1.
The effects of nanostructured titanium fabricated via surface plastic deformation on MC3T3 cell adhesion
钛表面塑性变形纳米化对MC3T3细胞黏附的影响
2.
The Effects of Nanostructured Titanium Fabricated Via Surface Plastic Deformation on Biological Behaviour of MC3T3 Cell
纯钛表面塑性变形纳米化对MC3T3细胞生物学行为的影响
3.
Good bonds are always accompanied by surface extension, that is, plastic shear strain.
良好的键合总伴有表面延伸即塑性切向形变。
4.
Study on correlation between specimen surface electric field and its size during electroplasticity compression test
电致塑性变形中试样尺寸与表面电场相关性研究
5.
MEASURING PLASTIC DEFORMATION ON A METAL SURFACE AND DETERMINING THE ELASTO-PLASTIC BOUNDARY FROM THE CHANGE OF LASER-PRODUCED DIFFRACTION PATTERNS
利用激光衍射谱的变化测量金属表面的塑性变形并确定其弹塑性区交界
6.
This paper objectively expounds the frictional mechanism of plastic deformed surface from the angle of tribology.
文章客观地从摩擦学角度阐明了塑性变形表面的摩擦机理。
7.
Surface Disortion s Effect on Lubrication Performance of the Water-lubricated Plasic Alloy Bearings;
水润滑塑料合金轴承表面变形对润滑性能的影响
8.
The Finite Element Simulation of F.C.C Poly-Crystalline Plastic Deformation;
面心立方多晶体塑性变形有限元模拟
9.
distortion energy plasticity condition
形状变形能塑性条件
10.
A STUDY METHOD ON PLASTIC DEFORMATION OF SURFACE LAYER OF DIE CAVITY
一种研究热锻模具型腔表层塑性变形的方法
11.
The Superplastic Deformation Mechanism and Behavior of Fine-grained TC4 Titanium Alloy;
细晶TC4钛合金超塑性变形机制与行为表征
12.
element of mechanics of plasticity
塑性变形的力学原理
13.
extrusion stress
(塑性变形的)挤压应力
14.
Research of Residual Stresses and Warpage of Plastic Injection Molding Based on Surface Model
基于表面模型的塑料注射成型残余应力与翘曲变形研究
15.
Application of elasto-plasticity damage interface model in stress-strain analysis of CFRD
接触面弹塑性损伤模型在面板堆石坝应力变形分析中的应用
16.
Basis-free Representations for Tensor Functions and Their Applications in Elastoplasticity at Finite Strains;
张量函数的不变表示及其在弹塑性大变形中的应用
17.
In this paper, total plasticity was used to characterize the sum of the plasticity exhausted under every one of strain path.
提出总塑性的概念，用来表征各种应变路径下材料变形所消耗的塑性的总和。
18.
It is assumed that plastic deformation stems from the localization of shear strain.
岩样的塑性变形假设根源于塑性应变局部化。