Design of a Multi-Axial Test Specimen for Fretting Fatigue in Splined Couplings

This paper describes the conceptual, embodiment and detailed design of a representative test specimen to mimic fretting variables in aero-engine splined couplings. A fretting bridge design was chosen for the multi-axial representative specimen from a set of four concepts evaluated. The test specimen...

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Published inApplied Mechanics and Materials Vol. 3-4; pp. 267 - 272
Main Authors McColl, Ian R., Leen, Sean B., Wavish, P.M.
Format Journal Article
LanguageEnglish
Published Zurich Trans Tech Publications Ltd 01.08.2006
Subjects
Frictional Contact
Fretting Bridge
Aeroengine Spline Couplings
Fretting Fatigue
Finite Element Model (FEM)
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Abstract This paper describes the conceptual, embodiment and detailed design of a representative test specimen to mimic fretting variables in aero-engine splined couplings. A fretting bridge design was chosen for the multi-axial representative specimen from a set of four concepts evaluated. The test specimen was intended to facilitate more rapid testing for design against fretting fatigue and wear in the complex contact geometry of the spline coupling.
AbstractList This paper describes the conceptual, embodiment and detailed design of a representative test specimen to mimic fretting variables in aero-engine splined couplings. A fretting bridge design was chosen for the multi-axial representative specimen from a set of four concepts evaluated. The test specimen was intended to facilitate more rapid testing for design against fretting fatigue and wear in the complex contact geometry of the spline coupling.
Author Leen, Sean B.
McColl, Ian R.
Wavish, P.M.
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  organization: University of Nottingham : University Technology Centre in Gas Turbine Transmission Systems,School of Mechanical, Materials and Manufacturing Engineering
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10.1243/0309324001514279
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Keywords Frictional Contact
Fretting Bridge
Aeroengine Spline Couplings
Fretting Fatigue
Finite Element Model (FEM)
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Title Design of a Multi-Axial Test Specimen for Fretting Fatigue in Splined Couplings
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