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1·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。

2·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。

3·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。

4·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。

5·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。

6·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。

7·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。

8·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。

9·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。

10·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RF PA2D 系统，对采空区顶板大面积冒落过程进行了数值模拟研究。