1.
THE RELIABILITY ANALYSIS OF THE PRE-STRESSED PLANE TRUSS STRUCTURE;
预应力平面钢桁架结构的可靠性分析
2.
The two cases of plane stress and plane strain will be discussed separately.
平面应力和平面应变这两种情况将分开讨论。
3.
There are two plane problems in the theory of elasticity, the problems of plane strain and of plane stress.
弹性理论中有两类平面问题，即平面应变和平面应力问题。
4.
The analysis covers plane strain, plane stress and anti-plane strain shear cases.
分析包括了平面应变、面应力和出平面应变剪切三种情况。
5.
Shear stress arises from forces that are parallel to the plane of the cross section.
切应力由平行于截面的力引起。
6.
Supplementary Regulations on Deciding the Place of Main Plain in the State of Plain Stree;
确定平面应力状态主平面位置的一个补充规定
7.
Relation of Out-of-Plane and In-Plane Stresses for Elastic-Plastic Plane Strain Problems
平面应变弹塑性问题中面外应力与面内应力的关系
8.
On Perfectly Stress Field at a Mixed-Mode Crack Tip under Plane and Anti-Plane Strain
关于平面应变和反平面应变复合型裂纹尖端的理想塑性应力场
9.
Under these conditions the state of stress is predominantly plane stress.
在这些条件下，应力状态是平面应力占优势。
10.
The Study of Using Acoustoelastic Method for the Stress Analysis in a Plane Stress Field
用声弹性法对平面应力场进行应力分析的研究
11.
Shortcut of Determining the Direction of the Largest Main Stress under the Status of Plane Stress;
平面应力状态下判定最大主应力方向的捷径
12.
Intuitive Judgment of Maximum Principal Stress′s Direction of Plane Stree Statements;
平面应力状态最大主应力方向的直观判定
13.
Further Discussion for Explorations Confirming Method of Principl Stress Direction under the Plane Stress Condition;
平面应力状态主应力方向确定方法再探
14.
We defined the conditions of the plane stress distribution of thin plates subjected to in-plane forces.
我们定义了承受平面力的薄板平面应力分布条件。
15.
STEP HOLE DRILLING METHOD FOR MEASURING PLANE RESIDUAL STRESSES IN DEEP LAYER
钻阶梯形孔法测量深层平面残余应力
16.
The Preliminary Study on the Computation of Degree of Reliability of Plane Prestressed Cable-Arch Structure;
平面预应力索拱结构可靠度计算初探
17.
The Thermal Stress Analysis of Double-cladding Planar Waveguide Lasers;
双包层平面波导激光器中热应力分析
18.
Design and Calculation of Electro-magnetic Inductor used on Magnetic Abrasive Machining for Surface Grinding;
平面磁力研磨电磁感应器的设计计算