CONTINUOUS DETONATION OF A HYDROGENOXYGEN GAS MIXTURE IN A PLANE-RADIAL COMBUSTOR WITH EXHAUSTION TOWARD THE PERIPHERY Full article
Source | Bykovskii F.A.
, Zhdan S.A.
, Vedernikov E.F.
, Tarnaikin A.E.
, Samsonov A.N.
Applications of Fast Combustion Modes and Detonations in Industry Compilation, TORUS PRESS. MOSCOW.2019. 414 c. ISBN 978-5-94588-244-7. |
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Output data | Year: 2019, Pages: 309-324 Pages count : 16 DOI: 10.30826/ICPCD201825 | ||
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Abstract:
Regimes of continuous spin detonation (CSD) and continuous multifront detonation (CMD) in a hydrogenoxygen mixture are obtained
in a plane-radial combustor (PRC) with an inner diameter of 100 mm
and exhaustion toward the periphery. The fuel-lean limits of detonation in terms of the speci¦c §ow rate of the mixture are determined.
For continuous spin detonation, transverse detonation waves (TDWs)
and the §ow in their vicinity in the combustor plane are reconstructed.
The detonation wave is found to be signi¦cantly curved because of the
increase in the tangential component of velocity along the combustor
radius. It is demonstrated that the scale e¨ect is manifested only in
the number of rotating waves. However, their velocity increases with
increasing combustor size. The velocity de¦cit of continuous detonation is 40%20% as compared to the velocity of the ideal Chapman
Jouguet detonation (the smaller value corresponds to the fuel-lean
mixture).
Cite:
Bykovskii F.A.
, Zhdan S.A.
, Vedernikov E.F.
, Tarnaikin A.E.
, Samsonov A.N.
CONTINUOUS DETONATION OF A HYDROGENOXYGEN GAS MIXTURE IN A PLANE-RADIAL COMBUSTOR WITH EXHAUSTION TOWARD THE PERIPHERY
In compilation Applications of Fast Combustion Modes and Detonations in Industry. – TORUS PRESS., 2019. – C.309-324. – ISBN 978-5-94588-244-7. DOI: 10.30826/ICPCD201825 РИНЦ OpenAlex
CONTINUOUS DETONATION OF A HYDROGENOXYGEN GAS MIXTURE IN A PLANE-RADIAL COMBUSTOR WITH EXHAUSTION TOWARD THE PERIPHERY
In compilation Applications of Fast Combustion Modes and Detonations in Industry. – TORUS PRESS., 2019. – C.309-324. – ISBN 978-5-94588-244-7. DOI: 10.30826/ICPCD201825 РИНЦ OpenAlex
Identifiers:
Elibrary: | 41373002 |
OpenAlex: | W4255289587 |
Citing:
DB | Citing |
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Elibrary | 4 |