The attainment of very low pollutant emissions, in particular oxides of nitrogen (NOx), from
gas turbines is not only of considerable environmental concern but has also become an …

The paper presents an assessment of the performances of RANS turbulence models for
simulating turbulent swirling can-combustor flows with different inlet swirl intensities (ie S …

The present study assesses RANS-based turbulence models to simulate isothermal flow in a
combustor representing a constituent can combustor of can-annular configuration used in jet …

Gas turbine performance is strongly dependent on the flow field inside the combustor. In the
primary zone, the recirculation of hot products stabilises the flame and completes the fuel …

This paper presents recent research on the use of a Reynolds stress turbulence model
(RSTM) for three-dimensional flowfield simulation inside gas turbine combustors. It intends …

Instead of simplified steady-state models, with modern computers, one can solve the
complete aero-thermodynamics happening in gas turbine engines. In the present article, we …

The present study assesses RANS-based turbulence models to simulate the isothermal
confined swirling flow in a combustor representing a constituent can combustor of the can …

In the present study, an emission model using a detailed chemical kinetic scheme is used to
provide the trends of formation and/or consumption of nitrogen oxides (NOx), carbon …

Experimental investigations are carried out to establish the thermal and emission
characteristics of a CAN combustor. Temperature and emission levels at the combustor exit …

A numerical study based on finite difference solution technique is made to characterize
turbulent isothermal (non-reacting) swirl flow in a combustor for varying side wall expansion …