1) intense strain
强应变
1.
The ultra-fine grained aluminum alloys produced by intense strain and reducing residual stress bythe control of quenching and pre-stretch and aging process are reviewed.
综述了铝合金强应变组织细化技术,以及通过控制淬火、时效、预拉伸工艺,减小残余应力的研究现状。
2) strain hardening
应变强化
1.
Measurement of strain hardening coefficients of steels at low temperatures;
低温下钢材应变强化系数的测定
2.
Experimental study on the strain hardening and bake hardening properties of dual phase steel
双相钢板应变强化和烘烤硬化特性试验研究
3.
The solidified body is provided with typical plasticity, high elastic modulus and strain hardening even under the condition of very small surrounding stress.
该膏体充填材料具有典型的塑性特征,弹性模量大,在低围压下就转变为应变强化特征,是一种比较理想的充填胶结材料。
3) strain strengthening
应变强化
1.
Influence of strain strengthening on steel sheet dent resistance;
应变强化对钢板局部凹痕抗力影响研究
2.
Strain Strengthening Technology of Pressure Vessels of Austenitic Stainless Steel;
奥氏体不锈钢压力容器的应变强化技术
4) Strain strength
应变强度
1.
The deformation of ductile shearing and plastic flattening characterized deep-seated tectonic level,with strain strength being 1.
深部构造层次以韧性剪切，塑性压扁，顶界劈理发育为特征，应变强度平均为１。
5) compulsive strain
强迫应变
1.
The creep strain is then treated as the compulsive strain and the finite element method for creep analysis of the segmental construction concrete bridges is derived.
根据积分中值定理,利用时间段中点时间徐变系数推导了有效弹性模量计算公式,以替代传统的老化系数方法;并视徐变应变为强迫应变,推导了节段施工桥梁徐变分析的有限元方法。
6) Strain intensity
应变强度
1.
There are two mathematical expressions of stress and strain intensity for normal anisotropic sheet that are derived from Hill s quadratic anisotropic yield function.
从希尔 (Hill)正交各向异性体二次屈服函数出发 ,可以导出厚向异性板应力强度 (等效应力 )与应变强度 (等效应变 )的两组表达式 ;本文讨论了采用两组不同表述方法的选择 ,并利用单向拉伸与双向等拉两种实验作了可比性的分析比
补充资料：椐椐强强
1.相随貌。
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