1.
The correlation between the compressive strength and axial tensile strength of RCC with placing joint and ultimate tensile strain of placing joint of RCC layers have been obtained.
通过试验研究给出有层面碾压混凝土抗压强度、面轴拉强度与层面极限拉伸值间相关关系。
2.
Effects of specimen-preparing methods on tensile strength of remolded loess
制样方法对重塑黄土单轴抗拉强度影响的初探
3.
Three-parameter Generalized Failure Criteria Based on Tension,Compression and Shear Uniaxial Strength
基于拉伸、压缩、剪切单轴强度试验值的材料三参数广义强度准则
4.
Strength Criteria Investigation and Biaxial Tensile Experiment of 2-axial Fiber-reinforced Composites;
双轴纤维增强复合材料强度准则研究与双向拉伸试验
5.
" Power take-off safety shield for agricultural tractors--Types, dimensions and strength specifications"
GB/T2777-1992农业拖拉机动力输出轴安全防护罩型式尺寸和强度要求
6.
Optimization Design of Bearing for Internal Combustion Engine Considering Crankshaft Strength;
计及曲轴强度的内燃机轴承优化设计
7.
Analytical Investigation on Strength and Main Bearing Lubrication of CA4D32 Diesel Engine Crankshaft System Based on a Simulation Technique;
柴油机曲轴轴系强度和主轴承润滑仿真研究
8.
Coupling Research on Tribology, Stiffness and Strength of Crankshaft-bearing System;
曲轴—轴承系统摩擦学、刚度和强度的耦合研究
9.
RUGGEDNESS. Automotive ring gear differential. Axle shafts on roller bearings.
强度：自动差速齿轮，滚子轴承上的刚性车轴。
10.
Experimental Study on Dynamic Strength and Deformation of Concrete Under Uniaxial and Blaxial Action;
混凝土单轴、双轴动态强度和变形试验研究
11.
The Performance Analysis of Diesel Crankshaft and the Research for Calculation Method of Crankshaft Fatigue Strength;
柴油机曲轴性能分析及曲轴强度计算方法研究
12.
Calculation of Dynamic Stress and Fatigue Strength of Crankshaft with Bush Deformation Included
计入轴瓦变形的曲轴动应力和疲劳强度计算
13.
The Research on Equal-strength Design of Large-scale Heavy-load Cross-shaft Universal Clutch
大型重载十字轴式万向联轴器等强度设计研究
14.
Diameter, Tolerance and Tensile Strength
直径，公差及拉力强度
15.
steel has great tensile strength
钢有极高的抗拉强度
16.
determination of the apparent initial circumferential tensile strength
表面内周拉伸强度的测
17.
The heat treatment improves the tensile strength.
热处理能提高抗拉强度。
18.
TENSILE STRENGTH OF NANO-Al 2O 3 SYSTEMS CERAMICS;
Al_2O_3系纳米陶瓷抗拉强度