The significant progress in the last decade of high-resolution single-and two-phase flow
simulations of reactor-relevant flows is summarized in this review paper. The rapid …

The present work demonstrates the use of customized ansys-fluent in performing 3D
numerical simulations of nucleate boiling with a sharp interface and adaptive mesh …

Recent experimental studies have demonstrated great potential of surface engineering in
enhancing nucleate boiling heat transfer performance. However, the underlying mechanism …

Flow boiling in microchannels can effectively address the challenges of high power density
heat dissipation in electronic devices. However, the intricate bubble dynamics during the two …

A direct numerical simulation (DNS) study was performed on turbulent flow in the involute
channel geometry to develop a numerical database and determine the differences …

A direct numerical simulation (DNS) study was performed on turbulent flow in the high flux
isotope reactor involute channel geometry to develop a numerical database and determine …

The present work demonstrates the use of customized Ansys-Fluent in performing 3D
numerical simulations of nucleate boiling with a sharp interface and adaptive mesh …

Two phase boiling heat transfer is one of the most efficient ways of heat removal. Flow
boiling in microchannels has gained much attention for its practical uses in many industrial …

Boiling stands as a highly efficient mode of heat transfer with a wide array of 45 applications,
ranging from the cooling of micro-scale electronic components [1, 2] to 46 transferring the …

Interactions between nucleation sites in pool boiling are investigated in the current study.
Finite element code PHASTA coupled with the level-set method is used to model multiple …