Hydrogen as an essential part of future decarbonization of the energy industry makes it a
crucial necessity to replace conventional, natural gas based concepts in gas turbine …

Premixed combustion is a common technology applied in modern gas turbine combustors to
minimize nitrogen oxide emissions. However, early mixing of fuel and oxidizer opens up the …

The flashback propensity of a premixed jet flame has been studied experimentally.
Boundary layer flashback has been investigated under turbulent flow conditions at elevated …

Accurate measurements and predictions of boundary layer flashback limits are important in
the development of hydrogen-fired propulsion and combustion systems. Despite …

Lean premixed combustion is extensively used in gas turbine industry to reduce pollutant
emissions. However, combustion stability still remains as a primary challenge associated …

Because flashback is a key operability issue associated with low emission combustion of
high hydrogen content fuels, design tools to predict flashback propensity are of interest …

This study investigates the influence of the fuel injection strategy on safety against flashback
in a gas turbine model combustor with premixing of H2–air mixtures. The flashback …

The next generation of gas turbines must enable partial or pure hydrogen combustion to
decarbonize electricity production. In this respect, jet burners have received increased …

Lean hydrogen/air premixed flame flashback in a turbulent boundary layer over a flat plate is
investigated using three-dimensional direct numerical simulation with detailed chemical …

Flame flashback into the premixer is a serious issue in gas turbine combustion, especially
for high hydrogen content fuels. Of particular interest is the risk of upstream flame …