1.
Softening characteristics of soils and constitutive modeling under plane strain condition
平面应变状态下土体的软化特性与本构模拟
2.
Anti-plane Strain Problems of Circular arc Cracks Between Bonded Dissimilar Piezoelectric Materials
不同压电材料反平面应变状态的共圆弧界面裂纹问题
3.
ANTIPLANE STRAIN PROBLEMS OF CIRCULAR ARC CRACKS BETWEEN BONDED DISSIMILAR PIEZOELECTRIC MATERIALS UNDER CONCENTRATED FORCES
集中载荷作用下的不同压电材料反平面应变状态的共圆弧界面裂纹问题
4.
Research on constitutive relations of planar stress state of pieces-welded plate based on elastoplastic deformation theory
基于弹塑性形变理论的拼焊板平面应力状态本构关系研究
5.
A body is said to be in a state of plane stress or alternatively in a two-dimensional or biaxial state of stress.
据称该物体处于平面应力状态或二维应力状态或双轴应力状态。
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.
Experimental investigation on forming limits of AA5052 sheet in hybrid quasi-static/dynamic plane-strain tensile process
AA5052板材准静态/动态平面应变成形极限试验研究
8.
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。
9.
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
10.
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
11.
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
12.
Quick algorithm for flat stress analysis between two sections;
平面应力状态分析中任意两截面上应力的新解法
13.
changing from an adsorbed state on a surface to a gaseous or liquid state.
从表面的吸附状态转变为气态或液态。
14.
adaptive state variable control
状态变量自适应控制
15.
In every state of stress there exist at least three principal planes, which are mutually perpendicular.
对每一种应力状态，至少存在三个主平面，它们互相垂直。
16.
In plane stress condition, no obvious shear band is observed.
在平面应力状态下,未观测到明显的局部化剪切带图案。
17.
A Simple Rule of Visual Determining Main Direction s General Position Under Horizontal Stress State;
直观确定平面应力状态下主方向大体位置的简单规则
18.
Investigation on KIC of As-Deposited Ti-6Al-4V Alloy Fabricated by Laser Solid Forming
Ti-6Al-4V合金激光立体成形沉积态的平面应变断裂韧度