Rocket engines and high-power new generations of gas-turbine jet engines and diesel
engines oftentimes involve the injection of one or more reactants at subcritical temperatures …

A review is presented of measurement techniques to characterise dispersed multiphase
flows, which are not accessible by means of conventional optical techniques. The main …

Whilst the physics of both classical evaporation and supercritical fluid mixing are reasonably
well characterized and understood in isolation, little is known about the transition from one to …

Combustion devices such as rocket engines, gas turbines and HCCI engines frequently
operate at a pressure higher than the critical pressure of the fuel or the oxidizer. This …

For a multi-component hydrocarbon mixture under supercritical conditions, the mechanism
and criterion for the transition of the dominant mixing mode from evaporation to diffusion are …

This perspective article intends to show opportunities and provide food for discussion
regarding some specific developments in the field of combustion. It reflects the author's …

The mode transition of evaporation for single-and multi-component hydrocarbon fuels is
investigated at the molecular level. This study scrutinizes first the subcritical and supercritical …

A generalized framework for multi-component liquid injections is presented to understand
and predict the breakdown of classic two-phase theory and spray atomization at engine …

For a multi-component hydrocarbon mixture under supercritical conditions, especially for
fuels injected into compression ignition engines, the mechanism for the transition of the …

In the present numerical study, implicit large eddy simulations (LES) of non-reacting multi-
components mixing processes of cryogenic nitrogen and n-dodecane fuel injections under …