The presented research evaluates the interaction between a single bubble and
homogeneous turbulent flow using direct numerical simulation (DNS) approach. The …

The release of gas fission products from liquid metal fast reactors in the event of cladding
failure accidents is a significant focus during the development and improved design of such …

A review of published work on the fission product release mechanisms and models from
pressurized water reactor (PWR) is presented. The influence of fission products on the …

Two-phase flows are present in various industrial processes in engineering fields ranging
from light water reactor engineering to petrochemical engineering. In this paper, we conduct …

The existing evidence clearly shows that the physical phenomena governing gas/liquid two-
phase flows are quite complicated even in the case of smooth conduits and simple …

Understanding the interactions between the bubbles and solid walls is important for
predicting how the bubbly flow characteristics, such as void fraction and statistical …

The objective of this paper is to discuss the results of a combined physical and
computational analysis of the dynamics of large deformable bubbles in conduits of different …

The use of supercritical carbon dioxide (SC-CO2) as a working fluid in energy conversion
systems has many benefits, including high efficiency, compact turbomachinery, and the …

The progress in multiphase science and technology has been driven to a considerable
extent by the problems arising from nuclear reactor thermal-hydraulics. However, the needs …

Two-phase turbulent flows are widely encountered in the light water reactor engineering.
The interaction between liquid phase and gas phase is bi-directional: the liquid turbulence …