1.
The computation results show that the external counterpulsation can effectively change the blood vessel pipe_ wall shear stress.
计算结果表明,体外反搏可以明显有效地改变血管壁剪切应力。
2.
Infection of Wall Shear Stress to Rat s Abdominal Aortic Caliber and Matrix Metalloproteinases-9 Expression;
剪切力增高对大鼠腹主动脉管径及管壁MMP-9表达的影响
3.
Influence of Shear Lag and Shear Deformation on the Vibration of Thin-Wall Box-Girder
剪力滞后剪切变形对薄壁箱梁的振动影响
4.
maximum shear stress yield criterion
最大剪切应力屈服条件
5.
Located between circulating blood and vessel wall, vascular endothelial cells (ECs) ate constantly exposed to shear stress resulting from blood flow.
血管内皮位于血管壁和血液的界面，直接与血流接触而持续受血流剪切力的作用。
6.
The Crystallization, Orientation Structure and Properties of PP/carbon Nanotube via Shear Stress Field;
剪切力场作用下聚丙烯/多壁碳纳米管复合材料的结晶、取向结构和性能研究
7.
BENDING ANALYSIS FOR FRP THIN-WALLED BOXBEAM CONSIDERING BOTH SHEAR LAG AND HIGH-ORDER SHEAR DEFORMATION
考虑剪滞和高阶剪切效应的复合材料薄壁箱梁弯曲分析
8.
Investigation on Bed Shear Stress in Smooth Open Channels;
光滑壁面明渠紊流壁面切应力的研究
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.
From this solution, velocity profiles, pressure and wall shearing stresses along the tube as well as the critical Reynolds number required for the separation of the flow are determined.
从此解,决定了速度剖面、压力和沿管壁的剪应力,也决定了流动分离的临界Reynolds数。
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.
Theoretic Analysis and Experimental Research about Shear Lag Effect of Thin Wall Box Girders;
薄壁箱梁剪力滞效应理论分析与试验研究
16.
The Analysis of Distortion、Shear-Lag Effect and Reliability for Thin-Walled Box Girders;
薄壁箱型梁的畸变、剪力滞效应及其可靠性分析
17.
Study of Shear-lag and Distortion for Thin-Walled Curved Grider with Great Initial Curvature;
大曲率薄壁曲线箱梁剪力滞及畸变效应研究
18.
The Analysis and Contrast on the Shear Lag Effect of High-Strength Concrete Thin-Walled Box Continuous Girder
混凝土薄壁连续箱梁剪力滞效应分析与对比