Many systems require very high heat removal rates in small areas due to the increase in
their packing density, such as power electronics. These systems need to be cooled to …

Adding water to fuel droplets is known to lead to puffing and micro-explosion. Puffing and
micro-explosion lead to a rapid increase in the liquid fuel surface area. This, in turn, leads to …

The present work addresses the influence of the wall superheat, drop impact velocity, and
impact diameter on hydrodynamics, heat transport, and evaporation during drop …

Drop splash and breakup on cylindrical surfaces play an important role in a wide variety of
industrial applications. In this work, water drops with a wide range of impact velocities (1.4 …

In this work, the gas-drop two-phase flow characteristics in a perspective atomizing burner
were measured with respect to operating conditions. The liquid fuel (diesel fuel and waste …

This paper provides the results of an experimental study of child droplet distribution by size
when a group of factors (heating temperature, parent droplet sizes, component …

We investigate the effect of liquid properties and surface supercooling on the spreading
dynamics of an impact binary ethylene-glycol and ethanol droplet. Surface supercooling and …

Liquid-fueled combustion systems demand optimal performance over a range of operating
conditions—requiring predictable fuel injection events, spray breakup, and vaporization …

Single droplet boiling is a basic problem for spray cooling which is an effective technology
for high heat flux applications. Visualizations were used to investigate the effect of surface …

When a droplet impacts a superheated surface, due to the different effects between wall
superheat and the initial Weber number of the droplet, secondary droplets will be generated …