Experimental study on the rebound characteristics of high temperature alumina droplets impacting on an inclined cold wall

Molecular Dynamics Simulation of Dual Nanodroplet Impacts on a Cylindrical Surface

“…The interaction between droplets and wall surfaces serves a fundamental role in a wide range of sectors, such as spray, , coating, , self-cleaning, , and anti-icing. , The impact process can result in phenomena such as rebounding, splashing, and partial or complete deposition depending on factors such as impact velocity, , viscosity ratio, , surface morphology, , and surface wettability. , Different outcomes play essential roles in various industrial applications. , For instance, droplet rebound is key for anticondensation, anti-icing, and corrosion prevention by reducing contact time . However, it poses a challenge in spray cooling, inkjet printing, and other droplet deposition applications …”

“…The interaction between droplets and wall surfaces serves a fundamental role in a wide range of sectors, such as spray, 1,2 coating, 3,4 self-cleaning, 5,6 and anti-icing. 7,8 The impact process can result in phenomena such as rebounding, splashing, and partial or complete deposition depending on factors such as impact velocity, 9,10 viscosity ratio, 11,12 surface morphology, 13,14 and surface wettability. 15,16 Different outcomes play essential roles in various industrial applications.…”