In present study, subcooled boiling is simulated using color function volume of fluid (CF-
VOF) method. For this purpose, energy equation and Tanasawa mass transfer model …

One of the major goals of computational materials science is the rapid and accurate
prediction of properties of new materials. In order to design new materials and compositions …

In this work, the characterisation of reaction kinetics of a methylene diphenyl diisocyanate
(MDI)-based fast curing polyurethane resin (PUR) and the mathematical description of its …

In this paper, numerical simulation of the bubble condensation in the subcooled boiling flow
is performed. The interface between two-phase is tracked via the volume of fluid (VOF) …

Numerical studies are performed to investigate the condensation behavior of single and
multiple bubbles in subcooled boiling flow. An open-source code is developed to model the …

In the present study, a new solver named phaseChangeHeatFoam is implemented on the
OpenFOAM cfd package to simulate boiling and condensation. The solver is capturing the …

In this study, subcooled flow boiling in a vertical mini channel is simulated using Color
Function Volume Of Fluid (CF-VOF) in micro gravity condition. The continuous surface force …

In this work, we apply a general multi-scale methodology to the simulation of reacting and
expanding polyurethane (PU) foams. The approach starts from the baseline macro-scale …

A key problem in the modeling of polyurethane (PU) foaming is the determination of relevant
physical parameters for the viscosity, the gas expansion, and the curing rate. Indeed, it is …

In present study, the rising of superheated vapor bubble in saturated liquid is simulated
using volume of fluid method in OpenFOAM cfd package. The surface tension between …