The shape of the caving can indicate why the rock failure occurred.
坍塌的落石的形状可以说明岩石失稳原因。
Study on simulation of statistical damage in the full process of rock failure;
在实验室中对岩石破裂前的声发射前兆和遥感前兆进行了对比研究。
So LURR can be used as the precursor of rock failure and earthquake prediction.
故此，加卸载响应比可以被用做岩石破坏及地震预测的前兆。
A finite difference software package FLAC was used to study the rock failure process.
采用有限差分法FLAC程序来分析岩石的破坏过程。
This provides theory foundation for the actual application of the coal and rock failure monitoring.
从而为煤、岩体破坏检测的实际应用提供了理论基础。
The fracture distribution of this area was predicted effectively combined with rock failure criterion.
然后结合岩石破裂准则，对该区域的裂缝分布做出了有效的预测。
The advances of researching rock failure and hydraulic fracture mechanism by energy method are introduced.
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 essential reason for rock failure is the relative displacement among mineral particles making up rock.
岩石发生破坏的机理是构成岩石的矿物颗粒之间发生相对位移。
Hydraulic fracturing is a typical illustration of coupling between seepage and stress in rock failure process.
岩石的水压致裂过程是典型的渗流与应力耦合作用的破坏过程。
Roof falling of mined out area was numerically studied by using a rock failure process analysis software(RFPA2D).
前言：运用岩石破裂过程分析RFPA2D 系统，对采空区顶板大面积冒落过程进行了数值模拟研究。
At last, it is simulated that the rock failure modes in excavation with cavity in rock mass considering the coupling.
最后模拟了考虑耦合情况下空洞开挖时围岩的破坏模式。
By using rock failure process Analysis code (RFPA2D), the slip failure process of rock sample is numerically studied.
运用岩石破裂与失稳过程分析RFPA2D系统，对岩石剪切破裂过程进行了数值模拟研究。
Rock failure induced by thermal stress is called thermal cracking. It is the result of thermal and mechanical coupling.
热应力引起的岩石破裂称为岩石的热破裂，它是热和力之间相互耦合作用的结果。
Rock failure is caused by the abrupt energy release, which is the catastrophe of energy dissipation under a certain condition.
岩石的失稳破坏就是岩石中能量突然释放的结果，这种释放是能量耗散在一定条件下的突变。
The results can provided some ideas in considering the rock damage criterion for rock failure mechanism study under water jet impact.
数值分析结果可为水射流破岩机理研究中岩石破坏准则的选择提供依据。
The development of radial horizontal well drilling technology was under the studies on swirling jet theory and rock failure mechanism.
旋转射流理论和破岩机理研究，研制了径向水平钻井技术。
This paper deals with varying laws of the acoustic and the dynamical mechanical parameters in the process of rock failure under loading.
本文研究了岩石在单轴和真三轴加载的破坏过程与声波参数及动力学参数之间的关系。
The rock failure due to freeze-thaw weathering is a main engineering problem which often occurs in the rock engineering in cold regions.
岩石的冻融破坏是寒区岩石工程中常遇到的主要病害之一。
The middle joints quickly connect to the adjacent joints with the action of compression-shear stress, which results in the rock failure.
中间节理受压剪作用很快与相邻节理贯通导致节理岩体破坏。
The direct reason of a rock project failure is rock failure. The determinate criterion is the limit allowable for change of its function.
岩石工程破坏的直接原因是工程周围岩石的破坏，确定标准是其使用功能允许改变的极限。
The relation between AE characteristics during rock failure and machine stiffness is analysed under uniaxial compression with the above model.
依据这一模型，分析了单轴压缩时岩石破坏阶段声发射特性与压机刚度的关系。
Due to the heterogeneity, rock failure mainly results from tensile damage but shear damage still exists, which has influence on the shear strength.
由于试样细观缺陷非均匀性的存在，导致岩石断裂主要由拉伸破坏引起，但拉剪混合破坏仍然存在，并对抗剪强度有较大的影响。
By using a rock failure Process Analysis Code RFPA2D, the deformation and failure behavior of a double rock sample system were studied numerically.
利用岩石破裂过程分析RFPA2D软件系统对不同岩性的二岩体相互作用系统受力破坏过程进行了数值模拟。
The criterion of rock failure and inner boundary condition need to be considered carefully while processing the fault growth, movement and deformation.
断裂的发生、运动与变形涉及岩石破裂准则与内部边界处理。
Rock failure process analysis (RFPA) code is used to study the failure process of rock disks with pre-existing cracks when subjected to static loading.
本文利用岩石破裂过程分析系统（RFPA）研究了含有不同角度预制裂纹的岩石试样在动态载荷作用下的破坏过程。
A numerical simulation of the experiment on rock with preexisted cracks under compression is presented by using a rock failure process analysis code, RFPA2D.
采用岩石破裂过程分析软件RFPA2D对预制裂隙大理岩试样的压剪试验进行数值模拟。
The stability of coal pillar of the short-wall mining was analyzed systemically by numerical simulation with the rock failure process analysis software (RFPA2D).
采用岩石破裂过程分析软件RFPA2D系统，对短壁机械化开采的煤柱稳定性进行数值计算与分析。
The horizontal well stress distribution and the rock failure criterion constitute a fracture initiation mathematical model, which was solved by the iteration method.
水平井井筒应力分布和岩石破坏准则构成了水平井压裂裂缝起裂数学模型，利用迭代法对模型进行了求解。
It is very valuable that localize the micro-crack location in rock by AE location method to investigate the process of rock failure and predict the final failure position.
用声发射(AE)定位技术确定岩石内部微破裂的发生位置，研究岩石的破坏过程，对预测岩石最终的破坏位置具有重要的实用价值。
According to a point of view of energy distribution, authors present that rock failure is a process by which rock specimen stores and releases energy before and after rupture.
作者从能量分配的观点，认为岩石在破坏前后是一个能量储存与释放的全过程。
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