1.
degree of planer anisotropy of the plastic strain ratio
塑性应变比平面各向异性度
2.
Effect of Specimen Size on the Plastic Strain Ratio r of steel plate
试样尺寸对钢板塑性应变比r的影响
3.
Treatment of Abnormal Value of Plastic Strain Ratio r Value about Metal Thin Steel Plate
金属薄板塑性应变比r值异常值的处理
4.
Effect of Continuous Annealing Temperature of Cold Rolling IF Steel Produced by CSP Process on r Value;
连续退火温度对马钢CSP-冷轧IF钢板塑性应变比r值的影响
5.
Influence of Cold Rolling Process on Plastic Strain Ratio of 1100 Aluminum Alloy Plates and Earring Ratio of Cup-shaped Parts
冷轧生产工艺对1100铝合金板塑性应变比与杯形件制耳率的影响
6.
extrusion stress
(塑性变形的)挤压应力
7.
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。
8.
Research on Flow Stress Behavior of Super Alloy GH4145 During High Temperature Plastic Deformation
GH4145高温合金热塑性变形流变应力研究
9.
Conventional Theory of Mechanism-based Strain Gradient Plasticity (CMSG) and Its Applications;
CMSG低阶应变梯度塑性理论及其应用
10.
Analysis of Stress-Strain State During Metal Plastics Machining;
金属塑性加工中应力——应变状态分析
11.
Development of a Model for Rock Damage Caused by Plastic Strain and Its Application
岩石塑性应变损伤模型的建立及应用
12.
Characteristically, the strains in the plactic region are much greater than in the elastic region.
很明显，塑性阶段的应变远大于弹性阶段的应变。
13.
Mixed variational inequalities are more general than classical variational inequalities and have rather practical applications in elastoplastic problems.
混合变分不等式在弹性塑料学领域有实际应用，而且形式上比经典的变分不等式更一般。
14.
The hardening function was formed by incorporating an equivalent plastic deviator strain and a volume strain.
联合等效塑性偏应变和体应变构造硬化函数.
15.
EVALUATION METHOD OF FATIGUE DAMAGE UNDER VARIABLE AMPLITUDE STRESS BASED ON PLASTIC STRAIN
基于塑性应变的变幅应力疲劳损伤评估方法
16.
LCF life could be well expressed by plastic strain energy.
低周被劳寿命可由塑性应变能表达。
17.
Superplasticity of TA15 Titanium Alloy Induced by Strain Rate Cycling
TA15合金应变速率循环超塑性研究
18.
The elastic-plastic analysis of concreted beam based on rheological effect
基于流变效应混凝土梁的弹塑性分析