漏流 meaning in Chinese
leak current
leakage current
leakagecurrent
path of percolation
Examples
- Based on an engineering background , through numerical simulation of the flow field in the hp turbine of the energy efficient engine ( e3 ) , the article research the unsteady flow in a transonic turbine stage , the unsteady phenomena in the stage include the shockwave , wake , shedding vortex , endwall vortex , passage vortex and leakage vortex , etc . there are two shockwaves generated on the vane the tailing edge , one on suction side is named moving shockwave , and name another on pressure side steady shockwave
本文首先对于研究的意义和国内外研究的现状做了简要的介绍，再从某工程背景出发，通过对e3发动机高压涡轮内流场的数值模拟，研究了干涉的周期性的问题，以及涡轮级内常见的非定常现象：激波、尾迹、脱落涡、根脚涡、通道涡、漏流涡。导向器尾缘会出现两道激波，在吸力面的激波可称为“运动”激波，压力面的激波可称为“定常”激波。 - The vortex simulated in this article include the shedding vortex induced by the vane trailing edge boundary layer , the endwall vortex generated by the endwall boundary layer interaction , the passage vortex generated by the rotor rotation , and the leakage vortex generated by the tip clearance flow
涡轮级内的涡运动包括：导向器叶片尾缘附而层引起的脱落涡；转子通道内转子的旋转运动产生的通道涡；根脚区两个端壁附面层干涉，形成的根脚涡；存在叶尖漏流时，出现的漏流涡。 - 4 . based on the viscous hydrodynamics , the leakage characteristics of newton liquid that is transmitted by helical gear pump are researched for the aim of the least power loss , and the leakage model is founded , the mathematic models of the radial and the axial leakage are gained . at the same time the optimal radial leakage and axial leakage are got , and the numerical calculation is achieved
基于粘性流体力学，以功率损失最小为目标，首次对牛顿流体在斜齿齿轮泵中的漏流特性进行了研究，建立了泄漏模型，分别得到了斜齿齿轮泵的径向和轴向泄漏的数学计算模型；同时得到了斜齿齿轮泵最佳径向间隙和最佳轴向间隙，并在此基础上进行了数值计算。 - Based on the ostwald - de waele equation , the leakage characteristics of power - law transmitted by helical gear pump are researched , and the leakage model of power - law in the clearence is founded , and - the velocity distributing and the leakage capacity are worked out by the boundary condition . the power loss of leakage is got through the clearence leakage capacity , and the friction power loss is attained by the velocity distributing . the mathematic calculation model
利用幂律流体本构方程，首次对聚合物流体在斜齿齿轮泵中的漏流特性进行了研究，建立幂律流体在间隙中的泄漏模型，利用边界条件求出速度分布及泄漏量；由间隙泄漏量得到漏流损失功率，由速度分布得到流体摩擦功率损失，并得到间隙最优解的数值计算数学模型，同时给出实例及数值计算结果。