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1·Fault stress field study is one of problems in oil and gas field development.

断层应力场研究是油气田开发等工程领域的难题之一。

2·The contemporary tectonic stress field inherites the one in Late Pleistocene.

现今构造应力场继承了更新世以来的构造应力场；

3·The study of stress field in the crust is a basic problem in earthquake study.

地壳应力场的研究是地震学中的一个基本课题。

4·Analyzed end stress field of far district slight crackle under blasting dynamic.

分析了爆破弱应力波作用下中远区裂纹的端部应力场。

5·The stress field near crack tip is an important factor to effect crack extension.

裂纹缺陷周围的应力变形场是影响裂纹扩展的重要因素。

6·Slope excavation will influence the original stress field inside the natural slope.

边坡开挖会影响自然斜坡内部应力场的原始状态。

7·A new method is presented to measure the in-situ stresses and disturbed stress field.

本文采用一种新方法测量软弱岩体中的初始应力和扰动应力场。

8·The primary analysis considered the effect could be relative to tectonic stress field.

初步分析认为，这种现象可能与现代构造应力场有关。

9·The change of stress field during the impact process was studied by transient analysis.

模拟采用瞬态分析方法，跟踪了在整个冲击过程中应力场的变化。

10·Evolvement of longitudinal stress and residual stress field after welding are obtained.

得到了焊接过程中纵向应力的演变规律与焊后应力场的分布情况。

应力场

1·Could simply be the natural temporal variation of the stress field in the earth's lithosphere.

可能只是地球岩石圈(岩石圈是地球外部的固体部分)中应力场的自然的暂时变异。

2·Numerical simulation of recent structural stress field, prediction principle of fracture effectiveness and performing method are discussed.

论述了现今构造应力场数值模拟及裂缝有效性预测的原理及实现方法。

3·Based on the nonlinear geometry field theory of continuum mechanics, this paper analyzes the stress field due to a screw dislocation in an infinite medium.

本文以非线性连续体几何场论为理论基础，分析了无限大体中一个螺位错引起的应力场。

4·The result indicated that the orientation of maximum vitrinite reflectance might be related with the local structural position of the sample in addition to the stress field of the regional tectonics.

该井田煤镜质组反射率椭球体有限应变特征分析结果表明在煤系地层中，煤的最大镜质组反射率的方位除与区域构造应力场的作用有关外，还与其所处的局部构造位置有关。

5·At last, as the example of squeeze casting with large ratio of height to diameter, the temperature field and stress field of high-leg casting were simulated and analyzed.

最后，以高脚杯形挤压铸件作为大高径比挤压铸件的实例，对其挤压铸造过程中的温度场和应力场进行了模拟和分析。