Abstract: A recent mathematical technique of homotopy perturbation method (HPM) for solving nonlinear differential equations has been applied in this paper for the analysis of steady-state heat transfer in an annular fin with ...

Abstract: Lean blowoff in distributed combustion was investigated at moderate heat release intensities of 5.72, 7.63, and 9.53 MW/m3-atm to characterize the blowoff phenomenon. Distributed combustion conditions were established from ...

Abstract: Swirl-assisted distributed combustion was examined using a deep-learning framework. High intensity distributed combustion was fostered from a 5.72 MW/m3 atm thermal intensity swirl combustor (with methane fuel at equivalence ...

Abstract: One of the major challenges in the development of micro-combustors is heat losses that result in flame quenching, and reduced combustion efficiency and performance. In this work, a novel thermal barrier coating (TBC) using ...