A systematic compilation and evaluation of turbulent spray flame combustion data acquired
from lab-scale spray-burners and CFD models validated with these are presented. Previous …

This paper reports a numerical study on the Delft Spray-in-Hot-Coflow (DSHC) flame with a
new OpenFOAM solver developed by the authors, in which the Flamelet Generated …

In the past 3 decades or so, the innovative combustion technologies associated with so-
called “moderate and intense low-oxygen dilution (MILD) combustion” have been …

This paper presents a numerical modeling study of one ethanol spray flame from the Delft
Spray-in-Hot-Coflow (DSHC) database, which has been used to study Moderate or Intense …

A major source of input uncertainties in the simulation of turbulent spray combustion is
introduced by the need to specify the state of the liquid spray after primary breakup, ie a …

This work studies the influence of coflow conditions on the structure of the Delft Spray in Hot-
diluted Coflow (DSHC) flames, using Large Eddy Simulation (LES) techniques. The …

We undertake the modeling of the combustion of highly swirling fuel sprays using the
Flamelet-Generated-Manifold (FGM) combustion-chemistry-reduction technique, especially …

In the past 25 years high temperature air combustion (HiTAC) technology has been proved
and utilized in industry as a promising way to increase thermal efficiency, create a relatively …

Spray combustion finds a wide range of application in gas turbines, internal combustion
engines, industrial furnaces, etc. In turbulent spray combustion, liquid fuel is injected into the …

Ethanol as a biofuel has favorable properties in terms of combustion characteristics such as
rapid vaporization, low autoignition temperature, high flame speed, and low emission …