The study of pool boiling performance of seawater and its advancements in the field of
nuclear power safety is given significant importance in the Arabian Gulf (AG) region. The …

In the current study, based on a small-scale quench test facility, the two-phase flow interface
behavior during quench transients is visualized and analyzed utilizing an image processing …

Quenching heat transfer is a representative complex phenomenon in thermal-hydraulic
engineering. Despite the tremendous efforts to precisely predict the quenching behavior …

In this study, quenching experiments of vertical Inconel and Zircaloy tubes in internal water
flow were conducted. The effects of the initial tube wall temperature, liquid subcooling, and …

A reflooding quenching boiling experiment in forced convection was conducted to
investigate the flow and heat transfer performance of a FeCrAl cylindrical rod under various …

During the reflood stage of a loss-of-coolant accident (LOCA) for light water reactors (LWRs),
the subcooled emergency water is injected into the reactor pressure vessel (RPV) to cool …

In the present work, the impact of varying the liquid coolant on transient pool boiling heat
transfer was investigated using zirconium rods. Natural seawater is known to reduce the …

In order to prevent the core meltdown and hydrogen explosion in LOCA (Loss of Coolant
Accident), the thermal hydraulic phenomenon on the cooling of high temperature nuclear …