1) Bingham yield stress
宾汉极限剪切力
1.
Based on the mechanism of Bingham yield stress acting on sediment in Bingham fluid, a physics model for initiation of sediment is proposed and the general formula for critical shear stress of sediment is derived.
本文分析了宾汉流体中宾汉极限剪切力τB 对泥沙起动起阻碍作用的力学机制 ,得出均匀无粘性沙的起动拖曳力的一般表达式 。
2) the Bingham yield stress
宾汉极限切应力
1.
As the role between the sands is so complex,the theoretical analysis of the Bingham yield stress has not been so perfect,and the analyzed calculation was much multitudinous.
宾汉极限切应力是描述非牛顿体流变特性的一个重要参数,由于流体中泥沙颗粒之间作用的复杂性,使得宾汉极限切应力的理论分析还不完善,其解析计算也较繁琐。
3) Bingham shear stress
宾汉剪应力
4) limiting shear stress
极限剪切应力
1.
Taking into account of limiting shear stress, three branches may be classified: no interfacial slippage, only slippage at one interface, and simultaneous slippage at two interfaces.
当存在极限剪切应力时,在线接触弹性流体动力润滑中可能出现3种滑移情况,即在两固体表面上均不产生滑移,只在一个表面上产生滑移和在两个表面上同时产生滑移。
5) Bingham tangent stress
宾汉切应力
1.
This paper presents a new formula by which the silt transport capacity of hyper concentrated silt laden flow could be calculated different from other congener formulae,this new formula is established by the Bingham tangent stress and the principle of energy dissipation.
基于现有各家水流挟沙力计算公式不能直接用于高含沙水流挟沙力计算的状况 ,本文引入宾汉切应力 ,并运用能耗原理建立了新的高含沙水流挟沙力计算公式 ,并利用大量实测资料进行了验证 ,验证结果表明 ,本文建立的高含沙水流挟沙力计算公式比现有各家公式概念清晰 ,与实测资料更为符合。
6) ultimate shear
极限剪力
补充资料：剪切力
1.使物体发生剪切形变的力叫剪切力。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条