reservoir mathematical model

Imbibition Mechanism of Low Permeability Fractured Sandstone Reservoir and Its Mathematical Model

低渗透裂缝性砂岩油藏渗吸机理及其数学模型

Mathematical model for the calculation of invasion depth of solid particles of completion fluid into reservoir

计算完井液中固相颗粒侵入储层深度的数学模型

The maximum effective hole diameter mathematical model describing flow of sligh+ tly compressible fluid through a three layer crossflow reservoir is solved rigorously with consideration of wellbore storage and different skin factors.

在考虑表皮效应和井筒储存的影响的条件下，采用最大有效井径的概念，建立无限大三层越流油藏井底压力的动态模型。

Through the established mathematical model and the given basic assumptions, CBM permeability and reservoir pressure of considering slippage effect and without considering slippage effect are comparatively studied by FEPG software.

通过建立的数学模型，在给出基本假设后，应用FEPG软件对考虑滑脱效应和不考虑滑脱效应煤层气渗透率、储层压力进行对比研究。

Integrating percolating mechanics with rock mechanics and hypothesizing the reservoir is elastic-plastic, a mathematical model for percolation-solid phase balance is abstractly presented;

将渗流力学和岩土力学相结合，建立了含水力压裂裂缝的储层渗流和固相平衡的数学模型；