This paper reports on measurements of thermal transport to solitary sessile water droplets
placed on heated superhydrophobic substrates maintained at constant temperature. A …

Flame synthesized nanostructured carbonaceous films are known to demonstrate water
repellency due to inherent hydrophobicity of soot particles as well as the formation of dual …

Liquid-jet impact on porous, relatively thin solids has a variety of applications in heat
transfer, filtration, liquid-fuel atomization, incontinence products, and solid-substrate erosion …

Liquid-jet impingement on flat impermeable substrates is important for a multitude of
applications ranging from electronic-equipment cooling to fuel atomization and erosion of …

Experiments and numerical simulations were carried out to examine the vertical
impingement a round liquid jet on the edges of horizontal convex surfaces that were either …

This paper presents an experimental exploration of thermal transport due to a water jet
impinging on post patterned superhydrophobic surfaces and provides the first experimental …

In this research, the effect of curvature radius of convex target plates on the radius of formed
circular hydraulic jump is investigated using experimental investigation and numerical …

This paper presents a 0.25 scale quasi-three-dimensional hydraulic model experiment of
transient fluid flow phenomena during continuous casting of steel. The relationship between …

This thesis explores the intricate domain of solid-fluid interaction on wettability-modified
surfaces, addressing novel and underexplored aspects in the field. It investigates the …

[1] Microflows and nanoflows: Fundamentals and Simulation [2] Experimental modeling of
circular hydraulic jump by the impingement of a water column on a horizontal disk [3] Wave …