Predictive Tool and Process Design for Efficient Chip Control in Metal Cutting

Beschreibung

This thesis presents the development and validation of a predictive methodology of tool and process design for stable chip breakage in metal cutting. The physics of chip breakage were modeled by a new ductile fracture criterion, which was implemented into a numerical turning simulation model. Additionally, three new models quantify the sensitivities of ductile fracture in the breakage location with respect to the tool and process parameters. A case study showed the high industrial potential of the developed methodology.

Autor*in

Stefan Buchkremer

Themen in »Predictive Tool and Process Design for Efficient Chip Control in Metal Cutting«

Verfahrenstechnik Zerspantechnologie Fertigungstechnik

Stimmen zu »Predictive Tool and Process Design for Efficient Chip Control in Metal Cutting«

Details

Link teilen