1) deformation shape
变形形状
2) shapede formation
形状变形量
4) deformation behavior
变形性状
1.
Influence factor analysis of deformation behaviors for reinforced backfills behind abutment;
桥台后加筋回填变形性状影响因素分析
2.
FEM Analysis on Deformation Behavior of Deep Excavation Considering Foundation Pile;
考虑工程桩的存在对深基坑变形性状影响的有限元分析
3.
0,analyzes the deformation behavior of single-pile composite foundation under the action of horizontal load, discusses the influences of the size of vertical load and thickness of cushion on horizontal displacement of pile top,and shows by researching results that big vertical load and thick cushion course can reduce the displacement of pile top,which is propitious for the safety of pile.
0对复合地基进行了有限元仿真分析,分析了单桩复合地基在水平荷载作用下的变形性状,主要讨论了竖向载荷大小和垫层厚度不同对桩顶水平位移的影响,研究结果表明:竖向载荷越大,垫层厚度相对较大,都会减小桩顶位移,有利于桩身安全。
5) shape phase transition
形状相变
1.
The E-Gamma Over Spin(E-GOS) analysis is applied to study the shape phase transition for A=80 even-even nuclei70-80Se,72-84Kr,and 78-86Sr.
采用E-GOS方法对质量数在A=80区的偶偶核70-80Se7、2-84Kr和78-86Sr偶偶核形状相变进行系统研究。
2.
The E-Gamma Over Spin(E-GOS) analysis method is applied to study the shape phase transition for even-even nuclei 170—184Hf,170—184W,170—192Os and 176—192Pt in Z= 72—78 region.
采用E-GOS方法对质子数在Z=72—78区的偶偶原子核170—184Hf,170—184W,170—192Os和176—192Pt的集体运动模式和形状相变进行了研究。
6) shape strain
形状应变
1.
The magnitude and direction of lath martensitic shape strain is firstly measured by a new interference method in this research.
利用干涉显微镜首次测得了板条马氏体形状应变的大小及方向。
2.
However,very limited experimental data on the shape strain associated with the formation of surface relief caused by the lath martensite have been reported so far,especially for the quantitative study of the displacement vector.
表面浮凸伴随着丰富的相变晶体学信息,对板条马氏体表面浮凸的形状应变进行研究,可以获得相变过程中累积的长程应变场的晶体学信息,进而实现对相变应变场和界面结构的准确描述。
补充资料：变形区形状系数
变形区形状系数
parameters of deformation zone
b ianxingqu xingzhuang xishu变形区形状系数(parameters of deformationzone)通常指反映变形区几何特征及这些特征在轧制过程中对应力状态影响程度的轧件和工具尺寸的。~一~一，二。，了二H十川，，，。小二，，~参数，主要有z仄、R仄(万一号二}，H/D或从/D。式中D、R、H、h、万、l分别指轧辊直径、轧辊半径、轧件轧前厚度、轧件轧后厚度、轧件平均厚度、变形区长度。 (余望)
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