The present paper reviews recent achievements in numerical modeling of super-and
transcritical injection processes during the last 20 years. First, it provides an overview of …

This paper reviews the current status of understanding, theory, and models for the physics of
liquid fuel atomization, particularly as it applies to gas turbine and rocket applications. The …

An advanced numerical framework to model CO2 compressors over a wide range of
subcritical conditions is presented in this paper. Thermodynamic and transport properties …

Driver-machine shared control scheme opens up a new frontier for the design of driver
assistance system, especially for improving active safety in emergency scenario. However …

A high-resolution methodology using a high-order compact differencing scheme with
localized artificial diffusivity is introduced with the aim of simulating jet mixing under …

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 …

There is increasing interest in supercritical CO2 processes, such as Carbon Capture and
Storage, and electric power production, which require compressors to pressurize CO2 …

Secondary flow limits the aerodynamic loading level of turbomachinery. Vortex generators
(VGs) offer the potential to attenuate secondary flow when implemented at the endwall of the …

High-fidelity aerodynamic analysis has been demonstrated for mean performance and
unsteady dynamics in a sCO2 compressor designed by Hanwha Power Systems Americas …

The three-dimensional flow structures and dynamics of shear-coaxial nitrogen jets under
supercritical conditions are comprehensively investigated using the large-eddy simulation …