机译:基于精细裂缝岩体模型和随机参数的流体固相耦合:湘济坝项目防滑稳定性分析的案例研究
State Key Laboratory of Hydraulic Engineering Simulation and Safety School of Civil Engineering Tianjin University;
State Key Laboratory of Hydraulic Engineering Simulation and Safety School of Civil Engineering Tianjin University;
State Key Laboratory of Hydraulic Engineering Simulation and Safety School of Civil Engineering Tianjin University;
State Key Laboratory of Hydraulic Engineering Simulation and Safety School of Civil Engineering Tianjin University;
Concrete gravity dam; Fluid–structure interaction; Sliding stability; Refined model of fractured rock mass; Stochastic field; Dual medium of fracture-pore;
机译:基于精细裂缝岩体模型和随机参数的流体固相耦合:湘济坝项目防滑稳定性分析的案例研究
机译:基于NMM的模拟岩石水力压裂过程的流体固体耦合模型
机译:基于突变理论的巷道前隐伏岩溶洞穴岩柱稳定性流固耦合分析
机译:基于流固耦合的裂隙岩传热数值模拟
机译:北卡罗来纳州西部岩石边坡稳定性和不连续性参数随机性的风险分析。
机译:基于流固耦合方程和岩石破裂力学的水力压裂高度预测新图
机译:基于固体流体耦合效应的柔软到硬质岩体过渡部分的稳定性研究