In this manuscript, we describe recent advances made within our research group to obtain
long-record-length, high-speed (10–40 kHz), two-dimensional planar Rayleigh scattering …

A Direct Numerical Simulation (DNS) of soot formation in an n-heptane/air turbulent
nonpremixed flame has been performed to investigate unsteady strain effects on soot growth …

Direct numerical simulation (DNS) of the near field of a three-dimensional spatially
developing turbulent lifted hydrogen jet flame in heated coflow is performed with a detailed …

Direct numerical simulations of three-dimensional turbulent temporally evolving plane
CO/H2 jet flames are performed with detailed chemistry at Reynolds numbers of up to 9000 …

Laser diagnostics for fundamental investigation of turbulent combustion are discussed in the
context of collaborative research that has been conducted over the past decade to contribute …

The advent of petascale computing applied to direct numerical simulation (DNS) of turbulent
combustion has transformed our ability to interrogate fine-grained 'turbulence …

Simultaneous planar laser-induced fluorescence (PLIF) and particle image velocimetry (PIV)
yield measurements of two-dimensional jet fluid concentration and velocity fields in turbulent …

An experimental investigation of mixing mechanisms in a shock-induced instability flow is
described. We obtain quantitative two-dimensional maps of the heavy-gas (SF6) …

Planar laser-induced fluorescence (PLIF) is used to quantify spatiotemporal structure of
gaseous scalar plumes (Sc ≈ 1.5≈ 1.5) in a benchtop-scale low-speed wind tunnel. The …

Abstract One-Dimensional Turbulence (ODT) is a stochastic model for turbulent flow
simulation. In an atmospheric context, it is analogous to single-column modeling (SCM) in …