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 …

Cellular instability in spherical propagating hydrogen-methane-air flames was studied
experimentally in a constant volume chamber at an equivalence ratio of 0.8 and mixture …

In this paper we study the essential role of Darrieus–Landau (DL), hydrodynamic, cellular
flame-front instability in the propagation of expanding turbulent flames. First, we analyse and …

This paper, dedicated to Norbert Peters, follows his lead in developing theoretical
understanding of the complex flow-turbulence interactions occurring in the propagation of …

Propagation of premixed turbulent flames is examined using a hybrid Navier–Stokes/front
tracking methodology, within the context of a hydrodynamic model. The flame, treated as a …

The turbulent propagation speed of a premixed flame can be significantly enhanced by the
onset of Darrieus–Landau (DL) instability within the wrinkled and corrugated flamelet …

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 …

Flames interacting with turbulence are continuously generated and annihilated by stretching
and folding processes over a range of length-scales and time-scales. In this paper, we …

In the flamelet regime of turbulent premixed combustion the enhancement in the burning
rates originates primarily from surface wrinkling. In this work we investigate the Reynolds …

In this work, a systematic investigation was conducted on CH 4/H 2 oxyfuel turbulent
premixed flames. The effects of hydrogen addition and CO 2 concentration on turbulent …