Separation of heat transfer components from impinging methane diffusion flames

CO emissions and temperature analysis from an experimental and numerical study of partially premixed methane flames impinging onto a cooking pot

“…equivalence ratio [24,25], and burner-to-plate spacing [26,27,28]. The eect of these parameters on ame stability was studied by Hsieh and Lin [29], while Hou and Ko [30] and Kuntikana and Prabhu [31] analyzed their combined eect with oblique angle on ame structure, temperature distribution and thermal eciency.…”

“…Moreover, Tajik et al [32] included heat ux distribution under the eect of varying inlet gas temperature. Some of these works are supplemented with CFD simulations to explain the distribution of the heat ux [21,22,23,27,32]. All the aforementioned studies show that those parameters have a signicant inuence on heat transfer rate and surely determine the nal eciency of the process.…”

Numerical Investigation on the Flame Structure and CO/NO Formations of the Laminar Premixed Biogas–Hydrogen Impinging Flame in the Wall Vicinity

“…Few of works have been conducted to Energies 2021, 14, 7308 2 of 16 explore the near-wall quenching mechanism, while the quenching Peclet number is determined under different conditions because the quenching distance is considered as a quite pivotal quantity to characterize the FWI phenomenon [6][7][8]. Besides, many researchers studied the FWI effects on the impingement heat transfer mechanism in order to obtain the highly efficient heating in the domestic and industrial applications when utilizing the flame impingement [9][10][11][12][13]. With the complicated coupling effects during FWI, pollutant formations can be also affected considerably by the near-wall environment which has the large temperature gradient, variable reaction progress, flow boundary layer, considerably increased heat loss, etc.…”