Simulation of detonation mode during heat pumping

As part of the ongoing work on modeling and numerical algorithmization of combustion processes, the formation of secondary structures and mechanisms of transient processes, associated with them, it is shown that the resonance can be avoided due to the disruption of the local equilibrium from the manifold by turbulization of the laminar process during heat pumping. In the case of one active component, the global heterogeneity of the system can be characterized as a non-uniform distribution of enthalpy along the flow (mixture). The results of a numerical experiment show that turbulization of the combustion process during heat pumping, as well as for vibration combustion, leads to the occurrence of an extensive time zone of detonation combustion in the vicinity of the resonance of a thermal explosion.