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 …

We propose a feasible method for constructing knotted vortex tubes with the finite thickness
and arbitrary complexity and develop an accurate algorithm to implement this method in …

Flame particles (FP) are massless, virtual particles which follow material points on the flame
surface. This work presents a tracking algorithm for FPs which utilizes barycentric …

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 …

Topological transition and helicity conversion of vortex torus knots and links are studied
using direct numerical simulations of the incompressible Navier–Stokes equations. We find …

Modelling of the turbulent burning velocity based on Lagrangian statistics of propagating
surfaces Page 1 J. Fluid Mech. (2020), vol. 887, A11. c The Author(s), 2020. Published by …

Understanding how intrinsically fast hydrogen-air premixed flames can be rendered much
faster in turbulence is essential for the systematic development of hydrogen-based gas …

A fundamental effect of fluid turbulence is turbulent mixing, which results in the stretching
and wrinkling of scalar isosurfaces. Thus, the area of isosurfaces is of interest in …

Flamelet-based combustion models have been extensively used in the modeling of turbulent
non-premixed combustion due to their notable advantages in reducing computational cost …

We propose a model of the local displacement speed for the large-eddy simulation (LES) of
turbulent premixed combustion with the flame surface density (FSD) method. This model …