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- W2327699432 abstract "The stage combustion aft-injected hybrid (SCAIH) motor offers several significant advantages over classical hybrid propulsion, while maintaining beneficial characteristics of both solid and liquid propulsion namely; low residual fuel (1-2%), relatively high performance, and simplicity for thrust vector control. The SCIAH system operates by utilizing an independent gas generator solid propellant, which burn extremely fuel-rich. This warm gas is mixed with a liquid oxidizer in a post combustion chamber analogous to liquid propulsion allowing higher mixing efficiencies to be achieved. Over a three year program an experimental sub-scale SCAIH motor was designed & fabricated at Cesaroni Technology Inc. This paper describes the details of the development through five full hotfire tests (durations up to 18 seconds) using liquid oxygen. The unique gas generator solid propellant employed with the motor was developed over a series of 66 batches and 127 ballistic tests achieving burn times over 60 seconds. The successful testing of this sub-scale motor clearly showed the feasibility of the SCAIH concept. It demonstrated reliable ignition, stable operation, and a significant increase in performance over typical solid propellants. An additional benefit yet to be realized is the simplicity to which thrust vector control can be achieved since the pivot location occurs at the gas generator chamber where the temperatures are relatively cool (1700F). This will be demonstrated within the next phase through integration of TVC hardware directly on the sub-scale SCAIH motor presently described." @default.
- W2327699432 created "2016-06-24" @default.
- W2327699432 creator A5043644454 @default.
- W2327699432 creator A5082946531 @default.
- W2327699432 date "2010-07-25" @default.
- W2327699432 modified "2023-09-25" @default.
- W2327699432 title "Development of Staged Combustion Aft-Injected Hybrid (SCAIH) Propulsion at Cesaroni Technology" @default.
- W2327699432 cites W2034449387 @default.
- W2327699432 doi "https://doi.org/10.2514/6.2010-6786" @default.
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