In the past decades, the quantity of researches regarding industrial gas turbines (GT) has
increased exponentially in terms of number of publications and diversity of applications. The …

This paper discusses the combustion dynamic characteristics of hydrogen/methane flames
and the flame response to fuel flow fluctuation in a model lean-direct injection gas turbine …

A variety of combustion models for large eddy simulation of premixed turbulent flames have
been developed and validated over the years. Validation studies concentrate on relevant …

This research study investigates the effects of hydrogen enrichment on bluff-body stabilized
turbulent premixed methane flames in the lean combustion regime. To this end, a premixed …

This paper gives an overview of the research performed by the project TANGO–an Initial
Training Network (ITN) with an international consortium of seven academic and five …

Currently, gas turbine manufacturers frequently face the problem of strong acoustic
combustion driven oscillations inside combustion chambers. These combustion instabilities …

This paper presents the acoustic and structure characteristics of chambers with elastic/rigid
baffles and elastic walls using a novel formulation. The acoustic fluid is assumed to be …

Recently, because of environmental regulations, gas turbine manufacturers are restricted to
produce machines that work in the lean combustion regime. Gas turbines operating in this …

A numerical study on the application of OpenFOAM-based adaptive mesh refinement (AMR)
to combustion problems was carried out by comparing the regular and AMR solutions. In the …

This paper presents the acoustic and structure characteristics of chambers with elastic/rigid
baffles and elastic walls using a novel formulation. The acoustic fluid is assumed to be …