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1·The design of strain gages in regions of high strain gradient is discussed.

本文讨论了大梯度应变区电阻应变片的设计问题。

2·Then, we introduce a strain gradient theory and its main applications, in which no high-order stresses are included.

其次主要介绍了不含高阶应力的一类应变梯度理论及其应用；

3·This paper deals with X-ray diffraction profile analysis for the sample with a micro-strain gradient in its surface layer.

本文讨论了样品表面层有微观应变梯度时X射线衍射线形分析的方法。

4·This paper systematically introduces some methods of micro-forming and a universal theory about strain gradient plasticity at present.

本文系统地介绍了微细塑性成形方法以及目前较常用的应变梯度塑性理论。

5·In the first time, a theoretical study on ductile shearing bands based upon strain gradient plasticity theory is conducted in this paper.

本文首次应用应变梯度塑性理论对韧性剪切带进行了理论分析。

6·Two kinds of size effects on micro deep drawing are investigated, which can be explained by surface layer model and strain gradient model.

另一个为考虑应变梯度效应的模型，该模型在已有的材料特征基础上引入了尺度效应。

7·Therefore, it is necessary to establish new constitutive models—strain gradient plasticity theories which possess the intrinsic material length.

提出了一种用微弯曲实验测定材料的与应变梯度塑性相联系的内禀长度的新方法。

8·Therefore, it is necessary to establish a micron level continuum theory (strain gradient plasticity theory) considering the intrinsic material length.

因此非常有必要建立一个包含内禀材料长度的微米尺度连续统理论（应变梯度塑性理论）。

9·The second shear strain gradient and the function reflecting the effect of strain rate are introduced into the yield function of classical elastoplastic theory.

在经典弹-塑性理论的屈服函数中引入应变梯度及考虑应变率效应的函数。

10·An assumed strain finite element method based on the theory of strain gradient was proposed to explore the size effect that frequently exhibited in micro-beam bending.

采用基于应变梯度理论的假设应变有限元方法研究了微尺度梁弯曲的尺寸效应。