The formation and emission of soot by combustion processes pose problems which have
long concerned scientist and engineer alike. Soot emission from a practical combustion …

A critical review is presented of modern theoretical developments on problems of droplet
vaporization in a high-temperature environment and of spray combustion. Emphasis is …

Quasi steady “external group combustion” of droplet cloud with non-uniform droplet size
distributions has been developed to assess the group burning behavior of fuel sprays in …

Numerical results are presented for an n-hexane droplet initially at 300 K evaporating into
nitrogen, for ambient pressures, P x, 1–100 atm and ambient temperatures, T x, 500–1500 K …

THIS investigation considers the development and evaluation of a simplified model of spray
combustion, based on the locally homogeneous flow (LHF) approximation for two-phase …

SEVERAL recent reviews describe existing spray evaporation and combustion models. J-5
The more comprehensive models allow for finite-rate interphase transport, employ second …

The main objective of this work is to create a robust model for two-phase liquid spray
combustion flow using vegetable oils, to investigate the flow structure generated by a swirler …

The plasma-chemical technique for intensification of combustion is based on the interaction
of a jet of low-temperature air plasma and the fuel. In order to determine the principal …

Mass flux, mass fraction and concentration of kerosene droplets have been measured by a
phase-Doppler instrument in a swirl-stabilized burner during inert and reacting flow. In the …

Measurements of the structure of a swirl-stabilized, reacting spray are presented. The
configuration consisted of a research air-assist atomizer located in the center surrounded by …