1.
The elastostatical problem of the energy release in a shear crack was first created by Starr (1928).
剪切裂缝中能量释放的弹性静力问题最先由Starr（1928）进行了研究。
2.
The Static Analysis of Functionally Graded Piezoelectric Rectangular Plates under Various Boundary Conditions;
不同边界条件功能梯度压电矩形板的静力问题研究
3.
It has been used in static and dynamic analysis.
它已应用于静动力应力分析问题。
4.
The problem is placed under the division of statics.
该问题归结为静力学的范畴。
5.
Research on Static and Dynamic Stability for Viscoelastic Plates and Shells;
粘弹性板壳的静动力稳定性问题研究
6.
The Power Production and Protection of the Racing Sprint Kayak Event;
静水皮艇的动力产生和动力保护问题研究
7.
In this way the geometry problem can be transformed into a statics problem.
用这样的方法可以把几何学问题转变为静力学问题。
8.
Therefore, it is not sufficient only to make static calculation for important slope.
因此,重要的边坡问题,仅进行静力计算是不够的。
9.
Research on Aspects for Real-time Voltage Stability Monitory and Control of Power System;
电力系统静态电压稳定在线监控若干问题研究
10.
Description and Calculation of the Flux Lines and Study of the Defected Problems in the Static Electricity Field;
静电场力线的求解与描述及相关疑难问题研究
11.
A Further Discussion on the Problem of Rotating Liquid within a Cylinder
水静力学中旋转抛物体问题的进一步分析
12.
Common problems analysis in static pre-stressed pipe pile construction and prevention
静压预应力管桩施工中的常见问题分析与防治
13.
Wavelet Method of Static Solution for Annular Sector Plate with Four Sides Clamped
周边固支环扇形板静力学问题的小波方法
14.
Static Bending Analysis for Nonhomogeneous Moderately Thick Plates by Meshless LRPIM
非均质中厚板静力弯曲问题的无网格LRPIM分析
15.
Typically, this principle employs the geometrical relations between various displacements in order to solve problems of statics.
为了解静力学问题，这个原理典型地使用了各种位移回的几何关系。
16.
Problems and Researches on Inclined Supports in the Static Reanalysis Method for Topological Modifications of Structures;
结构拓扑修改静力重分析方法中斜支撑问题与研究
17.
Bending for the Thick Rectangular Plates under Hydrostatic Pressure and Its Engineering Application;
静水压力作用下厚矩形板的弯曲问题及其工程应用
18.
the Intuitionistic Judgment of Static Friction Force′s Direction and the Question of Work Done During Rigid Body Rolling;
刚体滚动中静摩擦力方向的直观判断及作功问题