1) equivalent bending strength
等效抗弯强度
1.
Theoretical models of equivalent bending strength of ternary boride cermet cladding material when the clad is under press condition are built based on the position of the maximum extension stress and that of the maximum press stress respectively.
分别基于最大拉应力点和最大压应力点建立了三元硼化物金属陶瓷硬质覆层材料覆层受压时的等效抗弯强度理论模型,并进行了实例和试验研究。
2) equivalent flexural rigidity
等效抗弯刚度
1.
The concept of the equivalent flexural rigidity of Functionally Gradient Materials (FGM)beams was presented for the first in this paper, and its formula was derived.
本文首次提出了梯度功能材料梁的等效抗弯刚度概念,并给出了其理论表达式。
3) equivalent collapsing strength
等效抗挤强度
4) equivalent aseismic strength
等效抗震强度
1.
The formulas of calculating the equivalent aseismic strength of the reinforced masonry subjected to shear force by three levels are resented.
根据４０片无筋及水平配筋砖墙的试验资料，对水平配筋砖砌体各个阶段的刚度及变形能力进行了分析和探讨，提出了按常遇地震、基本烈度和罕遇地震三个水准的水平配筋砖墙的等效抗震强度验算公式。
5) bending strength
抗弯强度
1.
The detecting system of stress wave velocity for laminated veneer lumber bending strength based on single chip;
基于单片机的单板层积材抗弯强度应力波波速检测系统
2.
Analysis on bending strength of PcBN composite;
PcBN复合片抗弯强度的分析
3.
Effect of pore-forming agents content on bending strength of SiC/Al composites;
造孔剂含量对SiC/Al复合材料抗弯强度的影响
6) bend strength
抗弯强度
1.
Application of artificial neural network method in prediction of bend strength of welded joint;
ANN在焊接接头抗弯强度预测中的应用
2.
In the prouduction of (WC15Ni ) non-magnetic Cemented Carbide we can improve the bend strength by choosing the high quality WC which has narrower range of particle size distribution and adding moderate Cr3C2.
在WC15Ni无磁硬质合金生产过程中,选用粒度分布范围较窄的优质WC以及添加适量的Cr3C2,促进了抗弯强度的提高。
3.
It is showed from the result that with an appropriate amount of addition of above alloy powder the hardness and bend strength of copper alloy are both raised: when addition being as 1.
研究了富镧稀土-Ni合金粉在铜合金中的作用,结果表明铜合金中添加适量的富镧稀土-Ni合金粉,硬度、抗弯强度等有很大提高。
补充资料：抗扭强度
分子式：
CAS号：
性质：用圆柱形材料试件作抗扭实验可求得扭矩和扭角的关系，相应最大扭矩的最大剪断应力叫抗扭强度。
CAS号：
性质：用圆柱形材料试件作抗扭实验可求得扭矩和扭角的关系，相应最大扭矩的最大剪断应力叫抗扭强度。
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