研究了纺织复合材料和结构多尺度耦合的数值分析模型。
Multi-scale coupled numerical approaches for textile composites and structures were pursued.
由此引入多尺度力学，即研究各种不同长度尺度和时间尺度相互耦合现象的科学。
Therefore, multi-scale mechanics is introduced to study the phenomena that couple various length and time scales.
这是一种几何多尺度策略，它事实上是一个局部血管区域的初始边值问题与循环系统剩余区域的初值问题的耦合。
This is a geometrical multiscale strategy, which couples an initial-boundary value problem to be used in a specific vascular region with an initial-value-problem in the rest of the circulatory system.
准连续体方法是一种将连续介质方法和原子模拟相耦合的多尺度模拟方法。
The quasicontinuum method is a multiscale method which mixes continuum and atomistic approaches.
应用多尺度微扰理论，对于弱耦合常数的六次非简谐振子得到了其运动方程的经典和量子情况下的一阶解。
Classical and quantum oscillators of quartic anharmonicity are solved analytically up to the second power of (weak-coupling constant) by using the multiple-scale perturbation theory.
应用多尺度微扰理论，对于弱耦合常数的六次非简谐振子得到了其运动方程的经典和量子情况下的一阶解。
Classical and quantum oscillators of quartic anharmonicity are solved analytically up to the second power of (weak-coupling constant) by using the multiple-scale perturbation theory.
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