2019
DOI: 10.3139/104.112114
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Drehwalzen: Zerspanprozess und Oberflächenveredelung vereint

Abstract: Kurzfassung Innovative Hochleistungsprozesse ermöglichen in der spanenden Fertigung eine Steigerung der Flexibilität sowie die Senkung der Taktzeit und des Energieverbrauchs. Großes Potenzial bietet hierbei das Drehwalzen – eine innovative Kombination der Fertigungsverfahren „Trennen“ und „Stoffeigenschaften ändern“. Wurden bisher zusätzliche Prozessschritte für thermomechanische Oberflächenveredelungen zur Lebensdauersteigerung von Bauteilen wie das Warmwalzen oder -kugelstrahlen benötigt, könn… Show more

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“…Milling of conventionally prepared H13 steel shows maximal compressive residual stress in feed direction, and less compressive residual stress across this direction [4]. Deep rolling produces higher compressive residual stress in transverse direction than in rolling direction [20,21]. Rolling direction transverse to the milling feed direction was chosen here in order to obtain maximal compressive residual stresses.…”
Section: Methodsmentioning
confidence: 99%
“…Milling of conventionally prepared H13 steel shows maximal compressive residual stress in feed direction, and less compressive residual stress across this direction [4]. Deep rolling produces higher compressive residual stress in transverse direction than in rolling direction [20,21]. Rolling direction transverse to the milling feed direction was chosen here in order to obtain maximal compressive residual stresses.…”
Section: Methodsmentioning
confidence: 99%