1.
Research on the Prediction for Shear Yield Stress of Electrorheological Fluids;
电流变液剪切屈服应力预测的理论研究
2.
maximum shear stress yield criterion
最大剪切应力屈服条件
3.
"Maximum shear Strength 63Kg/mm2(90,000psi) maximum (based on 75% yield) "
剪切强度最大63Kg/mm2(90000psi)(为屈服强度的75%)
4.
Analysis for Deformation and Shear Zones of Reinforced Embankment;
加筋路堤变形特性和剪切屈服区分析
5.
Oxgen precipitates (useful for gettering) can reduce the yield strength (critical shear stress) up to fivefole.
氧沉淀（可用作吸杂）会使屈服强度（临界剪应力）降低为五分之一。
6.
(4)the static yield shear angle may be a fixed value as 20.6 degree.
静态剪切屈服角基本上是一个20.6度的定值。
7.
Research on Distributing Regularity of Shear Yielding Area in Asphalt Pavement under Heavy Axle Load
重载交通沥青路面剪切屈服区分布规律研究
8.
Fluid Dynamic Analysis of Electrorheological Fluids and Yield-Stress Fluids;
电流变液及屈服应力流体动力学分析
9.
Application of Lead Shear Damper on Shear Wall Residential Building's Shock Absorption
铅剪切阻尼器在剪力墙住宅结构中的应用
10.
Stress Field in M-C Yield Criterion and Its Uniqueness
M-C屈服准则的应力场及其唯一性
11.
critical shearing strain of foam
泡沫的临界剪切应力泡沫中
12.
The shear stress in interver tebral disc mainly distributed in fibrous rings.
②椎间盘的剪切应力主要分布在纤维环。
13.
Accordingly, it is important for us to improve the utilizationof the stress shearing technique.
因此，应力法剪切技术的推广相当重要。
14.
Expression for Pure Shear by the Euler Angles
纯剪切应力状态的Euler角表示
15.
EXPERIMENTAL INVESTIGATION ON OVERALL SHEAR BUCKLING OF SKIN DIAPHRAGMS
蒙皮板的整体剪切屈曲性能试验研究
16.
Buckling behavior analysis of composite stiffened plates
复合材料加筋板剪切屈曲有限元分析
17.
ELASTIC SHEAR BUCKLING OF WEB PLATES IN TAPERED I-GIRDERS
楔形工字梁腹板的弹性剪切屈曲分析
18.
The Measurement of the Unstable Thermal stress and Evaluating the Post-yield Stress Peak
非稳态热应力测试及屈服后应力峰值的确定