A strategy to extract turbulence structures from direct numerical simulation (DNS) data is
described along with a systematic analysis of geometry and spatial distribution of the …

Flames interacting with turbulence are continuously generated and annihilated by stretching
and folding processes over a range of length-scales and time-scales. In this paper, we …

​​​​​​​ Turbulence is a major problem facing modern societies. It makes airline
passengers return to their seats and fasten their seatbelts but it also creates drag on the …

We extend the vortex-surface field (VSF), whose isosurface is a vortex surface consisting of
vortex lines, to identify vortex tubes and sheets in homogeneous isotropic turbulence. The …

We report the direct numerical simulation of droplet breakup in forced homogeneous
isotropic turbulence with a mass-conserving level set method. In particular, the effect of the …

We report detailed numerical simulations of swirling liquid atomization. A recently developed
mass conservative level set method is employed to capture the gas–liquid interface and a …

The transport of principal strain-rates (si) was experimentally investigated using high-
repetition-rate (10 kHz) tomographic particle image velocimetry (T-PIV) and OH planar laser …

This paper explores the effects of pressure-gradient tailoring on the turbulent flame and
vorticity generation mechanisms of premixed flames. A turbulent premixed flame stabilized …

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 …