numerical reservoir simulation

Numerical reservoir simulation is one of the effective tools for complex fluid analysis in the oil industry .

油藏数值模拟是当前石油工业中分析油藏复杂流体的有效工具之一。

Boosting the Teaching Effect of Numerical Reservoir Simulation by Varied Methods

采取多种教学措施提高油藏数值模拟课程的教学效果

Using numerical reservoir simulation technology could repeat simulate the process of different exploitation plan .

应用油藏数值模拟技术，可以很容易的重复计算不同开发方式的开采过程。

Post Processing Software Programming for Numerical Reservoir Simulation

油藏工程数值模拟后处理软件设计问题探讨

Development of Numerical Reservoir Simulation Software for Salt-resistant Polymer Drive

耐盐聚合物驱油藏数值模拟软件开发

A second report on the study for the cyclic flooding by numerical reservoir simulation

再述周期注水的油藏数值模拟研究

Macroscopic numerical reservoir simulation based on microscopic percolation mechanism

基于微观渗流机理的宏观油藏数值模拟研究

Means of literature research , theoretical investigation , numerical reservoir simulation and field application have been applied in the study .

本文采用文献调研、理论研究与油藏数值模拟及现场应用相结合的方式进行研究。

Oil-displacement mechanism of activity water is studied by utilizing shop experiment of activity water and numerical reservoir simulation .

通过活性水的室内实验和油藏数值模拟系统地研究了活性水的驱油机理。

Scientific reservoir evaluation , reservoir engineering management , and three-dimensional numerical reservoir simulation also require to establish3D geological model .

科学的油躲评价、油躲工程治理以及三维油躲数值模拟也需建立三维地质模型。

By using numerical reservoir simulation , the effects of various geologic and developmental factors for a cyclic flooding is studied .

应用油藏数值摸拟方法，研究了各种地质、开发因素对周期注水效果的影响。

By the method of numerical reservoir simulation , analyzed the problems existed in current well pattern arrangement in the Chang-2 reservoir .

运用油藏数值模拟分析了当前井网方式存在的问题。

No doubt , the research makes well test analysis theory perfect and has wide application value ; and it has instructive significance for numerical reservoir simulation .

此项研究，无疑是对试井分析理论的一种完善，对相应的试井分析软件的研制具有深远的应用价值，对油藏工程中的数值模拟方法也具有指导意义。

By using the VIP simulator and a two-layer model , for the first time , the numerical reservoir simulation for the cyclic flooding have been studied .

利用VIP模拟器和两层地质模型首次进行了周期注水的油藏数值模拟研究。

It is very difficult for the conventional numerical reservoir simulation theories to describe the characteristic of fluid flow in low permeability media , because they are all based on the Darcy 's law .

而传统的油藏数值模拟理论都是建立在达西定律之上的，因而它很难反映低渗介质中的流体渗流特征。

Moreover , this calculation model of permeability could be used to compute the directional transmissibility in numerical reservoir simulation , and to design the well spaces in different directions for anisotropic reservoir .

该渗透率计算模型可用于油藏数值模拟中不同方向上的传导率计算以及各向异性油藏中不同方位上的井距设计。

However , the results of reservoir description can not be effectively used for numerical reservoir simulation , and dynamic data of field development can not come back to test and modify the results of reservoir description .

但是，目前油藏描述的成果并不能有效地为数值模拟所用，油田开发的动态资料也不能回过头来检验和修正油藏描述成果。

Reservoir model is the final result of reservoir description , which is the basis of numerical reservoir simulation . The more precise conceptual model can be built in designation phase of field development plan .

储集层地质模型是油藏描述工作的最终成果，在开发方案设计阶段，建立概念模型向静态模型过渡的地质模型已成为一种发展方向。

As results , a contour map of permeability distribution is drawn out and geological interpretation to it is made , which provides with a basis for numerical reservoir simulation and reservoir classification and evaluation .

最后给出了渗透率平面等值线图，作出了地质解释，该方法可为油藏数值模拟及储层分类评价提供一定依据。

The remaining oil distribution during high water-cut development period was controlled by the fluid properties and pore configuration of rock . The microscopic features of pore throat were not taken into account in the classical numerical reservoir simulation .

处于高含水开发期油藏的剩余油分布主要受流体性质和岩石孔隙结构的影响，而经典数值模拟并没有考虑微观孔喉特征的影响。

The relative permeability curves based on microscopic percolation mechanism were calculated by percolation theory , and which were used in classical reservoir simulation . The combination of microscopic percolation mechanism and macroscopic numerical reservoir simulation became a reality .

利用逾渗理论计算了基于微观渗流机理的相对渗透率曲线，并将其应用到经典数值模拟计算中，实现了微观渗流机理与宏观数值模拟计算的结合。

The software function includes figure subdivision , interpolation and 3D visualization and so on . It can realize three dimensional geology modeling with any complicated faults conditions during reservoir development , and put the results to numerical reservoir simulation model .

该软件具有图形剖分、插值及三维可视化显示等功能，可以在任意复杂断层条件下，实现油藏开发三维地质随机建模，并能将结果输出到油藏数值模拟模型。

Miscible displacement of one incompressible fluid by another in a porous media in numerical reservoir simulation can be described by the mathematical models : Equation ( 0.1 ) is called the pressure equation ; equation ( 0.2 ) is called the concentration equation .

油藏数值模拟中的多孔介质不可压缩混溶驱动过程可用如下的数学模型来描述：其中方程（0.1）称为压力方程；方程（0.2）称为浓度方程。

The geological model with the area is verified by the geological model with the area . The Research shows that the reliability level of the model is high . Laid the foundation for the next step of the numerical reservoir simulation and development of the dynamic forecast .

通过验证该模型符合该区地质情况，可靠程度较高，为下一步进行油藏数值模拟和开发动态预测奠定了基础。

The describing the fracture of carbonate reservoirs and technical research of numerical reservoir simulation has been the focus studied in carbonate reservoirs and foreordained affinity both at home and abroad all the time , restricts one of the key problems of the development in carbonate reservoirs too .

碳酸盐岩油藏的裂缝描述和油藏数值模拟技术研究一直是国内外碳酸盐岩油藏研究的热点和前缘，也是制约碳酸盐岩油藏开发的关键问题之一。

Practical Solution on Pre-processing of Numerical Oil Reservoir Simulation

一种实用的油藏数值模拟前处理系统方案

Numerical Model and Reservoir Numerical Simulation of Bottom and Edge Water in Fault Block CH3

CH3断块边底水控制数值模型及油藏数值模拟研究