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• W2065234747 endingPage "438" @default.
• W2065234747 startingPage "406" @default.
• W2065234747 abstract "Indentation and abrasion of machine-element contacts by solid contamination particles is a major problem in many industries and manufacturing processes involving the automotive, aerospace, medical and electronics industries among others. Published theoretical studies on indentation and soft abrasion of surfaces by ductile debris particles other than those of the author are based on several major simplifications concerning material properties, hardness, plasticity modelling, interfacial friction, kinematic conditions, etc. None of the studies published in the literature to date (2011) have those simplifications concurrently relaxed. In view of the shortcomings of existing numerical models on debris particle indentation and abrasion, and given the importance of dent geometry and size on fatigue life of machine elements, a greatly improved numerical model has been developed based on the previous studies of the author. The new model deals with elastoplastic indentation and abrasion of rolling–sliding, dry and lubricated contacts by spherical particles of any hardness, from very soft (e.g. 40 HV) to very hard (e.g. over 1000 HV), including harder than the contact counterfaces. The model incorporates strain-hardening and strain-gradient or indentation-size micro-hardness effects with an expanding-cavity plasticity model, a localised treatment of friction, generalised boundary and kinematic conditions involving localised stick and slip of the particle, linear and nonlinear work-hardening models of the particle, a basic approach on pile-up/sink-in plasticity effects and several other improvements. The model has passed extensive validation tests and found to give realistic predictions that are quantitatively quite close to the experimental results published by independent researchers in the literature concerning dent dimensions and slope. Moreover, it has verified and explained theoretically for the first time the formation of dimples inside and outside dents experimentally observed in rolling and rolling–sliding contacts. This article presents the mathematics of the model, the validation procedure with several real cases from the experimental literature, and a parametric study to show the model’s predictions on precise dent geometry in several realistic cases." @default.
• W2065234747 created "2016-06-24" @default.
• W2065234747 creator A5052574100 @default.
• W2065234747 date "2012-02-08" @default.
• W2065234747 modified "2023-09-23" @default.
• W2065234747 title "An experimentally validated numerical model of indentation and abrasion by debris particles in machine-element contacts considering micro-hardness effects" @default.
• W2065234747 cites W1070929335 @default.
• W2065234747 cites W1518699149 @default.
• W2065234747 cites W1546651064 @default.
• W2065234747 cites W164058520 @default.
• W2065234747 cites W179372779 @default.
• W2065234747 cites W1908681539 @default.
• W2065234747 cites W1965180895 @default.
• W2065234747 cites W1966293744 @default.
• W2065234747 cites W1969220678 @default.
• W2065234747 cites W1974397777 @default.
• W2065234747 cites W1974986272 @default.
• W2065234747 cites W1976298963 @default.
• W2065234747 cites W1979630273 @default.
• W2065234747 cites W1980595982 @default.
• W2065234747 cites W1984524490 @default.
• W2065234747 cites W1986915134 @default.
• W2065234747 cites W1987943956 @default.
• W2065234747 cites W1988968795 @default.
• W2065234747 cites W1996395484 @default.
• W2065234747 cites W1996919641 @default.
• W2065234747 cites W1997080173 @default.
• W2065234747 cites W2002891263 @default.
• W2065234747 cites W2003257240 @default.
• W2065234747 cites W2005188264 @default.
• W2065234747 cites W2006155335 @default.
• W2065234747 cites W2006793343 @default.
• W2065234747 cites W2007594406 @default.
• W2065234747 cites W2009672309 @default.
• W2065234747 cites W2010606038 @default.
• W2065234747 cites W2011708505 @default.
• W2065234747 cites W2012254585 @default.
• W2065234747 cites W2013341759 @default.
• W2065234747 cites W2014248125 @default.
• W2065234747 cites W2016094612 @default.
• W2065234747 cites W2020640524 @default.
• W2065234747 cites W2021095338 @default.
• W2065234747 cites W2022230678 @default.
• W2065234747 cites W2022295958 @default.
• W2065234747 cites W2022875971 @default.
• W2065234747 cites W2023075595 @default.
• W2065234747 cites W2025679726 @default.
• W2065234747 cites W2028411635 @default.
• W2065234747 cites W2028970030 @default.
• W2065234747 cites W2030223092 @default.
• W2065234747 cites W2030770241 @default.
• W2065234747 cites W2031208231 @default.
• W2065234747 cites W2033631529 @default.
• W2065234747 cites W2035289177 @default.
• W2065234747 cites W2036250727 @default.
• W2065234747 cites W2038007697 @default.
• W2065234747 cites W2038260871 @default.
• W2065234747 cites W2040004179 @default.
• W2065234747 cites W2040152790 @default.
• W2065234747 cites W2040837578 @default.
• W2065234747 cites W2042743303 @default.
• W2065234747 cites W2042874863 @default.
• W2065234747 cites W2044035664 @default.
• W2065234747 cites W2044158811 @default.
• W2065234747 cites W2046998897 @default.
• W2065234747 cites W2050032478 @default.
• W2065234747 cites W2052717710 @default.
• W2065234747 cites W2053307515 @default.
• W2065234747 cites W2053755889 @default.
• W2065234747 cites W2060719801 @default.
• W2065234747 cites W2060881261 @default.
• W2065234747 cites W2062979542 @default.
• W2065234747 cites W2064078625 @default.
• W2065234747 cites W2064615949 @default.
• W2065234747 cites W2065882587 @default.
• W2065234747 cites W2067627015 @default.
• W2065234747 cites W2067882664 @default.
• W2065234747 cites W2068673918 @default.
• W2065234747 cites W2070927881 @default.
• W2065234747 cites W2071890016 @default.
• W2065234747 cites W2072031938 @default.
• W2065234747 cites W2072976474 @default.
• W2065234747 cites W2076080692 @default.
• W2065234747 cites W2077050338 @default.
• W2065234747 cites W2078334229 @default.
• W2065234747 cites W2079607821 @default.
• W2065234747 cites W2084030824 @default.
• W2065234747 cites W2085241327 @default.
• W2065234747 cites W2085554530 @default.
• W2065234747 cites W2090394787 @default.
• W2065234747 cites W2091474367 @default.
• W2065234747 cites W2094520093 @default.
• W2065234747 cites W2097526124 @default.
• W2065234747 cites W2101866918 @default.
• W2065234747 cites W2107909173 @default.
• W2065234747 cites W2112792689 @default.
• W2065234747 cites W2116870777 @default.
• W2065234747 cites W2117621441 @default.

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