Mechanical calculation and structural deformation analysis were performed in the system design.
通过力学计算及结构变形分析，为系统设计提供参考。
Some methods used in the control of welding deformation, such as reverse deformation, system analysis, controlling process parameters and temperature field, are introduced.
同时介绍了控制焊接变形的几种方法，如反变形法、控制工艺参数、控制温度场以及系统综合分析等。
The layout of the system, the basic constituent items, operations, data processing of the observation and the analysis of deformation are also comprised.
讨论了建筑物变形监测系统的布设，变形观测的基本内容、方法、数据处理及变形分析。
With the help of SD375 dynamic analysis system and SAS3.0 analysis programs, the dynamic properties and forced deformation of cylinder head are investigated.
利用SD 375动态分析仪和SAS3.0分析软件包测取气缸盖的动态特性和模拟实际受力时的受迫变形。
Three-dimensional rigid-plastic finite elements, elastic finite elements and influential function method for the analysis of deformation of rolls system are combined.
它耦合了三维刚塑性有限元法，弹性有限元法和计算辊系变形的影响函数方法。
By using a rock failure Process Analysis Code RFPA2D, the deformation and failure behavior of a double rock sample system were studied numerically.
利用岩石破裂过程分析RFPA2D软件系统对不同岩性的二岩体相互作用系统受力破坏过程进行了数值模拟。
By analysis of buffer spring load, deformation and stress, its parameters are designed reasonably, which satisfies system requirement.
通过对制动器缓解弹簧的载荷、变形及应力分析，合理优化设计参数，给出最优设计，满足系统设计要求。
Also, the analysis of the movement of deformation body and the dynamic problem of the mixed system, which composed by rigid body and elastic body, are to be resolved by using this universal equation.
普适方程用于分析运动物体考虑其变形或由刚体和变形体组成的混合系统的动力学问题是方便的。
For studying the deformation of flexible protection system accurately under the given impact, finite element analysis and performance test are carried out.
通过有限元仿真计算和现场性能试验，准确把握柔性防护网在规定的冲击能量作用下的最大变形数据。
Deformation measurement and analysis system is the tool for post processing and analysis of the collected data.
变形观测处理系统是处理变形观测数据的有力工具。
Multidisciplinary coupling analysis on dynamics, tribology, strength and stiffness for a shaft-bearing system was studied herein, considering misalignment caused by shaft deformation on variable load.
轴倾斜使得轴-轴承系统的动力学响应、润滑性能以及轴颈表面动应力发生改变。
Due to the expansive computational costs, the contact and deformation analysis of roll system are very difficult via using the conventional numerical methods, such as FEM or BEM etc.
但由于计算量很大，使用传统数值方法(有限元法或边界元法)分析辊间接触和辊系变形是非常困难的。
Due to the expansive computational costs, the contact and deformation analysis of roll system are very difficult via using the conventional numerical methods, such as FEM or BEM etc.
但由于计算量很大，使用传统数值方法(有限元法或边界元法)分析辊间接触和辊系变形是非常困难的。
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