A self-consistent framework for modeling and simulations of plasma-assisted ignition and
combustion is established. In this framework, a'frozen electric field'modeling approach is …

In this study, the effects of nanosecond plasma discharges on the combustion characteristics
of ammonia are investigated over a wide range of mixture properties and plasma settings …

The key challenges to quantitative insight into fuel–air plasma kinetics, as well as plasma-
assisted ignition and flameholding, are identified and assessed based on the results of …

Synergistic effects of nanosecond plasma discharge and hydrogen on the combustion
characteristics of ammonia/air are numerically studied under conditions relevant to gas …

This paper presents key effects of gliding arc discharges on the stability limits of externally
perturbed methane/air swirl flames. The low-frequency flow disturbance mimicking the …

This work seeks to achieve stable combustion of swirling premixed flows using gliding arc
discharges and understand how plasma alters flame dynamics near blow-off. Gliding arc …

This work investigates the effects of atmospheric-pressure nanosecond (ns) pulsed plasma
discharges on NH 3/air flames using optical emission spectroscopy (OES). Firstly, spatially …

The open-source package ZDPlasKin is integrated into OpenFOAM to develop the ZDP-OF
platform, facilitating simultaneous computations of plasma discharge and chemical reactions …

The mechanism of stabilizing a turbulent premixed methane-air flame using warm
filamentary plasma is investigated by using laser diagnostics. First, stabilization of a …

Abstract In this study, Direct Numerical Simulations are utilized to investigate turbulent
premixed NH 3/air flames assisted by two distinct methods: non-equilibrium nanosecond …