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 …

The influence of the grid resolution on the large eddy simulation (LES) of a lock-exchange
turbidity current is investigated. The simulations are performed using a finite volume …

In order to safely organize hydrogen flame with low NO x emission in traditional gas turbines
and industrial burners, an attractive combustion technology is the steam diluted micromix …

The detailed modeling of the turbulence-chemistry interactions occurring in industrial flames
has always been the leading challenge in combustion Computational Fluid Dynamics …

To facilitate the transition from natural gas to a future hydrogen economy, the combustion of
natural gas/hydrogen blends in gas turbines will play an important role in power generation …

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 …

Large-eddy simulations (LES) are presented for a lean preheated high pressure jet flame
experiment for which detailed in situ data is available, using a finite rate chemistry (FRC) …

This paper reports on an optimization study of the CO turndown behavior of an axially
staged combustor, in the context of industrial gas turbines (GTs). The aim of this work is to …

Concepts for burner operation have manifolded under the influence of increasing
performance demands for combustion processes. This is to support the global effort to …

This paper reports on an optimisation study of the CO turndown behaviour of an axially
staged combustor, in the context of industrial gas turbines (GT). The aim of this work is to …