Modelling of tool/chip interface temperature distribution in metal cutting
Journal
International Journal of Mechanical Sciences
Journal Volume
36
Journal Issue
10
Pages
931-943
Date Issued
1994
Author(s)
Abstract
Modelling of the tool/chip interface temperature distribution during orthogonal metal cutting is presented. To make the model more realistic, the shear plane is assumed to be inclined to the chip velocity as generally occurs. It is shown this geometrical condition can be relaxed, which results in considerable mathematical simplification. The temperature distributions obtained along the chip back (chip/air interface) from the analysis are also compared with previous results and with direct experimental data. Better agreement is found between the proposed model and the experimental evidence. © 1994.
Type
journal article