A model for the yield strength of a thin polycrystalline film
Stress strain curves provide information about the polymer's mechanical properties such as the brittleness, elasticity and yield strength of the polymer.
应力应变曲线提供关于诸如聚合物脆性、弹性和屈服强度的机械性质信息。
Good mechanical properties with high yield strength
力学性能优良,屈服强度高
It can occur as a result of long-term exposure to high levels of stress that are still below the yield strength of the material.
它的发生是低于材料屈服强度 的应力长时间作用的结果。
Thus, although yield strength is maximized with decreasing grain size, ultimately, very small grain sizes make the material brittle.
尽管材料的屈服强度 随着晶粒的尺寸减小而得到最大化,非常小的晶粒会导致材料变脆易碎。
This treatment increases yield strength, with attendant loss in elongation; its effect on tensile strength is not as great.
这种热处理可提高屈服强度,但伸长率会随之损失,对抗拉强度的影响不是很大。
With bearing for installation design, fatigue resistance and yield strength, bonding strength and high impact resistance.
配合承重防坠安装装置设计,耐疲劳及屈服强度显著,连接强度及抗冲能力高。
The tensile strength of these welding consumables is low compared with that of the casting but the yield strength is satisfactory.
相对于铸件而言,这些焊接材料的抗张强度较低,但其屈服强度还算差强人意。
Tightening processes: one-stage and multi-stage, torque control, torque + rotation angle control, yield strength control
紧固方法:单次和多次、扭矩控制、扭矩+旋转角度控制、屈服强度控制
The testing of yield strength, tensile strength, extensibility and shrinkage of raw materials and finished products.
机械性能检测 检测原材料以及成品的屈服强度、抗拉强度、延伸率、收缩率等
for steels having a clearly defined yield point, a safety factor of 1.5 in relation to the guaranteed yield strength; or
对于有明确屈服点的金属,对应于保证屈服强度,安全系数取1.5;或
In order to ensure that the various types of stainless steel yield strength, tensile strength, elongation and hardness and other mechanical properties meet the requirements, steel delivery must pass before annealing, solution treatment, ageing treatment and heat treatment.
为了保证各类不锈钢板的屈服强度、抗拉强度、伸长率和硬度等力学性能符合要求,钢板交货前必须经过退火、固溶处理、时效处理等热处理。
Considered in tandem with the fact that the yield strength is the parameter that predicts plastic deformation in the material, one can make informed decisions on how to increase the strength of a material depending on its microstructural properties and the desired end effect.
考虑到屈服强度是可以用来预测材料塑性变形的参数,我们可以根据材料微结构性质和理想的最终效果对怎样增加材料的强度做出明智的决策。