The present investigation focusses on the rewetting of a vertical tube bottom flooded by
alumina dispersed water nanofluids. Emphasis is on the estimation of the apparent rewetting …

Droplet size and distribution across a spacer grid in a heated rod bundle during reflood
stage of a postulated design basis accident loss of coolant accident (LOCA) are studied …

Present paper reports the heat transfer characteristics and rewetting behavior of 0.15 mm
thick hot horizontal stainless steel foil (SS-304) by circular impinging jet from bottom side …

Quenching characteristics of metallic vertical rod with an internal heater has been
investigated in pure water and water-based nanofluid with alumina nanoparticles of 0.001 …

The temperature field within a model of a sodium-cooled fast reactor fuel rod bundle was
measured using Ø155 μm fiber optic distributed temperature sensors (DTS). The bundle …

Nanofluids are suspensions of nanosized particles in any base fluid that show significant
enhancement of their heat transfer properties at modest nanoparticle concentrations. Due to …

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 …

Jet impinging device is designed for decay heat removal on horizontal fuel rods in a low
temperature heating reactor. An experimental system with a fuel rod simulator is established …

Transient two-phase numerical analysis on the rewetting of vertical nuclear fuel rod bundle
has been carried out. In the present investigation, the working domain was framed with …

An experimental investigation of cooling a very hot vertical tube by sudden introduction of a
falling liquid film in the presence of a countercurrent flow of rising hot gases air is presented …