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Besides, uncoated cutting tool results in an increase in the temperature at the tool chip interface.
During metal cutting processes, intensive friction and high temperature generated at the tool chip interface affect the cutting zone of the tool, by inducing damage and wear.
These measuring techniques are based on the projection of the infrared radiation from the tool chip interface onto the scanner of a high resolution thermographic camera.
A series of aluminum alloy face-milling experiments showed that the nano/micro-textured surface significantly improved anti-adhesiveness at the tool chip interface.
In any machining process, large amount of heat is generated due to plastic deformation of work material, friction at the tool – chip and tool - work piece interface.
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The tool-chip contact length is also less in the case of textured tool.
The characterization of friction coefficients at the tool-chip-workpiece interface remains an issue.
Face-milling experiments on aluminum alloys showed that the textured surface significantly improves the lubricity and the anti-adhesive properties at the tool-chip interface, but the problem associated with the tool-chip adhesion in dry cutting still remains.
The reduced contact length at the tool-chip interface was found to be the main reason for the decrease of friction of the TT rake face textured tool.
In dry machining, the tool-chip interface temperature is a critical factor affecting the engineering performance of WC Co tools.
The heat partition on tool-chip interface increases with the increase of feed per tooth, but decreases when the cutting speed increases.
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