Turbulent premixed combustion involves simultaneous and mutually interacting fluid,
chemical, and transport phenomena spanning a wide range of spatial and temporal scales …

The simulation of turbulent flames fully resolving the smallest flow scales and the thinnest
reaction zones goes along with specific requirements, which are discussed from …

The contributions of vortex stretching, dilatation, baroclinic torque and viscous diffusion to
Reynolds-averaged enstrophy transport in turbulent swirl flames were experimentally …

Abstract Structure of strongly turbulent premixed n-dodecane/air flames with high Karlovitz
numbers (Ka) is studied based on three-dimensional (3D) direct numerical simulation (DNS) …

Influences of the reaction zone thickening and extinctions on a heat release rate marker of
extremely turbulent hydrogen-enriched methane-air flames are investigated using …

Internal structure of extremely turbulent flames is investigated experimentally using
simultaneous planar laser-induced fluorescence of formaldehyde molecule and hydroxyl …

Bluff-body stabilized premixed flames have been a subject of significant technological
interest in practical combustion devices. A collaborative computational-experimental effort is …

Internal structure of pure and hydrogen-enriched methane–air flames were investigated
experimentally, using simultaneous Planar Laser-Induced Fluorescence of formaldehyde …

Numerical simulation is widely recognized as an efficient means of developing high-
performance combustors. However, its efficiency is limited by the growing size of chemical …

Understanding the cross-scale kinetic energy transport in turbulent flames is critical for
physically-accurate modeling. This paper presents an experimental analysis of cross-scale …