本文为您带来地质力学的英文翻译，包括地质力学用英语怎么说，地质力学用英语怎么说，地质力学的英语造句，

本文为您带来地质力学的英文翻译，包括地质力学用英语怎么说，地质力学用英语怎么说，地质力学的英语造句，地质力学的英文原声例句，地质力学的相关英语短语等内容。

地质力学的英文翻译，地质力学的英语怎么说？

地质力学的英语网络释义

地质力学（Geomechanics）是地球科学领域中一门新的分支学科。它是在我国卓越

... geobiochemistry 地球生物化学 geodynamics 地质力学 geological cycle 地质旋回 ...

... 地质年代测定法：geochronometry 地质力学：geological mechanics 地质静态模拟：geological static simulation ...

地质力学的汉英大词典

地质力学

• geomechanics

地质力学的英语短语

地质力学的英文例句

相似材料是地质力学模型试验成功的关健。

Similarity of material is a key factor for geomecha nical model experiment.

通过在现场实测围岩应力并进行地质力学评价；

Surrounding rock stress was measured in-situ and geomechanics was evaluated.

NIOS相似材料是一种新型的地质力学模型相似材料。

As a new type of geo mechanical model material, the NIOS material has many advantages in model test.

利用3维模拟软件把地质力学和液流结合起来则非常重要。

It is very important to couple geomechanics and fluid flow with 3d simulation software.

工程地质力学是以工程为目的研究地质体变形破坏规律的科学。

Engineering geomechanics is a subject aiming at investigating generalized deformation and failure processes of geological body for engineering problems.

用非线性岩石力学的理论和方法分析高陡复杂破碎地层的地质力学问题。

The geomechanics problem is analyzed to complex aloft-steep structure using the theory and method of the non-linear rock mechanics.

根据相似理论建立地质力学模型，研究反倾层状边坡岩体的变形破坏机制。

Based on simulation theory, a geologic mechanics model is established and used for research on deformation and damage mechanism of anti-dip layered rock slop.

本文从岩体工程地质力学角度，研讨了岩体结构力学的意义，地位与作用。

The significance, position, and role of rockmass structural mechanics are disdussed from the aspect of rockmass engineering-geological mechanics.

须二段气藏产气层是裂缝性砂岩，其裂缝的成因受地质力学的规律所控制。

The gas reservoir in the 2nd Xu Member is a fractured sandstone, with fractures caused and controlled by geomechanics.

底板突水是一个十分复杂的地质力学作用过程，影响突水的因素是多方面的。

Floor water irruption is a complicated process of geology and mechanics. There are various factors which influence the process.

它可以模拟范围较广的岩体材料，是一种比较理想的地质力学模型相似材料。

It can simulate rock mass materials in a large range. It is an ideal geological mechanics model similar materials.

滑坡属于地质力学的范畴，建立适当的力学结构模型，进行理论上的应力应变分析。

Landslide is the scope of geomechanics, the establishment of an appropriate model of the mechanical structure, the theoretical stress and strain analysis.

基于生产实践和试验观测，探讨了岩体爆破结构面效应、岩体爆破工程地质力学原理。

According to practice and experimental observation, the structure planes effect and engineering geology mechanics principle of rock-mass blasting were discussed.

运用地质力学的观点分析阳泉矿区地质构造，探讨构造体系、构造演化及其形成机制。

Using the viewpoint of geomechanics, the geological structure in Yangquan Mining Area is analyzed, and the structural system, the structure evolution and its formation mechanism are discussed.

本文采用地质力学模型试验技术对清江隔河岩重力拱坝加固方案进行了整体模型试验。

Comprehensive model test of reinforcement scheme is performed for Geheyan gravity-arch dam on the Qingjiang River using geomechanics modeling technique.

构造应力场的研究通常是作为地质力学的主体部分，通过分析构造形迹入手来进行研究的。

It is usually regarded as a main part of geomechanics to study tectonic stress field. And the study usually began with the research of structural feature.

以多孔介质双重有效应力理论为基础，结合地质力学知识，建立了水平地应力的计算模型。

Based on the double effective stress theory and Geomechanics, this paper has built a horizontal crustal stress calculation model.

地质力学分析和隧道超前地质预报是隧道科学施工的必然产物，是安全、快速施工的要求。

Geomechanical analysis and geological prediction are are an requirement for scientific, safe and rapid construction.

