The supercooled water droplets in clouds can cause ice to build up on the surfaces of
aircraft and engines when planes are flying at low temperatures. The shape of the ice …

Reactivity at phase boundaries is central to many areas of chemistry, from synthesis to
heterogeneous catalysis. New tools are necessary to gain a more detailed understanding of …

This study uses a two-phase finite volume method to investigate the dynamics of Newtonian
and non-Newtonian droplets impacting onto hybrid surfaces with various wettabilities. Six …

In this study, the two dimensional shock train behavior in a straight isolator was evaluated
using a modified k-ω shear stress transport turbulence model. Therefore, this work focused …

The reduction of sound pressure level (SPL) induced by the fluid flow is one of the central
factors in the modern aerodynamic designs. In the present study, the aerodynamic …

Background The annular flow regime is one of the most prevalent two-phase flow regimes,
occurring throughout a broad range of gas and liquid flow rates. This flow pattern is …

This study numerically investigated the thermal behavior of an energy storage system,
considering different working conditions of the system in both laminar and turbulent flows …

The thermal performance of an energy storage device was studied using computational
models in both laminar and turbulent states of operations. To help explain the melting …

In high-tech industries, an improvement in heat transfer performance plays an important role.
This investigation was carried out computationally to evaluate the heat transfer structure and …

We performed two‐dimensional simulations of the slicing of a rising droplet by a vertical
knife and by two knives. We used a free‐energy lattice Boltzmann method. Most simulations …