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.
在精细油藏描述的基础上，利用油藏数值模拟技术研究剩余油分布规律是较为直观的好方法。
Reservoir numerical simulation is a fairly direct and effective way to study remaining oil distribution regularity on the basis of fine reservoir description.
油藏数值模拟是以多相流体在多孔介质中流动的理论为基础，目前已广泛应用于油藏工程。
Reservoir numerical simulation is based on the theory of multiphase fluid flow in porous media. Now it has been used in reservoir engineering extensively.
为研究稠油油藏油气运移规律，准确进行油藏数值模拟提供理论基础。
On these concepts, oil & gas migration regularities in heavy oil reservoir and its numerical simulation are performed accurately.
在国内外类似油藏开发效果及研究成果调研的基础上，开展了室内物理模拟和数值模拟研究。
Laboratory physical and numerical modelling has been conducted on the basis of similar reservoir development and research result at home and abroad.
为了有效动用强水敏性稠油油藏储量，在室内试验的基础上，利用油藏数值模拟技术开展了强水敏稠油油藏的动用界限研究。
The technical development limits for strong water-sensitive heavy oil reservoir were suggested based on the development results of reservoir numerical simulation and laboratory experiments.
油水相对渗透率数据是油藏数值模拟输入的基础参数之一，是模拟预测中影响产油量和产水量的重要参数。
Oil-water relative permeability is one of the most basic input data of the reservoir numerical simulation, and also an important parameter to effect produce of oil and water.
油水相对渗透率数据是油藏数值模拟输入的基础参数之一，是模拟预测中影响产油量和产水量的重要参数。
Oil-water relative permeability is one of the most basic input data of the reservoir numerical simulation, and also an important parameter to effect produce of oil and water.
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