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SAE AIR5020A

Time-Dependent In-Flight Thrust Determination

Standard by SAE International, 2012-05-29

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  • Language: English
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About This Item

The purpose and intent of Subcommittee E-33E’s effort, the reporting objectives, and the limitations inherent in the reported findings and recommendations are reviewed since these factors are the basis of the information contained in this document. SAE E-33E Subcommittee was formed to assess the level of industry experience that exists in the area of thrust determination during aircraft time-variant operating conditions. A prime objective was to provide a center for gathering expertise and to be a forum for the exchange of ideas and viewpoints. The committee recognized that a practice for the rigorous treatment of time-dependent thrust did not exist and that several critical aspects of its accounting would need to be investigated. The specific objectives of this document are: a To examine aircraft and engine operating conditions under which the quasi-steady thrust assumption is valid. b To determine the extent to which time-dependent (nonstationary) force accounting for engine net thrust and propulsion system throttle-dependent terms is required, consistent with existing and developing thrust-minus-drag techniques. c To report time-dependent thrust methodologies and measurement techniques used for flight and ground testing. d To present the results of a data review of state-of-the-art methodology appropriate to the determination of aircraft-installed thrust during quasi-steady and dynamic maneuvers. e To provide guidelines for validating and improving time-dependent thrust determination as appropriate to a specific program. The overall objectives and approach described in this document were intended to provide guidance and benchmarking. Readers may refer to this approach and practice guidance for application, comparison, or extension to their specific related tasks, using the appropriate technical data, requirements and the most current applicable references. The general approach and guidance are considered stable in regards to the above stated intent.
SKU: 4a5690f3db40

  • Publication Date: 2012-05-29
  • Standard Status: latest
  • Publisher: SAE International
  • Document Type: Aerospace Standard
  • Subject: Computational fluid dynamics, Vehicle performance, Landing gear, Flight control systems, Engine mounts, Hypersonic and supersonic aircraft, Military aircraft, Wind tunnel tests,
  • Official SAE: Doi link

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