The role of the ionic wind effects on modifying flame dynamics was demonstrated by
detailed computational models. Full three-dimensional simulations were conducted to …

Two-dimensional axisymmetric simulations for counterflow non-premixed methane-air
flames were undertaken as an attempt to reproduce the experimentally observed electro …

Current-voltage, or i–V, curves are used in combustion to characterise the ionic structure of
flames. The objective of this paper is to develop a detailed modelling framework for the …

This manuscript presents an updated open-source version of the Hypersonics Task-based
Research (HTR) solver. The solver, whose main features are presented in Di Renzo et …

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 …

Numerical simulations of counterflow laminar diffusion flames im**ed by sub-breakdown
DC electric fields are performed in this work using multi-component transport and a detailed …

Recent use of ion currents as a sensing strategy in the mechanized oxyfuel cutting process
motivated a series of studies which revealed that the steel work piece contributes secondary …

Recent investigations suggested that the primary influence of an electric field on a flame is
flow modification caused by ionic wind, and that negative ions produced by the electron …

Abstract A three-dimensional (3D) computational model is presented in this paper that
illustrates the detailed electrical characteristics, and the current-voltage (iv) relationship …

To predict the charged species distributions in the ethanol-air flame, an improved reaction
mechanism is proposed. The detailed reaction mechanism involving neutral species for the …