Boiling is an efficient heat transfer mode with significant potential for thermal management in
high-power electronic equipment. However, a comprehensive understanding of the boiling …

In the present study, a coupled level set and volume of fluid (CLSVOF) method is developed
for two-dimensional unstructured grids to perform direct numerical simulations of two-phase …

For the numerical modelling of boiling flows with accurate interface dynamics, a new
coupled level set and volume of fluid (CLSVOF) method for three-dimensional unstructured …

In the present numerical study, implicit large eddy simulations (LES) of non-reacting multi-
components mixing processes of cryogenic nitrogen and n-dodecane fuel injections under …

The study of film boiling of cryogenic fluids has become a topic of interest due to its
applications in several areas, including electronic cooling and space vehicles. In this paper …

We present an efficient method for the direct numerical simulation of three-dimensional (3D)
boiling flows. The liquid-vapor interface dynamics is captured using an interface-correction …

In this article, the film flow boiling over a vertical flat plate was studied numerically. The
saturated liquid upward flow over a vertical flat plate with a uniform free stream velocity was …

Due to the low boiling point of hydrogen, the boiling phenomenon is usually encountered in
the applications of liquid hydrogen. The underlying mechanism as well as the physical …

Bubble departure frequency in film boiling on a stationary heating wall is in the order of a
few hertz, which is interestingly the same as that for the natural frequency of a nuclear …

In the present work, a numerical method is utilized to simulate the nucleate pool boiling of
R134a outside the horizontal plain tube. Eulerian multiphase model integrated with …