水力劈裂是由于水压力的抬高在岩体或土体中引起裂缝发生与扩展的一种物理现象。水力劈裂是高压水流或其他液体将岩体内已有的裂纹、孔隙驱动扩张、扩展、相互贯通等物理现象的统称。水力劈裂的裂缝一般是水平向的，它们通常发生在坝顶附近，且多在相对较小的水头作用下产生。
... Hu-Washizu principle 胡（海昌）-鹫津原理 hydraulic fracture 水力劈裂 hyperbolic paraboloid shell 双曲抛物面扭壳 ...
基于404个网页-相关网页
水力劈裂法 hydraulic fracturing technique
Nine group of hydraulic fracturing tests of thirty thick-wall cylinder sample were performed.
本文针对厚壁圆筒试件进行了9组近30个试样的水力劈裂试验研究。
参考来源 - 岩体水力劈裂圆筒模型实验研究Some new crannies were created to deplete the water potential energy. Which, vitiation of water to rock mass, just was the nucleus of hydraulic fracture research.
水力劈裂问题的研究实质，就是具有高势能的水对岩体的破坏。
参考来源 - 岩体水力劈裂机理试验及数值模拟研究Hydraulic splitting is one of the most concerned and controversial questions in the earth dam.
水力劈裂是土石坝工程中最为关注,也最有争议的问题之一。
参考来源 - 粘土心墙土石坝水力劈裂的有限元数值仿真研究·2,447,543篇论文数据，部分数据来源于NoteExpress
这些都属于水力劈裂问题。
All of these belong to the problems of hydraulic fracturing.
分析了水利水电等工程中的水力劈裂与人工致裂边界条件的不同。
The boundary condition differences between natural power and artificial driven fracturing in hydraulic and hydroelectric engineering are presented.
介绍我国应用能量原理研究岩石破坏机制及岩体水力劈裂机制的进展。
The advances of researching rock failure and hydraulic fracture mechanism by energy method are introduced.
应用推荐