Method for determining component matching and operating characteristics for turbojet engines
David G. Evans
Abstract
Open-access reader
David G. Evans
Abstract
Open-access reader
Maps a r e developed f o r matching the compressor and turbine components of a singlespool engine.Component pressure ratios and engine temperature ratios a r e determined which satisfy the matching requirements of flow, power, and rotative speed.The method of development is primarily graphic in form.Operating lines a r e constructed which illustrate two modes of engine operation for two types of missions.Transient operation is also considered.Included is the effect of varying the nozzle throat a r e a on matching the components. Key Words ( S u g g e s t e d b y A u t h o r ( s ) )Turbojet engines Component matching Component operating characteristics
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Maps a r e developed f o r matching the compressor and turbine components of a singlespool engine.Component pressure ratios and engine temperature ratios a r e determined which satisfy the matching requirements of flow, power, and rotative speed.The method of development is primarily graphic in form.Operating lines a r e constructed which illustrate two modes of engine operation for two types of missions.Transient operation is also considered.Included is the effect of varying the nozzle throat a r e a on matching the components. Key Words ( S u g g e s t e d b y A u t h o r ( s ) )Turbojet engines Component matching Component operating characteristics
Key concepts: Component (thermodynamics), Turbojet, Matching (statistics), Computer science, Engineering, Aerospace engineering, Mathematics, Physics