1.
Study on the Pile-soil Stress Ratio of the Capped PTC Pile Composite Ground;
带帽PTC桩复合地基桩土应力比研究
2.
Fatigue crack growth probability model based on stress ratio
考虑应力比的疲劳裂纹扩展概率模型
3.
Analysis of pile-soil stress ratio for double reinforced composite ground
双向增强体复合地基桩土应力比分析
4.
Experimental research on pile-soil stress ratio of long-short-pile composite ground with rigid pile
刚性长短桩复合地基桩土应力比试验
5.
CALCULATION FOR PILE-SOIL STRESS RATIO OF TWO-DIRECTION REINFORCED COMPOSITE FOUNDATION
双向增强体复合地基桩土应力比计算
6.
Dynamical Calculation Method of Pile-soil Stress Ratio of Long-short-pile Composite Foundation
长短桩复合地基桩土应力比的力学计算方法
7.
Strain is proportional to stress.
应变量与应力成正比。
8.
proportionality of stress to strai
应力与应变的比例性
9.
stamina, strength, and flexibility.
比如：速度、体力、力量、反应敏捷。
10.
Contrastive Analysis of Stress-strain Relationship of Concrete in Work Restrained by CFRP
CFRP约束现役混凝土应力-应变对比分析
11.
Comparing Study on the Total Stress Method and Effective Stress Method of the Core Wall Dams;
心墙坝有效应力与总应力算法的对比研究
12.
Study on Ratios of Effects of Different Loads to Gravity on Curved Box-Girder Bridges
弯箱梁桥各种荷载应力与自重应力之比的研究
13.
The ratio of stress to strain, or the stress per unit strain, is called an elastic modulus of the material.
应力与应变之比，即每单位应变的应力，叫做该材料的弹性模量。
14.
The actual stress is not proportional to the bending moment.
实际上应力与弯矩不成正比。
15.
Study on Finite Characteristic Ratio Theory for Analyzing Mechanical Responses of Soils;
土体力学响应的有限特征比理论研究
16.
Comparison of residual stress formed in tubular ceramics/metal jointing process
管状陶瓷金属封接残余应力计算比较
17.
Comparison on the Differences in Anti-Stress Capability between Domestic and Imported Piglet Varieties
中外品种仔猪抗应激能力差异的比较
18.
The values for the stresses are assumed to be linearly proportional to the pressure.
这些应力值被假定为与压力成线性比例关系。