jointed rock mass 节理岩体
jointed rock masses 裂隙岩体
Jointed Rock Mass System 裂隙岩体系统
closely jointed rock mass 密实岩块
heterogeneous jointed rock mass 非均质节理岩体
Intermittence Jointed Rock Masses 断续节理岩体
jointed rock slope 节理岩质边坡
The non-interpenetrated jointed rock is a common terrain, both the realm of engineering and the realm of theory pay great attentions to its mechanics performance.
非贯通细观节理岩石是工程中常见的岩体，其力学特性是工程界和理论研究者都普遍关注的一个重要问题。
参考来源 - 非贯通细观节理介质CT实验的数值模拟及影响参数讨论Moreover, damage model can reflect the anisotropy and discontinuity of jointed rock more efficiently than jointed element model. It can be used to study the mechanical properties of rock mass with small scale and large amounts of joints.
通过损伤力学模型与节理有限元模型两种方法的对比计算分析，结果表明，利用本文的损伤模型研究节理岩体的等效性能是可行的，损伤模型比节理有限元模型能更方便地反映岩体的各向异性和不连续性，它可以解决分布规模小、数量多的岩体结构面的力学特性。
参考来源 - 节理岩体等效性能的损伤模型及其数值模拟·2,447,543篇论文数据，部分数据来源于NoteExpress
The computation results showed quantitatively the anisotropy and size effect of jointed rock.
计算结果定量地说明了岩体的各向异性和尺寸效应。
A computer simulation method to predict the mechanical properties of jointed rock mass is pre-sented.
本文提出了一种确定节理岩体力学参数的计算机模拟试验法。
For moderate JI, lower strength and the behavior of jointed rock specimen are mainly governed by joint.
当节理倾角适中时，节理岩样的峰值强度较低，岩样的行为受控于节理。
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