The flashing flow is a relevant multiphase phenomenon in many technical applications
including nuclear safety analysis, which has been the subject of intense research for several …

In the field of cryogenic cooling, Joule–Thomson (JT) cooling is a mature technology but
suffers from low efficiency. Various efforts such as the optimization of compressors, cold …

The present paper describes a novel CFD approach for the flashing of CO 2 through nozzles
and ejectors. The novelty of the method is represented by the possibility of defining both the …

The development of novel upper-stage rocket engines with storable cryogenic liquids and
laser ignition requires a detailed understanding of the processes prior to ignition. Due to the …

The main objective of this study is to understand the effect of fuel properties on flash boiling
sprays using multi-hole injectors. Macroscopic characteristics were investigated using …

The main purpose of this work is to conduct detailed comparisons of spray behavior among
four important components of gasoline and to investigate the effects of fuel properties and …

Flash boiling atomization can occur in rocket thrusters operating in the vacuum of space
when the cryogenic liquid propellants are injected into the reaction chamber just before …

The present numerical investigation of two-phase flashing flows examines the injection of
liquid oxygen and liquid nitrogen into near-vacuum conditions prevailing in the upper-stage …

Modeling the sudden depressurization of superheated liquids through nozzles is a
challenge because the pressure drop causes rapid flash boiling of the liquid. The resulting …

This study focused on the thermodynamic suppression on the laminar vortex cavitation flow
over a circular cylinder in high-temperature water under various flow velocity and cylinder …