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There is an inverse trend in variation of heat partition on flank face compared with heat partition on tool-chip interface.
In particular, a key parameter for calculating the cutting temperatures is the heat partition ratio.
The results suggest the heat partition ratio is mainly determined by the cutting parameters.
The results show that the heat partition depends primarily on the dressing mechanism involved.
It provides quantitative values of friction coefficient and heat partition coefficient depending on sliding velocities.
The effect of flank wear on tool temperature, cutting force and heat partition on flank face is evident.
Due to the heat partition ratio is considerably larger in a CFRP workpiece than the cutting tool, more heat energy was transferred to the CFRP during machining.
The role of water in removing heat from the sliding interface was demonstrated through calculations of contact temperatures and heat partition.
In this paper, a fiber orientation-based analytical model was developed to predict the heat partition ratio based on the classical Hertz contact theory.
The heat partition on tool-chip interface increases with the increase of feed per tooth, but decreases when the cutting speed increases.
In addition, a methodology has been devised in order to estimate accurate values of the heat partition ratio towards the diamond dressing tool.
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CEO of Professional Science Editing for Scientists @ prosciediting.com