On the Ekberg, Kabo and Andersson calculation of the Dang Van high cycle fatigue limit for rolling contact fatigue
On the Ekberg, Kabo and Andersson calculation of the Dang Van high cycle fatigue limit for rolling contact fatigue
Recently, various methods have been proposed to assess the risk of rolling contact fatigue failure by Ekberg, Kabo and Andersson, and in particular, the Dang Van multiaxial fatigue criterion has been suggested in a simple approximate formulation. In this note, it is found that the approximation implied can be very significant; the calculation is improved and corrected, and focused on the study of plane problems but for a complete range of possible friction coefficients. It is found that predicted fatigue limit could be much higher than that under standard uniaxial tension/compression for 'hard materials' than for 'ductile materials.' This is in qualitative agreement, for example, with gears' design standards, but in quantitative terms, particularly for frictionless condition, the predicted limit seems possibly too high, indicating the need for careful comparison with experimental results. Some comments are devoted to the interplay of shakedown and fatigue.
HCF Fatigue, Rolling Contact Fatigue, Safe-Life Design
523-528
Ciavarella, M.
d5aa6350-b3d4-4a78-a670-9d78242f58c5
Maitournam, H.
98348b84-6397-4ad0-981d-1b09cd0a50a4
2004
Ciavarella, M.
d5aa6350-b3d4-4a78-a670-9d78242f58c5
Maitournam, H.
98348b84-6397-4ad0-981d-1b09cd0a50a4
Ciavarella, M. and Maitournam, H.
(2004)
On the Ekberg, Kabo and Andersson calculation of the Dang Van high cycle fatigue limit for rolling contact fatigue.
Fatigue & Fracture of Engineering Materials & Structures, 27 (6), .
(doi:10.1111/j.1460-2695.2004.00772.x).
Abstract
Recently, various methods have been proposed to assess the risk of rolling contact fatigue failure by Ekberg, Kabo and Andersson, and in particular, the Dang Van multiaxial fatigue criterion has been suggested in a simple approximate formulation. In this note, it is found that the approximation implied can be very significant; the calculation is improved and corrected, and focused on the study of plane problems but for a complete range of possible friction coefficients. It is found that predicted fatigue limit could be much higher than that under standard uniaxial tension/compression for 'hard materials' than for 'ductile materials.' This is in qualitative agreement, for example, with gears' design standards, but in quantitative terms, particularly for frictionless condition, the predicted limit seems possibly too high, indicating the need for careful comparison with experimental results. Some comments are devoted to the interplay of shakedown and fatigue.
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Ciav_04d.pdf
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Published date: 2004
Keywords:
HCF Fatigue, Rolling Contact Fatigue, Safe-Life Design
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Local EPrints ID: 23266
URI: http://eprints.soton.ac.uk/id/eprint/23266
ISSN: 8756-758X
PURE UUID: b892060c-674d-4b5b-847e-ac2bfa7d0dc5
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Date deposited: 21 Mar 2006
Last modified: 15 Mar 2024 06:46
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Author:
M. Ciavarella
Author:
H. Maitournam
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