Droplet dynamics and condensation phenomena are widespread in nature and industrial
applications, and the fundamentals of various technological applications. Currently, with the …

Controlling and predicting the motion of droplets on a heterogeneous substrate have
received widespread attention. In this paper, we numerically simulate the droplet sliding …

A numerical model based on the coupled level set and volume of fraction (CLSVOF) method
is developed to investigate dynamics of a hollow droplet impacting on a wetted solid surface …

A density partitioned continuous surface-stress (CSS) model is presented within a multi-
phase smoothed particle hydrodynamics (SPH) framework. We follow the original work of …

Directional migration of single microdroplet on a microstructured surface with multi wetting
gradients plays a significant role in many industrial applications. To understand the …

In manufacturing bamboo products, sanding is an important method to make surface
modification. In this study, mechanical sanding experiments were carried out to investigate …

In the present paper, numerical sessile tests on chemically textured surfaces in 2D and 3D
are simulated. The Lattice Boltzmann method coupled with pseudo potential model is used …

This work aims to study the interfacial phenomena in a multiphase system with a bubble
beneath the anode block. At the macroscopic scale, the bubble's shape is conditioned by the …

In micro and nano flows, the fluid flow pattern is sensitive to many intrinsic parameters such
as surface roughness. In this letter, we have presented the capture of variations in fluid flow …

Wetting properties are significant for a hydrophobic surface and normally characterized by
the equilibrium contact angle. In this manuscript, a mesoscopic method based on multiphase …