Engineering advanced methods for example Computational Fluid Dynamics (CFD) are
heavily used to solve, design and model complex industrial applications. They provide high …

This review article examines the last decade of studies investigating solid, molten, and liquid
particle interactions with one another and with walls in heterogeneous multiphase flows …

We extend a diffuse interface phase-field method for two-phase flow simulations so as to
include interfacial heat transfer and the thermal Marangoni effect. The set of governing …

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 …

In present study, by using thermal model of passive scalar and Shan–Chen model two-
phase lattice Boltzmann, the two-phase thermal flows were investigated. The dynamics of …

The present work describes the application of the improved Volume-Of-Fluid (VOF) method
for the accurate capturing of phase interfaces in the problems of three-fluid bubble rising …

The advancement of nanotechnology has contributed immensely in solving major problems
in engineering and medical applications. Versatility of nanofluids made of nanoparticles is …

The control of channel length is of great significance in the fabrication of thin film transistors
(TFTs) with high-speed operation. However, achieving short channel on untreated glass by …

This experimental study focuses on the phenomena induced by thermal effects after a two-
component droplet of propylene glycol water im**es on a hot substrate. The visualization …

Researches on nanofluids have been quite intensive in the past decade. The performances
of nanofluids have been experimentally and theoretically investigated by various …