Atomic-Scale Grooving on Copper: End-Milling vs. Peripheral-Milling

Abstract

This paper investigates the high speed nano-grooving on mono-crystalline copper by nano-end-milling and nano-peripheral-milling. The molecular dynamics method was used for simulation. The milling forces and grooving quality were analysed in detail. The comparison showed that peripheral-milling requires a higher force, but the milled groove has a better quality. Nevertheless, both the milled groove subsurfaces are free of major dislocations.