There have been growing research interests in high-order discontinuous schemes over
recent years. With established theoretical basis and framework, more efforts have recently …

This study numerically investigated ammonia/methane combustion characteristics (eg flame
structure, temperature and species field) and velocity field in an industrial DLN gas turbine …

Enhancing the H 2 blending ratio in industrial gas turbines is essential to reduce fossil
energy consumption and achieve carbon neutrality. However, several uncertainties still exist …

In this paper, a new scheme for DME/methane (CH 4) blended fuel combustion in an
industrial gas turbine is proposed and numerical calculations are conducted to reveal the …

For lean premixed low-emissions gas turbine combustors, the amount of air used for
combustion chamber cooling is relatively low to maintain a “lean” state of the flame …

In order to obtain a reduced methane combustion mechanism for predicting combustion field
and pollutants accurately in CFD simulations with a lower computational cost, a reduced …

Abstract Accurate prediction of Flow Induced Vibration phenomena is currently a field of
major interest due to the use of lightweight materials in the automotive and aerospace …

This work numerically investigates longitudinal and azimuthal thermo-acoustic instabilities in
the swirl-stabilised can-type industrial SGT-100 gas turbine combustor operated at elevated …

An adaptive mesh refinement (AMR) method is demonstrated for Large Eddy Simulations
(LES) of an industrial gas turbine combustor, the SGT-100 provided by Siemens Energy …

A deep understanding of NOx formation characteristics and correlations can significantly
enhance the operational adjustment efficiency of gas turbine combustors. To reduce …