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1·The calculation of pile internal force is the key in designing piles.

抗滑桩的内力计算是抗滑桩设计的关键。

2·This paper gives the method of internal force calculation of U steel supports.

介绍了U型钢可缩性支架缩动后的内力计算方法。

3·The internal force produced in live load is calculated by manual loading method.

活载产生的内力采用手工加载的方法计算。

4·Our constantly changing curvature based internal force model is scale invariant.

据此，提出了基于恒定曲率变化的内部力模型。

5·Based on the design load and internal force employed the content of load test is ascertained.

模型的加载测试内容按照原型桥梁设计荷载及使用内力来确定。

6·The finite element internal force method for calculating arch dam equivalent stress is improved.

本文对有限元内力法求解拱坝等效应力分析方法进行了进一步改进。

7·Lateral internal force calculation of box girder still lacks accurate effective and simple method.

箱梁横向内力的计算目前还缺乏精确有效的简化方法。

8·Internal force analysis with FEM can provide the foundation to choose the correct reinforcement scheme.

有限元内力分析的结果可为确定合理的加固方案提供依据。

9·Internal Finally, using the combination of internal force of the structure and the component reinforcement.

最后利用内力组合的结果进行了结构构件的配筋。

10·The difference of internal force distribution between this floor and waffle slabs is compared and analyzed.

比较分析了该楼盖结构与梁板式楼盖结构的受力差异。

内力

1·Furthermore a mass of numerical calculations of the internal force of pile group under different magnitude and obliquity loads is made by the program.

此外，采用本文程序对不同荷载量级及倾角下群桩基础的内力进行了大量的数值计算。

2·The calculated results indicate that the above two theories conform to reality better than the classical theory, the radial stress and the longitudinal internal force are more reasonable.

计算结果表明，上述两种理论比经典理论更加符合实际，径向分布应力和纵向分布内力更加合理。

3·The internal force produced in live load is calculated by manual loading method.

活载产生的内力采用手工加载的方法计算。

4·Internal force analysis with FEM can provide the foundation to choose the correct reinforcement scheme.

有限元内力分析的结果可为确定合理的加固方案提供依据。

5·The fundamental reason, nothing more than the earth's surface is subject to two forces, one is the external force, the two is the internal force.

其根本原因，不外乎是地球的表面受了两种力，一是外力，二是内力。