油藏边界主要包括油水界面、岩性边界和断层边界等。
The reservoir boundary includes oil-water contact, lithologic boundary and fault limit.
油藏几何形状特别是油藏边界对井底压力动态响应有显著的影响。
Reservoir geometry especially such as reservoir boundary significantly influences dynamic response in underground flow.
绘制了不同油藏边界下，具有不同裂缝几何特征的压裂水平井典型试井曲线，并对特征曲线进行了流动期分析。
According different fracture geometrical characters, this paper presents a lot of typical pressure curves and analyzes the flow period of these curves.
含油饱和度受油藏边界和构造形态控制，油藏南部边缘和局部构造低部位原始含水饱和度高，但不形成有效边底水驱动。
Initial oil saturation is controlled by the reservoir boundary and structural. Parts of the reservoir with high initial water saturation dose not form effective edge and bottom water drive.
试井探边测试资料可以作为判断边界是否存在的依据， 再结合地质、地震、测井、录井等资料，可进一步确定出油藏边界的形状。
Limit-test data can be used as the basis of determining whether the exists. The reservoir shapes can be further defined combining with geologic, seismic, earthquake, logging data.
以试井资料为基础，结合试油、试采及其它地质资料通过压力诊断、曲线拟合、边界分析等，得到准确的油藏参数。
Based on testing data, combining well test, recovery and other geologic data, by pressure diagnose, curve analog and boundary analysis, an accurate reservoir parameter can be gained.
地质体边界数据是油藏数值动态模拟、盆地模拟、油气分布预测等应用的基础数据。
Geological objects boundary data is the base data for the animate simulating of oil pool numeric, basin simulate and oil gas distribution prediction etc.
在饱和油藏中的油与位于它上面的气顶之间的边界。
The boundary between the oil and the gas cap in a subsurface, saturated oil reservoir.
在解释多相流、开发井网、复杂边界和非均质油藏等复杂性试井资料方面，具有独到的优势。
In some ways of interpreting complicated well testing data such as multiple phase flow, producing pattern, complicated border and heterogeneous oil reservoir, this theory has a particular advantage.
本文考虑这种复合油藏的渗流问题并提出边界元(BEM)分析方法。
This paper considers the unsteady state flow behavior in a composite reservoir with an impermeable subregion by using Boundary Element Method (BEM).
针对油田特定注采方式下的垂直裂缝井，建立了矩形均质油藏混合边界垂直裂缝试井数学模型。
The mathematical model for well testing is established for mixed boundary in rectangle reservoirs with vertical fractures.
通过诊断成像，可以求得相对的油藏形状和边界位置情况。
While on the condition of without other information, comparative reservoir 'shape and the boundary position can be derived by diagnosing image.
提出了三角形油藏在不同边界条件下的试井理论模型，并用有限元方法对问题进行了求解，得到了不同情况下的试井理论曲线。
A new well test model for the triangular reservoir with different boundary conditions is developed in this paper. The typical curves for the new model are calculated by the FEM method.
如果还有油藏的其它信息，可以根据油藏图像的形式确定任意边界的形状和方位。
If having other information about the reservoir, the shape and direction of arbitrary boundary can be determined by reservoir 'plot and imagine.
压降测试基本测出了古潜山油藏双重孔隙特征，在压恢测试过程中测得了水边界和断层边界。
The draw-down test basically found out the double porosity feature of palaeozoic burried hill reservoir, during pressure build-up test, water boundary and fault boundary were revealed .
边界反映、地层压力快速下降及生产气油比迅速增大都说明该层储量有限，表现出透镜状油藏的特征。
Boundary response, fast drop of reservoir pressure and rapid increase of producing gas oil ratio all show limited oil in place of the formation, which behaves like lenticular reservoir.
确定油藏有效含油边界及预测油藏单井原油产能是储量评价和合理确定井位的基础。
To identify the effective boundary of oil reservoir and to predict potential production capacity in a single well are the foundation of reserves evaluation and drill_site selection.
与解析方法的对比表明，本文的扰动边界元方法计算精度很高，适用于任意形状非均质油藏的不稳定压力动态分析。
Lastly, the perturbation boundary element method is verified against the analytical solution and is applicable to transient pressure analysis of arbitrarily shaped reservoirs.
与解析方法的对比表明，本文的扰动边界元方法计算精度很高，适用于任意形状非均质油藏的不稳定压力动态分析。
Lastly, the perturbation boundary element method is verified against the analytical solution and is applicable to transient pressure analysis of arbitrarily shaped reservoirs.
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