The inertia effect of base soil has so far not been considered in machine foundations and structures design.
过去在动力基础和构筑物的振动设计中均不考虑地基的惯性作用。
It shows from a lot of analyses that the accuracy of dynamical computing has been markedly improved, with the inertia effect of base soil taken into account.
大量的分析表明，考虑地基惯性作用后的动力计算精度有相当改善。
To enclose the equation, the inertia effect, the crossing trajectories effect and the continuity effect of particle dispersion must be taken into account in the model.
此方程的封闭必须考虑颗粒扩散的轨道穿越效应、连续性效应和惯性效应。
The dynamic response of machine foundation considering the inertia effect of base soil has been computed. Some factors which affect the mass of base soil participating in vibration are discussed.
在考虑了地基土的惯性作用的基础上，计算了动力机械基础的动力特性和动力响应，讨论了一些对参振土质量有影响的因素。
The Gauss minimum constraint theory has its uniform expression, and it can reflect the system's inertia effect. It is suitable for use in the modeling and analysis of a rigid flexible coupled system.
高斯最小拘束原理具有统一的表达形式，并可全面反映系统的惯量效应，适合于此类刚柔耦合系统的建模及分析。
The Gauss minimum constraint theory has its uniform expression, and it can reflect the system's inertia effect. It is suitable for use in the modeling and analysis of a rigid flexible coupled system.
高斯最小拘束原理具有统一的表达形式，并可全面反映系统的惯量效应，适合于此类刚柔耦合系统的建模及分析。
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