In pipes with very large diameters, slug bubbles cannot exist. For this reason, the
characteristics of two-phase flow in large pipes are much different than those in small pipes. …

This study presents the development of form-stable eutectic mixtures, modified with nanoscale
structures for enhanced thermal performance. These additives may result in the next …

The study presents an experimental investigation of a thermal energy storage vessel for load-shifting
purposes. The new heat storage vessel is a plate-type heat exchanger unit with …

Flow in large pipes is important in a wide variety of applications. In the nuclear industry in
particular, understanding of flow in large diameter pipes is essential in predicting the behavior …

A series of binary mixtures of Methyl Palmitate (MP) and Lauric Acid (LA) were prepared and
investigated, aiming for potential phase change material (PCM) for thermal energy storage …

This study focused on state-of-the-art and review of condensation heat transfer for small
modular reactors (SMR). Nuclear reactors adopt passive containment cooling systems (PCCS) …

Current thermal–hydraulic analysis codes use static, flow-regime-dependent empirical
models which introduce several sources of error and numerical instability. The interfacial area …

In order to accurately predict nuclear reactor behavior, the ability to predict the transfer of
mass, momentum and energy between the phases in two-phase flows, whether in the Reactor …

The behavior of reactor systems is predicted using advanced computational codes in order
to determine the safety characteristics of the system during various accidents and to …

Modeling and simulation study of industrial scale beyond-bubbly flows, like cap-bubbly, cap-turbulent
and churn-turbulent, using the two-fluid model, has been limited due to the wide …