Progress in combustion science and engineering has led to the generation of large amounts
of data from large-scale simulations, high-resolution experiments, and sensors. This corpus …

Boundary layer flashback in premixed jet flames has been the subject of detailed
experimental and numerical investigation since the 1940′ s. The traditional approach for …

Chemical‐kinetic combustion mechanisms for hydrogen‐oxygen‐nitrogen systems,
motivated originally by concerns about NO x emissions during hydrogen burning, have …

Abstract Direct Numerical Simulations (DNS) are performed to investigate the process of
spontaneous ignition of hydrogen flames at laminar, turbulent, adiabatic and non-adiabatic …

A three-dimensional direct numerical simulation (DNS) is performed for a turbulent hydrogen-
air flame, represented with detailed chemistry, stabilized in a model gas-turbine combustor …

Flame-wall interactions (FWI) of laminar premixed methane-air flames at atmospheric
pressure are studied using various laser diagnostic methods. Velocity fields and flame front …

Boundary layer flashback of swirling turbulent lean-premixed methane–hydrogen–air flames
is investigated in a model combustor featuring a mixing tube with center body. The focus of …

Topology transitions of swirl-stabilized flames in a cylindrical combustion chamber are
analyzed for lean CH 4/H 2/air combustible mixtures. It is demonstrated that when the tip of a …

One of the major challenges of applying hydrogen (H 2) enriched fuels in industrial
combustion systems is the risk of flashback that can cause considerable damage on …

Direct numerical simulations are performed to investigate the transient upstream flame
propagation (flashback) through homogeneous and fuel-stratified hydrogen-air mixtures …