片语

linear strain-hardening[力]

strain-hardening effect应变硬化效应

strain n hardening capacity应变硬化能力

pseudo strain-hardening假应变硬化

saturated strain-hardening饱和强化

strain n hardening应变硬化

strain-hardening strength应变硬化强度

strain-hardening modulus强化模量

strain-hardening models应变强化模型

英汉例句

• Regarding the design method, pseudo strain hardening model, pseudo strain hardening performance indices and how to choose fiber, matrix and interface for UHTCC are introduced.

  在设计方法方面，準应变硬化模型，準应变硬化性能指标和如何选择纤维，基体和界面UHTCC的介绍。

• The wear resistance of wheel steels is not affected by strain hardening under rolling/sliding conditions, while it is dominated by the pre-hardness of wheel steels.

  滚滑条件下，车轮材料应变硬化程度的高低不影响车轮材料的抗磨损性能，试验前车轮材料初始硬度的高低是决定其抗磨损性能的主要因素。

• Thirdly, plastic strain ratio and strain hardening index are the two key parameters of material's formability.

  塑性应变比与应变硬化指数是评价板料成形性能的两个重要参数。

• This paper has studied the changes about tensile strain hardening exponent (n-value) in three kinds of st steels by testing n-values and found changing tendency of them.

  进行三种ST钢的应变硬化指数n值试验，分析试验结果，研究n值在整个应变区间的变化趋势。

• Meanwhile, strain hardening capacity of FSW joint in cooling water also enhances, and the tensile fracture presents the characteristic of microporous polymeric fracture.

  接头的应变硬化能力增强，拉伸断口呈现出微孔聚合型断裂特征。

• Compared with the strip produced by conventional austenite rolling, the yield strength of the ferrite rolled strip was lower by about 20%, with same elongation and strain hardening exponent.

  相对于常规奥氏体轧制，铁素体轧制薄板的屈服强度下降了20%左右，伸长率及应变硬化指数与之相当。

• The models in common use with elastoplastic analysis of rock mass, conception of critical state and the cap models that reflect strain hardening (or softening) of rocks are discussed.

  介绍了巖体弹塑性分析常用的模型、临界状态的概念以及反映巖石塑性应变硬化(及软化)的帽式模型。

• The strain fields in damage zone around crack-tip are measured for different strain hardening exponent material specimens with double edge cracks using digital speckle correlation technique.

  为了研究粘性效应作用下的扩展裂纹尖端场，假设扩展裂纹尖端的人工粘性系数与塑性应变率的幂次成反比，推导出理想弹塑性材料的一种率敏感型本构关系。

• The load point displacement caused by single load for two dimentional cracked body with certain strain hardening exponent is divided into its linear-elastic and plastic components.

  将具有一定应变硬地指数的二维裂纹体在单一载荷作用处的位移分成线弹性部分和塑性部分。

• As a general one, the presented solution can represent not only the Linear-elastic response but also the plastic strain hardening of an actual material.

  本文解作为一般解，既能反映材料的弹性变形，也能计入材料的塑性应变强化。

• Based on crystalline plasticity slip and strain hardening model, a rate-independent polycrystalline plasticity model was developed and introduced into finite element method.

  基于晶体塑性变形的滑移机理和微观硬化机制，建立了相应的运动学描述和基于率无关的晶体本构方程。

• The main factors such as pressure, the third invariant of stress tensor, strain hardening and softening, stain rate and tensile damage have been taken into account in the constitutive model.

  该本构模型全面考虑了压力、应力第三不变量、变形的硬化和软化、应变率强化以及拉伸损伤等各个影响因素。

• An obvious strain hardening area generated in subsurface in the process of wear and the hardening effect firstly increased and then decreased with the increase of temperature.

  材料亚表层在磨损后产生明显的应变硬化，硬化效果随温度的升高先增强后减弱。

• The higher initial strain hardening rate and higher strength of dual phase are attributed to rapid strain hardening in ferrite and the load transfer from the ferrite to martensite.

  铁素体迅速应变硬化和铁素体到马氏体的载荷传递使双相钢具有较高的初始应变硬化速率和较高的强度。