Numerical simulation of cutting process is today moving towards two different directions. The former concerns the development of high performance codes able to approach the 3D phenomena, the latter is already focused on the study of some fundamental aspects whose full understanding may be strategic for the knowledge enhancing in this very complex field. In the paper this second way was pursued and a wide analysis on the numerical robustness of the 2D orthogonal cutting process is presented. In particular, the role played by the friction modeling is discussed taking into account a wide integrated numerical and experimental campaign
FILICE L, MICARI F, RIZZUTI S, UMBRELLO D (2007). A Critical Analysis on Friction Modeling in Orthogonal Cutting of Steel. In AIP Conference Proceedings (pp.745-750) [10.1063/1.2729602].
A Critical Analysis on Friction Modeling in Orthogonal Cutting of Steel
MICARI, Fabrizio;
2007-01-01
Abstract
Numerical simulation of cutting process is today moving towards two different directions. The former concerns the development of high performance codes able to approach the 3D phenomena, the latter is already focused on the study of some fundamental aspects whose full understanding may be strategic for the knowledge enhancing in this very complex field. In the paper this second way was pursued and a wide analysis on the numerical robustness of the 2D orthogonal cutting process is presented. In particular, the role played by the friction modeling is discussed taking into account a wide integrated numerical and experimental campaign
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