MECHANISM OF DETONATION FORMATION IN THE PROCESS OF VIBRATION COMBUSTION

Based on thermodynamic analysis of combustion processes, we build a new model of laminar combustion process of vibration combustion. If the passive component velocity for the two-component mixture is controlled at the inlet (the interior energy is pumped at the inlet of the combustion chamber), high...

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Published inEurasian Journal of Mathematical and Computer Applications Vol. 10; no. 2; pp. 71 - 95
Main Authors Radkevich, E.V., Vasil’eva, O. A., Yakovlev, N. N.
Format Journal Article
LanguageEnglish
Published 01.01.2022
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Summary:Based on thermodynamic analysis of combustion processes, we build a new model of laminar combustion process of vibration combustion. If the passive component velocity for the two-component mixture is controlled at the inlet (the interior energy is pumped at the inlet of the combustion chamber), high-frequency resonance oscillations of vibration combustion are shown to develop depending on the structure of the standard chemical potential. The resonance is driven by hydrodynamic instability. Numerical experiment models the regimes of resonance with pumped internal energy, the nature of their nucleation depending on the structure of the standard chemical potential is revealed. For low temperatures, the appearance of detonation combustion with substantial pressure increase is established near resonance.
ISSN:2306-6172
2308-9822
DOI:10.32523/2306-6172-2022-10-2-71-95