The injection of cryogenic fluids into environments where the prevailing conditions are
supercritical in comparison to the critical point of the injected cryogenic fluid is encountered …

This paper presents a systematic investigation of large eddy simulation (LES) and subgrid
scale (SGS) modeling with application to transcritical and supercritical turbulent mixing and …

In this paper, the trans-/near-/supercritical jet models were established using a combination
of large eddy numerical simulations and real fluid equations of state (EOS) in order to …

The mixing dynamics of injected propellants is a key factor in determining the ignition
performance and combustion-instability response of rocket engines, internal combustion …

The optimization of fuel injection is one of the key technologies to achieve cleaner and more
efficient engines. Extensive studies have demonstrated that the flash-boiling of superheated …

The modeling of fluids in the supercritical regime is addressed at conditions characteristic of
liquid-propelled rocket engines, whose increasing performance demands paved the way for …

The injections of cryogenic and non-cryogenic fluids in a supercritical environment,
respectively, liquid N2 into gaseous N2 and n-dodecane into gaseous N2, are investigated …

Transient, near-field mixing of a supercritical fluid injected into supercritical and subcritical
environments is investigated experimentally. Fuel (propane) from a 100 μm diameter Bosch …

A mixture of numerical models and orthogonal experiments was used to better understand
the mixing behavior and heat/mass transfer in jets operating under supercritical conditions …

Molecular dynamics (MD) simulation is a powerful tool to reveal the microscopic
characteristics of supercritical transitions. However, the accuracy of MD depends strongly on …