Add to ORKGThe elastic-plasticity mechanics are applied to analyze the friction between tool and chip. According to the slip-line field theory, a series of theoretical formula and the friction coefficient is derived between the tool and chip. So the cutting process can be investigated. Based on the Orthogonal Cutting Model and the Mohr’s circle stress, the cutting mechanism of the cladding and the surface integrity of machining can be studied
The main objective of this work is to characterise the frictional phenomena at the tool–chip interfa...
Cutting produces offcuts and chips in many different ways. One such process is where the chip is for...
The contact conditions along the chip-tool interface in machining have been studied using a combinat...
The response of the tool–chip interface is characterized in the orthogonal cutting process by numeri...
In this paper, a hybrid analytical-numerical approach is performed for the orthogonal cutting proces...
International audienceThe aim of the paper is the modeling of chip formation in metal cutting in ord...
The slip-line field methods are widely used in solving cutting problem;however, most of which were f...
In this paper, effects of friction on temperature and pressure in tool-chip interface contact were e...
International audiencePrediction of the tribological parameters controlling the tool wear is one of ...
An analysis of orthogonal machining is given in which the mean angle of friction usually used to des...
Material properties of the machined parts are changed in metal cutting operations due to generated h...
AbstractThis paper is aimed at providing a comprehensive analysis of the contact problem in orthogon...
The orthogonal cutting of oil hardening tool steel O1 is simulated using a fully coupled thermomecha...
Despite rapid growth in the applications of metal machining in manufacturing, a comprehensive analys...
The friction due to the contact between the work piece and the tool is one of the key subjects in ma...
The main objective of this work is to characterise the frictional phenomena at the tool–chip interfa...
Cutting produces offcuts and chips in many different ways. One such process is where the chip is for...
The contact conditions along the chip-tool interface in machining have been studied using a combinat...
The response of the tool–chip interface is characterized in the orthogonal cutting process by numeri...
In this paper, a hybrid analytical-numerical approach is performed for the orthogonal cutting proces...
International audienceThe aim of the paper is the modeling of chip formation in metal cutting in ord...
The slip-line field methods are widely used in solving cutting problem;however, most of which were f...
In this paper, effects of friction on temperature and pressure in tool-chip interface contact were e...
International audiencePrediction of the tribological parameters controlling the tool wear is one of ...
An analysis of orthogonal machining is given in which the mean angle of friction usually used to des...
Material properties of the machined parts are changed in metal cutting operations due to generated h...
AbstractThis paper is aimed at providing a comprehensive analysis of the contact problem in orthogon...
The orthogonal cutting of oil hardening tool steel O1 is simulated using a fully coupled thermomecha...
Despite rapid growth in the applications of metal machining in manufacturing, a comprehensive analys...
The friction due to the contact between the work piece and the tool is one of the key subjects in ma...
The main objective of this work is to characterise the frictional phenomena at the tool–chip interfa...
Cutting produces offcuts and chips in many different ways. One such process is where the chip is for...
The contact conditions along the chip-tool interface in machining have been studied using a combinat...