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 …

Thermodiffusively-unstable lean premixed hydrogen flames are investigated using three-
dimensional direct numerical simulation with finite-rate chemical kinetics. A large number of …

The effect of pressure on the propagation of lean premixed hydrogen-air flames is
investigated numerically with a hierarchy of canonical configurations including direct …

To understand the turbulence-chemistry interaction of lean hydrogen-air premixed flames at
elevated pressures, we conduct a series of high-fidelity direct numerical simulations with …

Thermodiffusive instabilities can have a leading order effect on flame propagation for lean
premixed hydrogen flames. Many simulation studies have been performed to study this …

In the present article, series of experiments were conducted to study the structure
characteristics of premixed flames in turbulent rich hydrogen‐air mixtures within a constant …

We investigate and model pressure effects on the turbulent burning velocity over a range of
pressures and turbulence intensities with the direct numerical simulation (DNS) of …

Combustion in hot and low oxygen environments—such as those encountered in practical
devices including inter-turbine burners and sequential gas turbines—is not yet fully …

In the study, molecular dynamics simulations associated with reactive force fields are
performed to examine the effect of an imposed electric field at different strengths upon the …

Spontaneous ignition of released high-pressure hydrogen is one major safety hazard for
rupture disk (RD) device used in hydrogen energy pressure equipment. This study …