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Zerspanen von Stahl X 2 CrNi 18 9 - Schnittvorgang im Feingefüge; Variation des Schneidenradius

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Title Zerspanen von Stahl X 2 CrNi 18 9 - Schnittvorgang im Feingefüge; Variation des Schneidenradius
Alternative Title Machining of X 2 CrNi 18 9 Steel - Cutting Process in the Microstructure; Variation of the Tip Radius
Author Warnecke, Günter
Nedess, Christian
License No Open Access License:
German copyright law applies. This film may be used for your own use but it may not be distributed via the internet or passed on to external parties.
DOI 10.3203/IWF/E-2139
IWF Signature E 2139
Publisher IWF (Göttingen)
Release Date 1975
Language Silent film
Producer IWF (Göttingen)
Production Year 1973

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IWF Technical Data Film, 16 mm, 87 m ; SW, 8 min

Content Metadata

Subject Area Engineering
Abstract Unterschiedliche Korngröße und -orientierung des Werkstoffs bewirken eine unregelmäßige, wechselnde Spanbildung zwischen Fließspan und Scherspan. Mit zunehmendem Schneidkantenradius geht der Spantrennung eine starke plastische Verformung voraus. Erst nach Überschreiten einer Mindestspanungsdicke erfolgt die eigentliche Spanbildung. Geringe Zeitdehnung.
Process of chip formation in the orthogonal cutting of a polished and etched X 2 CrNi 18 9 austenitic stainless steel specimen. Due to variations in grain size and orientation within the structure of the material chip formation is irregular, varying between a genuine flow chip and a typical shearing chip. As the radius on the cutting edge grows which is a rather common occurrence in practice as the result of increasing wear on the cutting tool, the actucal severance of the chip is preceded by a marked plastic deformation of the material being cut. Not until a minimum chip thickness has been exceeded will the chip formation proper take place. Furthermore, as the radius on the cutting edge grows an increased tendency of material building up on the cutting edge can be observed.
Keywords Spanbildung / Schneidkantenradius
Stahl / Zerspanung
Zerspanung / Stahl
metal cutting / steel
maching / steel
steel / machining
chip formation / cutting edge radius

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