1) local pressure loss superposition
局部损失迭加法
1.
Through the discussion of the resistance properties of natural ventilation induced by wind force, a method of local pressure loss superposition was proposed to calculate the pressure loss.
探讨了风压作用下大开口的自然通风阻力特性 ,并提出了用局部损失迭加法来计算阻力损失 ,即认为通过建筑物的气流是由不同的突缩段和突扩段的组合 。
2) local loss
局部损失
1.
Inner flow field of round pipe was numerically simulated with COSMOS/FloWorks software to solve the problems of local loss.
应用COSMOS/FloWorks软件模拟圆管的内部流场以解决其局部损失问题,与现有的解析和实验结果进行了比较。
2.
Inner flow field of round pipe was numerically simulated with fluent software to solve the problem of local loss.
0模拟圆管的内部流场以解决其局部损失问题 ,与现有的解析和实验结果进行了比较 ,并显示了圆管内部流动的流线图。
3.
Applying principles from hydrodynamics, and considering local losses caused from the complex structures a new hydraulic resistance model for the recoil brake is established An example for this model accords well with the classical theor
利用液压流体力学理论 ,考虑制退机内复杂结构所造成的局部损失 ,建立起液压阻力数学模型。
3) minor loss
局部损失
1.
The relation of friction factor and minor loss coefficient with Reynolds number are obtained.
通过比较相同直径、不同管长的压差,获得了摩擦因子及局部损失系数随Re数变化关系。
4) local heat loss
局部热损失
5) partial loss
局部损失;部分损失
6) head loss/minor loss
水头损失/局部损失
补充资料：层层迭迭
1.见"层层迭迭"。
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