Operational Characteristics of a Rotating Detonation Engine Using Hydrogen and Air Rachel M Russo

ISBN: 9781249593829

Published: October 9th 2012

Paperback

108 pages


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Operational Characteristics of a Rotating Detonation Engine Using Hydrogen and Air  by  Rachel M Russo

Operational Characteristics of a Rotating Detonation Engine Using Hydrogen and Air by Rachel M Russo
October 9th 2012 | Paperback | PDF, EPUB, FB2, DjVu, audiobook, mp3, RTF | 108 pages | ISBN: 9781249593829 | 4.43 Mb

Rotating detonation engines (RDE) are pressure gain combustion engines that have the potential for greater efficiency than traditional, constant pressure, deflagration engines. RDEs are smaller and mechanically simpler than pulsed detonation engines.MoreRotating detonation engines (RDE) are pressure gain combustion engines that have the potential for greater efficiency than traditional, constant pressure, deflagration engines. RDEs are smaller and mechanically simpler than pulsed detonation engines. A small diameter (3 in) engine was successfully run on hydrogen and air. Most of the tests were conducted using air with a slightly lower diluents percentage (77% nitrogen as opposed to 79% nitrogen).

These tests provided the foundation for determining the operational space (mass flow rate and equivalence ratio) of the rotating detonation engine. From the tests conducted with the lower diluents air, the appropriate run conditions for regular air were determined. For standard air (79% nitrogen) it was found that a larger equivalence ratio (about 1.5) was required to obtain continuous detonations.



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