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 structure of premixed turbulent flames and governing physical mechanisms of the
influence of turbulence on premixed burning are often discussed by invoking combustion …

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 …

Unsteady three-dimensional direct numerical simulations of highly turbulent, complex-
chemistry, lean hydrogen-air flames were performed by changing the equivalence ratio ϕ⁠ …

Comprehensive knowledge of local flame displacement speed, S d, in turbulent premixed
flames is crucial towards the design and development of hydrogen fuelled next-generation …

Complex-chemistry direct numerical simulation (DNS) data obtained from lean methane-air
turbulent flames are analyzed to perform a priori assessment of predictive capabilities of the …

Different combustion models for large eddy simulation, including the quasi-laminar (QL),
Eddy dissipation concept (EDC), and partially stirred reactor (PaSR) models, are assessed …

Velocity dilatation and total, solenoidal, and dilatational dissipation rates of the total flow
kinetic energy are extracted from three different direct numerical simulation databases …

To explore the direction of inter-scale transfer of scalar variance between subgrid scale
(SGS) and resolved scalar fields, direct numerical simulation data obtained earlier from two …

Abstract Unsteady three-dimensional Direct Numerical Simulations of seven statistically one-
dimensional, planar, highly turbulent, complex-chemistry, lean H 2-air flames are performed …