Submerged steam jets are critical in chemical and energy industries. High intensity of
interfacial heat and mass transfer causes fluctuations in the interface and pressure. The …

The equal-height-difference passive heat removal system (EHDPHRS) via natural
circulation driving and utilizes ocean as infinite heat sink for heat dissipation, showing broad …

The equal-height-difference passive heat removal system utilizes the ocean as an ultimate
heat sink for residual heat removal, demonstrating obvious advantages for ocean nuclear …

The equal-height-difference passive heat removal system (EHDPHRS) utilizes the ocean
environment as an infinite heat sink that can better suit ocean nuclear power plants …

For the passive natural circulation systems (PNCSs) in offshore floating nuclear plants, the
ocean environment is usually regarded as the final heat sink. Condensation-induced water …

Kelvin-Helmholtz (KH) instability theory is extensively used to predict the transition from
stratified flow to slug flow. This study developed a one-dimensional (1-D) model based on …

Condensation-induced water hammer (CIWH) frequently occur in industrial systems.
However, there are limited effective and convenient methods or technologies for predicting …

In the present work, two crucial shortcomings associated with Volume-Of-Fluid (VOF) model
namely:(1) spurious interface smearing arising from false-diffusion errors, and (2) non …

Condensation-induced water hammers (CIWHs) can occur in pipelines when saturated
steam comes into direct contact with subcooled water, causing severe damage to related …

In the present study, a new method is proposed to measure the uniformity of temperature
distribution and the phase distribution in direct contact boiling heat transfer. The proposed …