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Zerspanen von Stahl C 45 W 3


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Formal Metadata

Title Zerspanen von Stahl C 45 W 3
Subtitle Schnittvorgang im Feingefüge Variation des Spanwinkels
Alternative Title Machining of C 45 W 3 Steel - Cutting Process in the Microstructure; Variation of the Rake Angle
Author Warnecke, Günter
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-1951
IWF Signature E 1951
Publisher IWF (Göttingen)
Release Date 1975
Language Silent film
Producer IWF (Göttingen)
Production Year 1968

Technical Metadata

IWF Technical Data Film, 16 mm, 52 m ; SW, 5 min

Content Metadata

Subject Area Engineering
Abstract Der Spanwinkel beeinflußt Art und Umfang der Werkstoffbeanspruchung, indem mit kleiner und negativ werdendem Spanwinkel die Stauchwirkung und damit die Scherverformung zunimmt. Daraus ergibt sich der Wechsel vom gleichförmigen Fließspan bei 45° bis zur unregelmäßigen Scherspanbildung bei -20°. Geringe Zeitdehnung.
The film shows the process of chip formation on a polished and etched specimen of C 45 W 3 unalloyed tool steel. The various phenomena of chip formation and the individual deformation processes can be observed particularly well in the perlitic-ferritic structure of the material. The rake angle affects the type and extent of the stresses and strains to which the material is subjected in that the upsetting action and hence the shear strain increase as the positive rake angle becomes smaller and eventually turns negative. From this results the change from uniform flow chips at +45 degrees to irregular shear chips (curl chips) at -20 degrees.
Keywords Spanbildung / Scherspanbildung / Metall
Spanbildung / Fließspanbildung / Metall
Stahl / Zerspanung
Zerspanung / Stahl
machining / steel
steel / machining
chip formation / metal
built-up edge formation
Computer animation
Computer animation
Computer animation
Computer animation
Computer animation
Computer animation
Computer animation
Computer animation


  287 ms - page object


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