Today's climate and energy challenges are driving the use of decarbonised and renewable
alternative fuels in power generation and transportation. Hydrogen as a fuel is a good …

This work presents a numerical study of a technically premixed swirling combustor with
central air injection at conditions close to flashback using large-eddy simulation with flamelet …

The impact of fuel momentum on the combustor flow field is studied experimentally in a swirl-
stabilized, technically premixed hydrogen flame. The volumetric heating value of hydrogen …

To prevent flame flashback in swirl-stabilized, lean premixed combustion, a nonswirling air
jet is introduced on the central axis of the radial swirl generator. This axial injection of air …

In the context of lean premixed combustion, the prevention of upstream flame propagation in
the premixing zone, referred to as flashback (FB), is a crucial challenge related to the …

Energy generation from renewable sources in the power sector keeps constantly increasing.
This raises the demand for fast and flexible large-scale storage technologies. Steam …

The generation and turbulent transport of temporal equivalence ratio fluctuations in a swirl
combustor are experimentally investigated and compared to a one-dimensional transport …

Towards achieving sustainable and decarbonized power, biomass to electricity is an
attractive pathway. To that end, the humidified gas turbine cycle is a promising technology …

The micro-mixing combustor exhibits the advantages of rapid and uniform mixing of fuel and
air, high safety, and low emissions, showing broad prospects in the utilization of hydrogen …

The current study presents a numerical investigation of the flow field of a swirl-stabilized
burner featuring a non-swirling axial air jet on the central axis of the mixing tube. The system …