Premixed flames have wide-ranging intrinsic instabilities which have been considerably
investigated recently. Intrinsic instability is a classical area in combustion science, it is of …

This paper presents a joint experimental and numerical study on premixed laminar
ammonia/methane/air flames, aiming to characterize the flame structures and NO formation …

The instability of laminar premixed hydrogen–ethanol flame was studied under different
initial pressure, hydrogen ratio, and equivalence ratio conditions by using a constant volume …

In the present work an analysis of the origin and nature of intrinsic instabilities in combustion
processes with different hydrogen/methane mixtures is developed. These expanding …

Lewis number (Le) is of importance in the field of premixed combustion. In this study, the
effective Lewis numbers of combustible mixtures containing a single fuel (CH 4/air, C 3 H …

The cellular instability of ethyl acetate (EA) premixed flame has been studied theoretically
and experimentally under different initial temperature, pressure and equivalence ratio. The …

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 …

Ammonia (NH 3) has been recognized as a potential carbon-free synthetic fuel of the near
future. To enhance its low reactivity, one practical option is to blend it with hydrogen (H 2). In …

ethylfuran (2 EF) has potential as a biofuel for combustion devices. To apply it efficiently in
combustion devices, it is necessary to study the combustion characteristics such as the …

The intrinsic instability of 2-acetylfuran (2-AF) expanding flame has been investigated at
initial temperatures of 453–493 K, pressures of 1–3 bar, and equivalence ratios of 0.8–1.4 …