A two region conduction-controlled rewetting model of hot vertical surfaces with a constant
wet side heat transfer coefficient and negligible heat transfer from dry side is solved by the …

Heat transfer between a hot, semi-infinite plate and thin liquid film flowing over its surface is
considered. As the plate is semi-infinite, the finite cooled portion of the plate and the …

Conduction-controlled rewetting of two-dimensional objects is analyzed by the Heat Balance
Integral Method (HBIM) considering three distinct regions: a dry region ahead of wet front …

A two region conduction-controlled rewetting model of hot surface with constant heat transfer
coefficient in wet region and an adiabatic condition in the dry region is solved by the …

Numerical study on AHWR fuel bundle has been carried out to assess influence of
circumferential and cross flow rewetting on the conduction heat transfer. The AHWR fuel …

Numerical study on re-flooding behavior of AHWR fuel bundle has been carried out to
assess influence of circumferential and axial rewetting on the conduction heat transfer. As …

This study analyzes conduction-controlled rewetting of a hot surface by employing the
variational integral method. The physical model considers three distinct regions: a dry region …

Modeling of quenching behavior has been gaining significant attention in the research
community. However, it has been claimed that nanofluids exhibit an enhanced heat transfer …

In this work, a transient heat conduction model is developed for rewetting a hot wall surface
by a falling liquid film. In the model, the heat conduction in the rewetted wall is assumed to …

This review deals with conduction-controlled rewetting analysis for water-cooled nuclear
reactors following a hypothetical Loss-of-Coolant Accident (LOCA). The first part of the …