构的影响,以生成自适应的偏微分方程,并在其上执行代数多尺度方法调整后的偏微分方程产生近似解。近似解可用于储层模拟的后续时间步中。

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