Hydrodynamic Interaction and Coalescence of Two Fluid Drops

本研究采用分析和数值模拟， 探索的密切相互作用，变形，和合并， 液滴在运动 需要解决的具体问题是： 润滑力和流动性函数几乎 球形液滴，碰撞率预测，中间膜 排水时间和货车德瓦尔斯力的影响。 为这种现象建立适当的模型，以及 从中进行预测，将导致预测的改进 在沉降、乳液和 絮凝

This research employs analytical and numerical modeling to explore the close interaction, deformation, and coalescence of liquid drops in motion. Specific issues to be addressed are: the lubrication force and mobility functions of nearly spherical drops, collision rate predictions, intervening film drainage times, and the influence of van der Waals forces. The development of a suitable model for such phenomena, and predictions from it, will lead to improved prediction capability in the areas of sedimentation, emulsions, and flocculation.