Mechanical properties of shales are key parameters influencing hydrocarbon production–
impacting borehole stability, hydraulic fracture extension and microscale variations in in situ …

摘要地应力的精确预测是对页岩地层进行水平井钻井轨迹设计和压裂的基础.
本文在分析页岩构造特征的基础上, 提出了适用于页岩地层的岩石物理等效模型的建立流程 …

The effective prediction of in-situ formation stress is the basis of trajectory design and
fracturing of horizontal wells in shale formation. The forecasting method of in-situ formation …

页岩储层由于其复杂的构造和孔隙特征, 目前一般的岩石物理模型无法对其进行精确描述.
微纳米孔隙作为页岩气主要的储集空间, 对页岩整体弹性参数有较大影响 …

Based on the microscopic characteristics of the rock, a transversely isotropic rock physical
model was proposed for shale in the Longmaxi formation, Sichuan Basin in terms of logging …

在龙马溪页岩微观物性特征分析的基础上, 综合利用测井解释, 微观测试分析资料,
建立了一种适用于龙马溪页岩的横观各向同性岩石物理模型, 该模型建模过程: 将各向异性SCA …

Due to the complex structure and pore properties of shale reservoir, the current general rock
physical model cannot accurately describe the shale reservoir. As the main storage space of …

Seismic petrophysics is an important link between seismic elastic properties and reservoir
physical properties. Based on the petrological and microstructure characteristics of shale in …

岩石物理为连接地震特性与储层特性的桥梁, 为精确模拟岩石弹性性质, 构建页岩岩石物理模型
假设应与岩石内部结构特征保持一致. 本文以各向异性自洽模型和各向异性微分等效介质模型为 …

Because of the extremely high resolution and little damage to the sample, micromechanical
mapping methods have been widely used for elastic characterization of shale at microscale …