Experiments show that a coarsest-pore additively manufactured lattice wall in a hydrogen jet flame nozzle improves flashback resistance mainly via cooling from unburnt mixture flowing through the porous structure.
Numerical study of the influence of wall rough ness on laminar boundary layer flash- back
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Effect of Additively Manufactured Wall Lattice Structures on Flashback Limits in a Hydrogen Jet Flame Combustor
Experiments show that a coarsest-pore additively manufactured lattice wall in a hydrogen jet flame nozzle improves flashback resistance mainly via cooling from unburnt mixture flowing through the porous structure.