Head-on quenching of thermodiffusively unstable lean hydrogen/air flames produces higher wall heat fluxes and smaller quenching distances than one-dimensional models predict, and these effects can be reproduced by an ensemble of one-dimensional flames at different local equivalence ratios.
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Flame-wall interaction of thermodiffusively unstable hydrogen/air flames -- Part I: Characterization of governing physical phenomena
Head-on quenching of thermodiffusively unstable lean hydrogen/air flames produces higher wall heat fluxes and smaller quenching distances than one-dimensional models predict, and these effects can be reproduced by an ensemble of one-dimensional flames at different local equivalence ratios.