Even in a fully automated factory, many deburring operations are carried out manually. To
remove or minimize the burr effectively or automatically, understanding of the burr formation …

A quantitative model of burr formation for ductile materials which does not include fracture
during orthogonal machining is proposed. The burr formation mechanism is divided into …

This paper proposes a new model to predict the full formation of a burr in orthogonal cutting.
The model is based on the theory of slip-lines, the equilibrium equation, and experimental …

A finite element model of orthogonal metal cutting including burr formation is presented. A
metal-cutting simulation procedure based on a ductile failure criterion is proposed for the …

A finite element model for orthogonal cutting is developed and applied to simulate burr
formation. Three typical workpiece materials were investigated. The simulation results reveal …

The scanning electron microscope (SEM) technique had been used as an instrument to
study chip formation mechanism in metal cutting. In this paper the mechanisms of burr …

To prevent problems caused by burrs in machining, reduction and control of burr size is
desirable. This paper presents a basic framework for and conceptual understanding of the …

Precision manufacture of components often requires finishing to remove burrs and other
unwanted residuals of the manufacturing process, especially if machining is involved …

The mechanisms of burr formation and breakout in orthogonal cutting are analyzed. A burr
formation/breakout model for orthogonal cutting is proposed, based on the observation of …

Previous investigations on the theoretical model to predict burr dimensions have normally
been confined to a single geometric model, and the findings that have been proposed rarely …