Counterflow diffusion flame is a canonical non-premixed flame configuration that is suitable
for studying complex combustion chemistries such as soot formation. An important objective …

In the square column attachment ventilation (S-CAV) mode, the introduction of multiple
airflows attached to the column into the horizontal diffusion zone inevitably leads to various" …

The response of counterflow diffusion flames to sub-breakdown DC and AC electric fields,
as well as their superposition with ns pulse discharge waveforms, is studied in the plane-to …

Counterflow flames are routinely used for investigating fundamental flame and fuel
properties such as laminar flame speeds, autoignition temperature, extinction strain rate …

Flow patterns in a cross-shaped channel with two inlets and two outlets at 30< Re< 350
were identified by plane laser induced fluorescence. The effects of outlets flow rates ratio (M …

Abstract Knowledge of the instantaneous flow behaviour of interacting opposing jets, in
addition to knowledge of the mean flow, is important for science and practice. Whereas …

Strong turbulence is generated by the blending of opposed staggered jets (OSJs). This
turbulence results in fluid mixing and energy dissipation, which are crucial for pollutant …

This work reports studies on flow fields, and instabilities exhibited by opposed jets at equal
momenta, for Reynolds numbers (Re) ranging from 178 to 5000 using a large diameter …

This study aims to characterize the effect of inflow pulsatility on the hydrodynamic power loss
inside intersecting double-inlet, double-outlet pipe intersection (DIPI) with cross-flow mixing …

A flamelet model is applied to the simulation of axisymmetric counterflow laminar flames
including gravitational acceleration and the geometrical details of main nozzles and annular …