本文以其地质力学模型为背景，采用逼近法进行分析探讨，得出了符合实际的理论计算公式。

Based on the geological mechanical model, the paper USES approximate analysis method, reaching the actual theory calculation formula.

实践结果表明，查明边坡(滑坡)变形破坏的地质力学模式是滑坡地质灾害防治的基础所在。

It is shown in engineering practice that the correct understanding and using of geological and mechanical model are the fundamental keys for the prevention of large-scale landslides.

本文运用地质力学的原理和空心包体应力解除法，对西石门铁矿区进行了构造应力场研究和地应力实测。

This paper makes a study on the tectonic stress field by insitu stress measurements using hollow inclusion technique in overcoring in Xishimon iron mine.

本文以岩体工程地质力学分析原理为基础，主要研究了井工开采影响下，其上方边坡岩体的运动变化特征。

Based on the analysis principles of engineering geomechanics of rock mass, the paper mainly studies the changing features of rock slope movement under the influence of underground mining.

工程地质力学的主要研究内容应当包括给出关键的力学测量参数、研究获得这些参数的方法及相关的仪器；

The extraction of measurement parameters, development of approaches to obtain these parameters, and research on relevant test devices require the participation of geomechanics.

并建立了相应的三维地质力学模型，应用FLAC 3D快速拉各朗日差分程序对其空间变形特征进行了详细的分析。

Then three-dimensional geological and mechanical model was established, and study of spatial deformation characteristics with FLAC-3D (Fast Lagrangian Analysis of Continua) was detailed.

随后的年代中，李四光以构造体系为核心，创立了地质力学，并以这种理论去解决我国资源和地质灾害的一些重大问题。

Lee in 1929. In after years, he created geomechanics with tectonic system as its core and some important problems on the resources and geological hazards of China were solved by this theory.

在地质力学模型试验中，以坡体开挖来模拟河谷下切卸荷作用，采用均匀毛细浸润技术模拟雨水入渗改变岩土强度的现象。

In geomechanical model test, slope excavation is used to simulate the valley incision; and the technique of capillary infiltration is used to simulate the rainfall infiltration.

通过地质力学模型试验，研究软岩高边坡在开挖及降雨时坡体的稳定性及变形变化规律，分析支挡结构对边坡变形的影响机理。

The deformation and stability of soft rock slope under excavation and rainfall, as well as the effect of the supporting system on slope deformation are analyzed by physical modeling.

从李四光教授对地层古生物、第四纪冰川和地质力学三方面的研究，来介绍他的学术思想和科研成果以及他的地壳运动的理论。

The paper gives an introduction of Li Siguang's academic thought and achievements in three aspects, on stratigraphic paleontology, Quaternary glaciology and geomechanics.

在对地质原型研究的基础上，采用相似材料三维地质力学模拟方法，对西安地区的断裂构造活动性进行了两个方案的模拟试验。

On the basis of site investigation and comprehensive analysis, the 3-D geomechanical modelling tests were conducted for study of the fault activities in Xi'an area.

在对地质原型研究的基础上，采用相似材料三维地质力学模拟方法，对西安地区的断裂构造活动性进行了两个方案的模拟试验。

On the basis of site investigation and comprehensive analysis, the 3-D geomechanical modelling tests were conducted for study of the fault activities in Xi'an area.

地质力学的原声例句

地质力学的网络释义

地质力学 地质力学，广义的理解是指地质学和力学结合的边缘学科。 不同学派对其研究内容有不同的见解，如奥地利弥勒学派认为研究内容是考虑地质因素的岩土工程的力学问题。 在中国地质学界，地质力学是指中国地质学家李四光在研究中国和东亚构造的基础上于20世纪40年代创立的一种构造地质学说。它主要是用力学的观点研究地质构造现象，研究地壳各部分构造形变的分布及其发生、发展过程，用来揭示不同构造形变间的内在联系。 地质力学注重构造体系的分析，特别是活动构造的活动规律和动力来源，以及断层、褶皱等构造形迹形成的力学机理的分析，也注重研究地应力和地质因素对岩土工程的力学分析的影响，地质力学对矿产资源的普查勘探、对工程地质和地震地质的研究有积极意义。

以上关于地质力学的英语翻译来自英汉大词典，希望对您学习地质力学的英语有帮助。