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首页> 外文期刊>The Journal of Canadian Petroleum Technology >Incorporation of Strain-Induced Permeability Model in a Deformation-Flow-Heat Transfer Simulator
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Incorporation of Strain-Induced Permeability Model in a Deformation-Flow-Heat Transfer Simulator

机译:在变形-流-热传递模拟器中引入应变诱导的渗透率模型

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摘要

This paper extends the fully coupled geomechanics and reservoir simulator previously developed by the authors to include temperature effects using finite element methods (FEM). The strain-induced permeability model and the full permeability tensor are incorporated into the developed deformation-flow-heat transfer simulator. Numerical examples are given to evaluate the validity of the FEM model. The simulation results demonstrate that the strain-induced permeability model has significant effects on wellbore pressure response and geomechanical behaviour of the reservoir.
机译:本文扩展了作者先前开发的完全耦合的地质力学和储层模拟器,以包括使用有限元方法(FEM)产生的温度效应。应变诱导的渗透率模型和全渗透率张量被合并到已开发的变形-流-热传递模拟器中。数值例子说明了有限元模型的有效性。仿真结果表明,应变诱导渗透率模型对井筒压力响应和储层地质力学行为具有显着影响。

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