It is common for jets of fluid to interact with crossflow. This article reviews our understanding
of the physical behavior of this important class of flow in the incompressible and …

The jet in crossflow or transverse jet has been studied extensively because of its relevance
to a wide variety of flows in technological systems, including fuel or dilution air injection in …

Measurements of soot distributions in fuel jets injected into high-temperature, high-pressure
diesel-like operating conditions were made in an optically accessible constant-volume …

Recent measurements in transient diesel jets have shown that fuel in the wake of the
injection pulse mixes with ambient gases more rapidly than in a steady jet. This rapid mixing …

An experimental and numerical investigation is presented of a lifted turbulent H2/N2 jet
flame in acollow of hot, vitiated gases. The vitiated coflow burner emulates the coupling of …

An extension of the flamelet/progress variable (FPV) model for the prediction of extinction
and reignition is applied in large-eddy simulation (LES) of flames D and E of the Sandia …

In flame spray pyrolysis (FSP), the evolution of metal oxide nanoparticles relies on quite a
number of droplet (liquid) and vapor phase related physical mechanism as for instance …

Colorless distributed combustion (CDC) investigated here is focused on gas turbine
combustion applications due to its significant benefits for, much reduced NOx emissions and …

The aim of the research on the Delft jet-in-hot coflow (DJHC) burner is to gain understanding
in the interplay of turbulence and chemistry in conditions as encountered in devices …

The three principal theories for the stabilization of lifted flames on turbulent jets of fuel are
reviewed in the light of the most recent flame imaging experiments in the literature. Most of …