The flow and the shear stress distribution of the channel were computed by limited volume method.
采用有限元分析方法分析通道内的流型和剪切力分布。
In this paper, the shear transverse distribution on the beams of bridge is researched using data of model tests and computation in the finite difference method.
本文通过模型实验和有限差分法电算，对桥跨结构主梁剪力横向分布进行了研究。
The effects of the nonuniformity of porosity development and stress distribution on material bifurcations(plane shear bending and surface wrinkling)are investigated by means of numerical method.
利用数值方法研究材料空洞化和承受应力沿板厚分布的非均匀性对材料分叉（平板中平面剪切带和表面皱曲）的作用。
Secondly, in conditions of non-steady flow, azinuthal velocity and shear stress distribution were deduced according to function approximation method.
在非稳流下，采用函数拟合法，得出流体切向速度随半径变化的表达式及流体所受切向剪切力和分布曲线。
An experimental method of bond shear stress is proposed to analyze distribution of shear stress according to experimental results.
根据试验结果，建立了纤维布端部粘结剪应力的试验分析方法，并对粘结剪应力的分布进行了分析。
An experimental method of bond shear stress is proposed to analyze distribution of shear stress according to experimental results.
根据试验结果，建立了纤维布端部粘结剪应力的试验分析方法，并对粘结剪应力的分布进行了分析。
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