solid mechanics
英 [ˈsɒlɪd məˈkænɪks]
美 [ˈsɑːlɪd məˈkænɪks]
网络 固体力学; 赖小鹏
双语例句
- The investigation on the brittle failure behavior of rock mass containing flaws is one of the important research fields of solid mechanics, especially in rock mechanics.
开展含三维裂纹缺陷岩石破坏行为的研究，是当今固体力学特别是岩石力学研究的重要课题之一，具有重要的学术和工程意义。 - Well, it is one of the important things of solid mechanics, which is the torque of a force divided by the moment of inertia.
这是固体力学的研究重点之一，就是力的扭转力矩与转动惯量之比。 - The formation of shear band and the theory of progressive failure of soils are key topics focused greatly both in solid mechanics and geomechanics around the world.
土体剪切带的形成与土体逐渐破损理论是当今国际力学界和岩土工程界十分关注的焦点。 - Briefly introduces the recent development and trend of biomechanics at home and abroad, and preliminarily expresses the relation between soft biological tissue and solid mechanics.
简介了国内外生物力学的发展动向，初步阐述了生物软组织和固体力学的关系。 - One of the important directions in solid mechanics and materials science is to study the mechanical and physical behaviors of materials at the meso-and micro-scales.
从细微观层次研究材料的力学和物理行为，是当前固体力学和材料科学的一个重要方向。 - Applications or Hypergraph to the Finite Element Method of Solid Mechanics
超图在固体力学有限元法中的应用 - Some Problems in Earthquake Engineering and Solid Mechanics and Their Improvements
地震工程和固体力学中的几个问题及其改进 - Finite Point Method and Its Application to Solid Mechanics
有限点法及其在固体力学中的应用 - The finite element method is main numerical method in solid mechanics, but remeshing and coupling analysis of multi-materials are difficult to solve problems in large deformation, explosion or impact etc.
有限元法是求解各种力学问题的主要数值计算方法，但在计算弹塑性大变形和爆炸冲击等问题时，重新划分网格和不同介质的耦合分析是有限元法的难题。 - Development of Computational Solid Mechanics and Its Application in the Aerospace Engineeing
计算固体力学的发展及其在航空航天工程中的应用 - Application of finite volume method in 2 dimensional problems of solid mechanics
有限体积法在二维固体力学问题中的应用 - Progress and applications of solid mechanics considering microstructure
考虑微结构的固体力学的进展和若干应用 - The gauge field theory of defects as a newly-developed and emerging branch in modern solid mechanics and material science is reviewed in detail.
详细评述了缺陷连续统的规范场理论，该理论是近代材料科学和固体力学中新发展起来颇有意义的一个分支。 - This paper offers a review of the recent research work of the weighted residual methods for solid mechanics and its applications in our country.
本文回顾了固体力学加权残值法近几年来在我国开发研究和应用的情况。 - Thermal shock problem is always one of the most concerned questions in Solid mechanics theory field.
热冲击问题一直是固体力学理论研究的热点问题之一。 - The finite volume method for stress analysis in solid mechanics
固体力学应力分析中的有限域法 - Fracture Mechanics theory is the core theory of Solid mechanics.
断裂理论是固体力学的一个核心理论。 - Phase transformation materials with unique mechanical performance can greatly affect the mechanical response of structures. It is one of the major research fields of solid mechanics.
相变材料具有独特的力学性能，对材料和结构的力学响应带来重大影响，成为固体力学和材料科学的重点研究领域之一。 - Macroscopic, mesoscopic and microscopic theories of fracture of solid materials are all very important for solid mechanics, solid physics and material science, and they have important theoretical significance and scientific value in investigation of mechanism of strengthening and toughening, fatigue and fracture.
固体材料断裂的宏细微观理论在固体力学、固体物理和材料科学研究中均占有十分重要的地位，对于研究材料的强韧化机理、疲劳和断裂破坏行为具有非常重要的理论意义和科学价值。 - Elasto-plastic contact problems is of great importance to engineering and one of important subject in computational solid mechanics.
弹塑性接触问题在工程上有着重要意义，同时也是计算固体力学中的重要研究课题。 - This paper makes different tubes and fluid inside and outside the tubes as the research object. It also dose numerical calculation by using software of Hydromechanics and Solid Mechanics.
本文以不同管型换热管及管内外流体为研究对象，应用固体力学和流体力学计算软件进行数值计算。 - In the recent years, material instabilities and coupled physico-chemical nonlinear analysis of multiphase porous media has been one of research focuses in solid mechanics and engineering mechanics.
近年来，多相多孔介质的材料失稳和物理-化学耦合非线性分析成为固体力学和工程力学界研究的热点问题之一。 - It uses the methods of solid mechanics and thermodynamics of irreversible processes to analyze the reason of the defects of old analysis measures for fatigue problem and sum up the main generation mechanism of irreversible damage in different pavement-materials.
运用固体力学和不可逆热力学相结合的方法，分析了以往处理疲劳损伤方法产生不足的原因，并对各种材料主要的损伤产生机制进行了分析与归纳。 - By comparing theory modeling with experiment research, some nonlinear problems in solid mechanics are studied in this paper.
本文采用理论建模分析与实验研究相对比的方式，对固体力学中某些非线性问题进行了研究。 - It has been turned into the most important supplement to FEM in the field of solid mechanics.
在固体力学领域，边界元法已经发展成为有限元法的一种最重要的补充。 - Doing research in this field requires solid background in Mathematics together with knowledge in Solid Mechanics and Mechanical Engineering.
从事断裂力学的研究，要求研究者们有着扎实的数学背景，以及丰富的力学知识和机械工程领域的相关知识。 - Mechanical properties, especially the elastic-plastic properties while larger deformation produced, is the basic research of the solid mechanics. Anciently, the large numbers of the research is confined in the phenomenological theory which base on the description of the phenomena.
材料的力学性能，特别是在构件产生较大变形量以后的弹塑性性能是固体力学的基础研究，以往对其的研究大量限制于基于现象描述的唯象理论中。 - Stress wave theory is very active frontier in solid mechanics and is also important basis and method in modern acoustics, geophysics, explosion mechanics and performance research of material mechanics.
应力波理论是当前固体力学中极为活跃的前沿，是现代声学、地球物理学、爆炸力学和材料力学性能研究的重要基础和手段。 - The interaction problems between soil and foundation are always difficult questions in solid mechanics.
土与基础的相互作用问题，历来是固体力学中一个较难的课题。