Encapsulation has received a surge of interest in the biotechnological, chemical and
pharmaceutical fields and other industrial processes, owing to numerous applications such …

Controllable evaporation of sessile droplets is essential in diverse applications, ranging from
thermal management to chemical reactions and combustion. Despite considerable …

With the increasing use of Computational Fluid Dynamics to investigate multiphase flow
scenarios, modelling surface tension effects has been a topic of active research. A well …

Understanding the heat transfer mechanism and dynamic behaviors of droplet-particle
collision in Leidenfrost regime is essential for the pyrohydrolysis process of pickling liquor …

The impact of liquid droplets onto spherical stationary solid particles under isothermal
conditions is simulated. The CFD model solves the Navier-Stokes equations in three …

In this paper, the mechanism and parameters affecting the contact time of droplet impacting
on the solid surface were studied by incorporating numerical simulation method and water …

This study reports droplet-particle interaction of size ratio less than unity in the film boiling
regime on a highly thermally conductive spherical particle surface. Specifically, the effects of …

Understanding droplet-particle collisions is critical for regulating spray coating processes.
Existing studies mainly focused on collision between a single component droplet and a …

Based on the sparseness of research on the multi-droplet impact coupled with the
anisotropy induced by cylindrical surface, in this paper, the hydrodynamics and heat transfer …

In this study, we report collision interactions between a single droplet (diameter: 2.48–2.61
mm) and a stationary hydrophobically coated thermally conductive particle (diameter: 3 mm) …