1) calculation of elastic deformation
弹性变形计算
2) elastic-plastic deformation checking calculation
弹塑性变形验算
3) elastic deformation
弹性变形
1.
The compensation method of the double posts vertical lathe crossbeam elastic deformation;
双柱立式车床横梁弹性变形的补偿方法
2.
Precisely deriving the distribution of unit rolling force in cold strip rolling considering elastic deformation;
考虑轧件弹性变形时冷轧薄板轧制压力分布的精确求解
3.
On uneven limited elastic deformation theory;
不均匀的有限弹性变形理论
4) elastic deformation
弹性形变
1.
Based on the method of equivalent electrical circuit, the paper calculates the intimate contact area and the bonding electrical current, taking into account elastic deformation of glass and two-dimensional roughness of the anode.
本文借助等效电路法 ,考虑玻璃弹性形变及阳极表面二维不平整度 ,计算了紧密接触面积和连接电流强度。
2.
A model was proposed on the elastic deformation of silicon wafer contact in bonding.
提出了键合过程中硅片接触的一种弹性形变模型。
3.
In this paper,considering the integrity tube under the external pressure from the elastic deformation and elastic-plastic deformation two stages,analysis and calculation on the destruction of the elastic-plastic deformation base on the Four-hinge mechanism.
本文从完整管体受外压发生弹性形变和弹塑性变形两个阶段考虑,在基于四铰链机构原理基础上对管体弹塑性破坏变形进行分析计算,得出完整管体的抗挤毁压力。
5) elasticity deformation
弹性变形
1.
Function relation about elasticity deformation and energy absorbed by plate in the course of shot-peening process is established in the paper.
确立了喷丸加工板簧弹性变形能量和变形量的函数关系,分析了不同刚度型板进行喷丸加工时变形的成长过程,为典型的喷丸加工提供理论参考,从而能确定合适的工艺路线,达到设计的曲率要求。
6) elastic distortion
弹性变形
1.
Corresponding relation between the vibration of move mold and elastic distortion of toggles is discovered.
给出五点斜排双曲肘合模机构弹性动力学模型,对肘杆振动的理论计算值和实验结果进行了对比研究,对实测动模板三向振动值进行了小波分析,发现动模板振动与肘杆弹性变形间的对应关系,为减少合模时的振动、提高合模精度提供了依据。
2.
In order to analysis the actual working state,elastic distortion is researched.
为了分析配气机构的实际工作情况,本文对配气机构的弹性变形进行了研究。
补充资料：弹性变形
分子式：
CAS号：
性质：在弹性限度内，承受外力的物体在去除外力后能够复原的形变。弹性形变包括瞬间弹性(除去外力后可立即恢复的弹性形变)和迟延弹性(随时间的延续可逐渐恢复的弹性形变)两个部分。
CAS号：
性质：在弹性限度内，承受外力的物体在去除外力后能够复原的形变。弹性形变包括瞬间弹性(除去外力后可立即恢复的弹性形变)和迟延弹性(随时间的延续可逐渐恢复的弹性形变)两个部分。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条