Based on key well log data and rock mechanics experiment, the present ground stress distribution of Paleogene reservoir in Dina gas field is predicted with finite element method.
在关键井点测井资料研究基础上，结合岩石力学实验，用有限单元方法对迪那气田古近系储集层现今地应力分布做出预测。
The paper demonstrates the important control factors of reservoir development caused by the continuous compression of tectonic stress under abnormal high pressure in Kela 2 gas field.
阐述了克拉2气田在异常高压下，储层发育的主要控制因素是由于构造应力的持续挤压作用。
The artificial fractures are controlled by the modern stress field and natural fractures in fractured low-permeability reservoir.
人工裂缝的分布受现今地应力和天然裂缝控制。
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