When a severe accident occurs in a nuclear reactor, fuel–coolant interaction (FCI) may occur
and cause steam explosion. Energetic FCI or steam explosion will threaten the integrity of …

During severe accidents at Nuclear Power Plants (NPPs), fuel-coolant interaction (FCI) is a
critical event in which the melt released from the core region comes into contact with the …

During postulated severe accidents in a light water reactor (LWR), the core melt (corium)
may relocate to the lower head and fail the reactor pressure vessel (RPV). The corium is …

Motivated by risk quantification of severe core meltdown accidents which may occur light
water reactors, an extensive DEFOR (DEbris FORmation) test series with various molten …

In hypothetical severe accidents of Nordic boiling water reactors (BWRs), the core melt
(corium) has the potential to relocate to the lower head, leading to the failure of the reactor …

The formation and coolability of the debris bed play a crucial role in the core meltdown
process in nuclear reactors. Previous studies mainly focused on experiments involving …

Выполнен обзор экспериментальных и расчетно-теоретических работ, посвященных
изучению взаимодействия высокотемпературных расплавов с жидкостями, которые …

To better understand the fundamental interactions between melt jet and coolant during a
core-disruptive accident at a sodium-cooled fast reactor, the jet breakup and droplet …

A review of experimental and computational-theoretical works devoted to the study of the
interaction of high-temperature melts with liquids, which can lead to the release of …

During severe accidents in a light water reactor, the core melt (corium) may relocate to the
lower head and fail the reactor pressure vessel (RPV). The corium will be ejected to the …