Eindhoven University of Technology (TUE)
hydrogen, high-pressure, argon power-cycle, RANS, CFD, non-premixed combustion
Hydrogen, high-pressure, argon power-cycle, RANS, CFD, non-premixed combustion
ICE, hydrogen, direct-injection, high-pressure, compression-ignition, CFD
Iron combustion, Metal-enabled cycle of renewable energy, Single-particle combustion model, Laser ignition, Two-color pyrometry
Engine Combustion Network, Spray A, Large-eddy simulation, Dual-fuel ignition, FGM, Ambient methane concentration
Metal fuels, Laminar flame propagation, Numerical simulations, Multiphase flows
Flame quenching, Quenching Distance, Hydrogen combustion, Laminar flames, Computational fluid dynamics
Thermoacoustic instability, figure of merit, probability of instability, stability factor, Rollet factor κ, Edward-Sinsky µ criterion
Iron, Dispersed-phase flame, Counter-flow, Particle flow strain, burning velocity
Downstream acoustics Dual SISO flame measurements Flame TF technique Input reflection coefficient Impedance tube
Laminar flame, Counterflow, Preferential diffusion, Extinction, Ammonia-hydrogen combustion
