液桥试验 Fluid bridge test
液桥力 Liquid Bridge Force
液桥半径 liquid bridge radius
液桥自由面振荡 Oscillation of free surface in liquid bridge
液压桥式起重机 [机] Hydraulic overhead crane
固定式液压登车桥 Stationary Hydraulic Vehicle-Ride Bridge ; DCQ ; SJDQ
驱动桥液压系统 transaxle hydraulics ; transaxle hydraulic system
驱动桥液压控制系统 transaxle hydraulic control system
驱动桥出口液流 transaxle outlet flow
移动式液压登车桥 YDCQ
Visualized effects and behaviors for the interactions, including energy consumption and damage feature of liquid bridge, are briefly presented.
本文主要研究了不同的碰撞速度、填隙液体的粘度、表面张力系数、碰撞角对团块间相互作用的影响，并进一步分析了碰撞过程中能量的消耗以及液桥的破坏情况。
参考来源 - 存在填隙流体时颗粒间的相互作用及其在DEM中的应用·2,447,543篇论文数据，部分数据来源于NoteExpress
在液桥中间截面，自由界面半径维持不变。
The radius of the free surface is constant on the middle section of the liquid bridge.
研究还发现液桥力对于小粒径颗粒的影响明显大于大粒径颗粒。
Moreover the effect of liquid bridge on small particles is more obvious than on big particles.
随着送丝速度的变化，熔滴过渡各阶段时间影响液桥分断时的表面张力过渡。
With the variety of wire feed speed, the interval of each phase of droplet transformation has a great influence on the breaking state of liquid Bridges.
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