岩体结构(structure of rock irlass) 由结构面和结构体的形状、规模、性质及其组合方式、连接特性所决定的岩体内在特征。通常根据岩体的地质类别、完整性和结构面的类型、级别、组合、发育程度等,将岩体划分为整体块状结构、层状结构、碎裂结构、散体结构等。研究岩体的结构类型,对判定在工程荷载作用下岩体的稳定性有重要意义。
Under the influence of original formation, tectonic reconstruction, superficial and epigene-action, network of structure planes was created in rock mass, accordingly complicated the rock mass structure.
由于受原生建造、后期构造改造和浅表生作用的影响,岩体中常发育多组裂隙,形成相互交切的结构面网络系统,使岩体结构复杂化。
参考来源 - 坝基岩体质量量化分级及图形展示The practical status of evaluation indexes is studied and quantified based on rapid rock mass structure description.
通过高边坡岩体结构快速描述,研究评价指标的实际状态,根据评价指标量化标准赋值。
参考来源 - 公路边坡稳定性快速评价方法及应用研究·2,447,543篇论文数据,部分数据来源于NoteExpress
岩体结构包括两个基本要素:结构面和结构体。
Structure of rock mass contains two basic factors: the structural plane and body.
模拟考虑了岩体力学特性及岩体结构特征,并模拟了井采过程。
In the simulation of the process of underground mining, mechanical properties and structural features of rock mass are considered.
由于其岩体结构的复杂性,将给边坡稳定性及防护带来一定的困难。
Because of complex structure of rock body, there are many difficulties in calculating and protecting slope stability.
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