The heat transfer mechanism of spray cooling under vibration has yet to be revealed, so it is
crucial to deeply analyze the droplet impingement dynamics and heat transfer mechanism …

Smart polymers (SP) have been extensively developed for inventive and valuable
resolutions in diverse applications such as in the electrical and biomedical fields. Numerous …

The goal of this study is to explore and analyze the concurrent shear-driven droplet
shedding and coalescence under the effect of various parameters, such as droplet size and …

The impact of droplets on low-adhesion solid surfaces vibrating in the vertical direction was
numerically investigated. An axisymmetric multiphase lattice Boltzmann model capable of …

Vibration is a robust and efficient method for droplet removal from superhydrophobic
surfaces. In the present work, we experimentally investigated the dynamics of droplets on …

The vibration of solids is ubiquitous in nature and in industrial applications and gives rise to
alternative droplet dynamics during impact. Using many-body dissipative particle dynamics …

The focus of this study is to investigate and compare the behavior of a droplet on
superhydrophobic (SHS) and slippery lubricant impregnated (SLIPS) surfaces under the …

Wettability is the main factor controlling the fluid flow in an electrically neutral partially
saturated micro-channel. If the micro-channel body carries electric charges and is fully …

A novel coupling phase-field lattice Boltzmann–material point (phase-field LB–MP) method
is proposed in this work for multiphase fluid–solid bidirectional interaction problems. In this …

Experiments were carried out to investigate the effects of mechanical vibration on water
condenser performance on uncoated, superhydrophilic, and superhydrophobic aluminum. It …