This paper presents a numerical study of the propagation of isobaric premixed flames in
narrow channels, focusing primarily on the symmetry of solutions. Because of the complexity …

Abstract “Flame-street” refers to the interesting combustion phenomenon that a diffusion
flame in a narrow channel is separated into a discrete series of flame segments. Although …

The flame dynamics at ultra-lean condition under the synergistic effect of heat recirculation
and flow recirculation is experimentally studied in this work. The previously reported …

This work focuses on the diluent influence on stable methane flames in a fused silica micro
flow reactor (MFR). Experimental and numerical investigations are performed. The first part …

In this paper, we study the effect of gravity, or buoyancy forces, on the structure of flames
propagating in horizontal channels. It is shown that there are two mechanisms for the …

The present work experimentally illustrates and analyzes the ultra-lean flame blow-off
dynamics near laminar critical condition under the synergistic effect of heat and flow …

Highly refined simulations of flame/shock interactions (FSI) are performed and analyzed in
the context of hydrogen/air combustion in a two-dimensional shock-tube configuration …

A self-excited acoustic instability of laminar premixed flames propagating in an open-ended
tube with a length of 700 mm and a radius of 10 mm was simulated by solving the reacting …

In this paper we present a numerical study of the impact of heat losses and the differential
diffusion effect on the flame-acoustics interaction, for flames propagating from the open to …

A joint experimental and numerical investigation of turbulent flame anchoring at externally
heated walls is presented. The phenomenon has primarily been studied for laminar flames …