2010
DOI: 10.1007/s11595-010-1078-8
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Modeling notch wear of ceramic tool in high speed machining of Nickel-based superalloy

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Cited by 25 publications
(12 citation statements)
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“…Furthermore limited amount of adherent material imply attrition wear mechanism. While the cause behind notch formation was found different, the acting mechanisms of adhesion and attrition comply with finding by Xiao et al [13].…”
Section: Major Notch Formation Mechanismssupporting
confidence: 89%
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“…Furthermore limited amount of adherent material imply attrition wear mechanism. While the cause behind notch formation was found different, the acting mechanisms of adhesion and attrition comply with finding by Xiao et al [13].…”
Section: Major Notch Formation Mechanismssupporting
confidence: 89%
“…Formation of the secondary notch, which is located outside of chip contact area, on the opposite, has a major contribution from adhesive wear mechanism. Notch model by Xiao et al [13] on the burrs being responsible for the formation of notch outside chip area didn't find support in the current experiments. Formation of the secondary notch in this study is attributed solely to the effect of chip curl-back.…”
Section: Major Notch Formation Mechanismscontrasting
confidence: 80%
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“…Investigations of Xiao et al (2010) showed that while turning a nickelbased alloy (inconel 718) notch wear developed after prolonged cutting at the major cutting edge, but was located slightly above the depth-of-cut-line. They assumed the periodical impact of the fin-shaped chip and the sawtooth-shaped burr result in a fatigue damage of the major cutting edge in a zone above and around the depth-of-cut-line.…”
Section: Burr Formation and Notch Wear Developmentmentioning
confidence: 99%