Bifurcation analysis of thermally coupled homogeneous–heterogeneous combustion

Effects of heterogeneous–homogeneous interaction on the homogeneous ignition in hydrogen-fueled catalytic microreactors

“…Therefore, the diverging ignition behavior depends on the heterogeneousehomogeneous interaction and the dependency of homogeneous and heterogeneous reactivity on the pressure. In addition, the diverging homogeneous ignition behavior in HH microreactors is considerably different from the bifurcation behavior that are relatively commonly found in the coupled homogeneouseheterogeneous reaction [40].…”

Kinetic effects of hydrogen addition on the catalytic self-ignition of methane over platinum in micro-channels

“…Ignition of binary mixtures is not a new concept [27,[54][55][56]. For example, Deutschmann et al [27] numerically and experimentally studied the use of hydrogen combustion to ignite methane-air mixtures in catalytic micro-channels.…”

Bifurcation analysis for a singular differential system with two parameters via to topological degree theory

“…In fact, a bifurcation study helps provide insights about the physics by classifying the parameter space into different regions and aids further numerical explorations. For example, by using a two-mode lumped model, Alam et al [1] presented theory and comprehensive bifurcation analysis of thermally coupled homogeneous-heterogeneous combustion of propane and methane in short monolith. Mann et al [19] stated the bifurcations and limit cycle behavior in milling process can be predicted from a nonlinear time finite element analysis.…”