High speed cutting (HSC) as one of the current trends of difficultto- cut materials machining
Wariant tytułu
Hochgeschwindigkeitszerspanung (HGZ) ALS EINER VON DEN gegenwärtig Trends, der Spanabhebenden Fertigung von schwerzerspanenden Materialien
Autor
Otko, Tadeusz
Zębala, Wojciech
Kundrák, Janos
Data wydania
2011
Miejsce wydania
Cracow
Wydawca
Cracow University of Technology
Opublikowane w
Development in Machining Technology - Scientific Research Report, Vol. 1
Strony
79-88
Język
niemiecki
ISBN
978-83-7242-640-6
Uwagi
There is a complete chapter in multi-author monography entitled: Development in Machining Technology - Scientific Research Report, Vol. 1, 2011, edited by Wojciech Zębala
Słowa kluczowe
HSC, difficult-to-cut materials, simulation
Abstrakt
High Speed Cutting (HSC) occupies the predominant position among observed development trends of machining. Its more and more general application in the industrial practice results from the advantages of this technology, such as: bigger cutting efficiency, better quality of the surface, lower cutting forces, more profitable thermal proprieties and stability of the cutting processes. The simulation model of the cutting process was presented in this chapter. The model permits the quick visualization of the process realization in the wide range of the cutting parameters. Example distributions of the cutting forces components, wedge temperature and von Mises stresses were described during the nickel alloy (Inconel 718) machining for various feeds.
Klasyfikacja PKT
371700 Technologia budowy maszyn
370000 Budowa maszyn. Przemysł maszynowy i metalowy
