Data for Hydromechanical Coupling Fracture Mechanism and Phase Field Modeling of Crystalline Rocks Considering Granular Microstructure
Description
本数据集来自博士学位论文《考虑矿物颗粒的岩石水力耦合断裂机理及相场模型研究》，数据包括： 1、4种晶粒结构岩石（3种花岗岩+1种辉绿岩）的岩石薄片鉴定结果； 2、SCB试验中48个试样的大主应变场演化的gif动画； 3、水力诱导裂纹扩展试验中48个试样的大主应变场演化的gif动画； 本学位论文涉及的其他详细试验数据、分析程序和数值模拟结果，将在答辩通过后延期一年公开。如有需要，请邮件联系作者xingjq@tongji.edu.cn。 ———————————— The dataset is derived from the doctoral thesis titled "Hydromechanical Coupling Fracture Mechanism and Phase Field Modeling of Crystalline Rocks Considering Granular Microstructure," which includes: 1. The identification results of rock thin sections for 4 types of crystalline structured rocks (3 types of granite + 1 type of diorite); 2. Gif animations of the evolution of the major principal strain field for 48 samples in the SCB tests; 3. Gif animations of the evolution of the major principal strain field for 48 samples in the hydraulic-induced fracture propagation tests; Other detailed experimental data, analysis procedures, and numerical simulation results associated with this thesis will be disclosed one year after the defense has been passed. If needed, please contact the author via email at xingjq@tongji.edu.cn.
Files
Steps to reproduce
All gif animations are obtained through DIC analysis of pictures collected by high-speed cameras, and the original pictures will be released later.
Institutions
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Funding
National Natural Science Foundation of China
U22A20597
National Natural Science Foundation of China
U1965108