shear wall structure 剪力墙结构
wall shear stress gradient 切应力梯度 ; 壁剪应力梯度
coupled shear wall 并联剪力墙
wall shear rate 壁面剪切率
wall shear flow 壁面剪切流
wall shear force 壁面剪切力
wall shear flows 壁面剪切流
wall shear stress 管壁剪切应力
wall shear stresses 壁面切应力
We used computational fluid dynamics(CFD) to investigate the steady and pulsatile flows in the vicinity of model stents and focused on the changes of wall shear stress caused by the implanted stents.
我们利用计算流体动力学的方法，分析了定常流与脉动流两种条件下，支架植入引起的血管壁面剪应力的变化。
Mass transfer rates and wall shear stresses are measured by the electrochemical method.
传质速率及壁面剪切应力的测量采用电化学方法。
Conclusion Low wall shear stress is a risk hemodynamic factor in the development of atherosclerotic plaque.
结论低血管壁面剪切应力，是动脉粥样硬化的危险性血流动力学因素。
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