micromechanics
英
美
n. 微观力学
COCA.44714
双语例句
- Second, the micromechanics stiffness and damping theory are used to calculate off-axis stiffness and damping characteristics of single-layer composite material. The thin-walled composite beam energy dissipation in any deformation model is calculated.
其次，采用复合材料刚度和阻尼的细观力学理论分别计算复合材料单层的偏轴刚度与偏轴阻尼特性，并在任意变形模式下，计算复合材料闭合薄壁梁的耗散能。 - Fracture micromechanics of polymer materials
聚合材料断裂微观力学 - In this paper, the researches of mechanical performance of concrete based on micro-mechanics damage are completely reviewed and the application of micromechanics in the research of concrete performance is presented.
系统综述了基于细观损伤的混凝土力学性能数值模拟的研究现状，介绍了细观损伤力学在混凝土性能分析中的应用。 - The inelastic properties of the gradient interlayers were first evaluated using mean-field micromechanics and elasto-plastic self-consistent micromechanics method, and then an elastoplastic finite element model was used to calculate thermal stress in the material.
文中首先采用平均场和自洽弹塑性微观力学方法预测了金属－陶瓷梯度材料的非弹性性能，然后用非线性有限元法计算了材料制备过程中的热弹塑性应力。 - The paper shows that the method can be used to establish the relation between micromechanics and macromechanics of composites.
并表明该方法能用以建立复合材料细观力学与宏观力学间的联系。 - Study on Micromechanics and Heat-treatment of Chinese-Fir and Masson-Pine
杉木、马尾松细观力学性能及热处理材性能研究 - The structure of porous solids and the properties of composite micromechanics have been studied on. Through the mechanism of high-speed milling, three-dimensional cutting force modeling methods is studied on.
研究了多孔固体的结构与性能以及复合材料细观力学，通过对高速铣削机理的研究，分析了三维切削力建模方法。 - In this paper, we introduced the two-scale homogenization method which based on micromechanics, and we discussed the basic idea of equivalent and reduction method detailedly.
本文针对这种管板结构，提出了基于细观力学的等效与还原相结合的双尺度分析方法，并详细讨论了等效方法与还原方法的基本思想。 - Micromechanics FEM Predict Effective Elastic Modulus of Micro-short Fiber Reinforced Composites
细观力学有限元法预测微米短纤维复合材料的有效弹性性能 - In this paper, CRCP was regarded as a kind of composite meterial, its anisotropic elastic constants were analysed by method of micromechanics.
视连续配筋路面（CRCP）为复合材料，用细观力学方法分析了CRCP各向工程弹性常数，并运用非对称层合板的各向异性经典理论，建立了温克尔地基上路面板的平衡微分方程组。