1) gravity
土力类
1.
The equivalent flow duration contours is used to calculate and analyze the gravity viscous debris flow confluence in small basin.
在分析土力类泥石流的产流特征和规律 ,尤其是土源与水源关系的基础上 ,将水文学上常用的等流时线法的基本原理应用于小流域土力类粘性泥石流的汇流计算。
2) the soil-mechanical debris flow
土力类泥石流
3) soil mechanics
土力学
1.
Discussion on Teaching Reform of Soil Mechanics;
《土力学》课程教学改革探讨
2.
Course teaching and innovation of ground foundation and soil mechanics;
土力学地基基础课程教学与创新
3.
Discussion on the Course Character and Teaching Method of Soil Mechanics;
土力学课程特点与课堂教学方法探讨
4) rock and soil mechanics
岩土力学
1.
Some progresses were presented on the field of rock and soil mechanics for the past few years.
介绍了近年来在岩土力学领域方面取得的一些进展:①关于岩石疲劳破坏试验方面的实验结果。
2.
A new and large self-servocontrol test equipment of true triaxial compression used in physical model tests of rock and soil mechanics is introduced in this paper.
介绍了用于岩土力学物理模型试验的大型自动控制的三轴压力试验设备的概况。
5) frozen soil mechanics
冻土力学
1.
The recent advances in frozen soil mechanics are demonstrated and discussed from four aspects: (1) Test studies on the mechanical properties of the frozen soil; (2) Heat conductivity properties of the mixture materials of the freezing soil; (3) Water migration behaviors in the freezing soil; and (4) The Heat-Moisture-Deformation Coupling Models.
从冻结土的宏观力学性质，正冻土中的水、热迁移理论，正冻土的水热力耦合模型四个方面分析综述了国内外冻土力学的发展历史、研究现状与我国冻土力学研究中存在的问题，指出：（１）当前冻土力学的研究内容应该从对冻结上的宏观强度与变形性质向更切合实际工程需要的正冻土、正融土微、细观热、力学耦合性质方面深化；（２）冻土力学的研究思路应该从对土样纯力学量的试验研究向土样组构、级配、含水量、饱和度等土性指标在不同负温下对土样颗粒排列与胶结特性的强度、变形影响机理方面转移；（３）冻土力学的研究对象也应该从室内冻结试验的研究向具有各种不同水热交换边界条件与水热迁移内在规律的冻土体发展。
2.
This paper summarizes the recent major progress and development directions in near future for the research on frozen soil mechanics of China.
概述了近几年来我国冻土力学研究取得的主要进展及今后的主要研究方向。
6) geomechanics
岩土力学
1.
Geotechnical engineering and geomechanics in Chinese western zone;
西部岩土工程与岩土力学问题
2.
Problems on geomechanics in need of immediate deep research in subway construction;
急待深入研究的地铁建设中的岩土力学课题
3.
This paper introduces briefly the development in recent years on the computation techniques of geomechanics and underground structures, and gives a comprehensive survey of the aspects concerned with author s research practice, but not all of the main problems in this field branch are expected to deal with.
本文扼要介绍了岩土力学和地下工程结构分析计算方面近年来的若干进展,主要只对作者在课题研究中所接触到的一些工作进行综合性阐述,而未求涉猎该一子学科领域中所有问题。
参考词条
补充资料：土力
1.土壤肥沃的程度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。