By altering concerned parameters, dynamics of droplet on flat surface are analyzed. Influence of parameters including mesh size of calculation, feature of surface, impact velocity, viscosity, diameter size and surface tension of droplet on dynamics is studied in detail.
通过变换相关参数,分析了液滴在壁面上的流动状态,详细研究了包括计算网格、壁面特性、撞击速度、液滴的粘度、直径以及液滴的表面张力对变形过程的影响。
参考来源 - 液滴撞击加热固体平壁变形过程的数值模拟·2,447,543篇论文数据，部分数据来源于NoteExpress
Meanwhile, the same failure modes are found with the constant impact velocity.
同时，当冲击速度恒定不变时，我们也观察到了相同的失效模式。
The experimental results show that the impact velocity is closely related with the number and area of the debris.
试验结果表明，着速与破片的数量和覆盖面积有很大关系。
The present attention is mainly focused on the effect of initial deflection, impact velocity and coupled stiffness.
分析了初始挠度、冲击速度、耦合刚度等因素对临界轴向缩短量的影响。
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