Foundation deformation is one of the primary research topics of soil mechanics.
地基变形是土力学中的主要研究课题之一。
The probabilistic model of rock and soil mechanics parameters affects the results and precision of reliability analysis and design.
岩土力学参数的概率分布类型直接影响岩土工程可靠性分析的计算结果和精度。
Most achievements of classical soil mechanics are set up on the basis of elastic theory.
古典土力学的大部分成果是建立在弹性理论基础上的。
The settlement of ground is one of soil mechanics important research topics.
地基沉降是土力学中的重要研究课题之一。
The research status and significance of the unsaturated soil mechanics at home and abroad are reviewed.
简要回顾了非饱和土力学的研究历史及研究意义。
The bearing capacity and settlement of the shallow foundation on soil is the important subject of the soil mechanics and foundation engineering.
浅基础的地基强度及变形历来是土力学与基础工程学的重要内容之一。
Then summarizes the mechanics characteristic of MRS and foundation soil and the distribution of raft stress and the foundation settlement laws.
给出了密肋壁板结构与地基土相互作用的受力特性及筏板应力分布规律、基底土反力的分布规律和地基的沉降规律。
In order to obtain the frozen soil mechanics behaviour, I has carried out the present paper research.
为了获得冻土的力学性能，开展了本论文的研究。
This paper analyzes the specific application of typical tasks from the building is a specialized courses soil mechanics basic foundation.
从建筑类是的一门专业课土力学地基与基础入手分析典型任务教学法的具体应用。
Soil percolation and seepage control is an extremely important subject in soil mechanics and civil engineering construction.
土的渗流和渗流控制是土力学和土木工程建设中的一项极其重要的课题。
Based on soil mechanics and elasticity theory, the relation of single pile load-settlement curve is derived.
以土力学及弹性理论为基础，推导出了单桩荷载—沉降曲线的关系式。
As examples, the relation curves plotted on log-paper, semi-log paper and ordinary coordinate paper in hydraulics and soil mechanics were selected.
作为实例，选择了水力学和土力学中常用的关系曲线，它们分别是点绘在双对数、半对数和普通方格纸上的。
Nowadays, study of formation of shear bands in soil has become an important research field in soil mechanics.
土体剪切带形成的研究已成为当今国际土力学十分重要的研究领域。
The research of soil Constitutive Relationship Model is an important problem in soil mechanics.
土的本构关系模型的研究是土力学研究中的一个关键问题。
The main research content and result are as follows: 1 The two-dimensional governing equations for steady-state flow and transient flow are derived based on unsaturated soil mechanics.
本文主要的研究内容和成果如下：1在非饱和土力学的基础上推导了二维渗流控制控制方程的稳态渗流方程和瞬态渗流方程。
It also USES the theory of slope stability of soil mechanics to simulate bank failure and deformation.
借助土力学中边坡稳定性理论，对河岸崩塌变形进行数值模拟。
From the principles of modern soil mechanics, the structural and swelling characteristics of soft clayey rocks were analyzed systematically.
结合现代土力学原理，系统分析了风化泥质软岩的结构特征，膨胀特性；
Combining the mechanic engineering with soil mechanics, the paper studies the dynamic characteristics of interaction between the compaction equipment and soil, dynamic model is set up.
将机械工程和土壤力学有机结合，对压实机—土壤系统动态特性进行研究建立了系统的动力学模型。
Abstract: : the state soil mechanics experimental teaching situation, and find out the deficiency.
摘要：陈述土力学实验教学现状，找出不足。
The constitutive models of soil is the most basic and important part in the theory of soil mechanics.
土本构模型课题，是理论土力学中最基础、最重要的研究内容。
The paper analyzed the characteristics of expansive soil physical mechanics and hazard to engineering, proposed relative measures of building expressway in expansive soil zone.
该文分析了膨胀土的物理力学特性及对工程的危害，并对在膨胀土地区修建高速公路提出相应的综合防治措施。
Acoustic tomography technique has a vast field for application in studying rock and soil mechanics and testing concrete quality.
声波层析成像技术在岩石力学研究、混凝土质量检测中有广阔的应用前景。
A knowledge of soil mechanics is essential, since this will give an idea of the likely settlements.
土力学的知识很重要，因为土力学知识将使人们对可能发生的沉降有所了解。
Constitutive relationship of soil plays a key role in soil mechanics.
土的本构关系研究是土力学的核心内容。
Soil mechanics, rock mechanics and engineering geology are the three basic courses for geotechnical engineering discipline.
土力学与岩石力学和工程地质一起并称为岩土工程的三门专业基础课。
Soil mechanics, rock mechanics and engineering geology are the three basic courses for geotechnical engineering discipline.
土力学与岩石力学和工程地质一起并称为岩土工程的三门专业基础课。
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