Eulerian-Lagrangian RANS model simulations of the NIST turbulent methanol spray flame

Numerical investigation of ethanol spray-in-hot-coflow flame using steady flamelet model

Numerical study of a methanol spray flame

Numerical simulation of a turbulent methanol spray flame using the Euler-Lagrange method and the steady laminar flamelet model

Experiments on a rotating-pip swirl burner

Structures in non-premixed swirling flames under different regimes

Application of extended flamelet model to CFD simulation of natural gas combustion in high-temperature furnaces.

Task 1.1. Improvement of the turbulence and chemistry models for low NOx operation.

Ignition and Extinction Phenomena in Turbulent Flames.

Task D4 "Combustion and NOx models improvements through incorporation of scalar fluctuations and radical species and their application to glass furnace" and Task D5 "Prompt NOx formation submodel for a glass furnace".

Validation of Glass Furnace Predictive Code against Experimental Data oBTAined from CINAR, Ws and GWI.

Improvement of the Turbulence and Chemistry Models for Low Nox Operation.

Measurement and Application of an Infrared Image Restoration Filter to Improve the Accuracy of Surface Temperature Measurements of Cubes