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In addition, the quantitative relationships between the workpiece temperature, cutting conditions, and the resulting machinability must be characterized.
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Quantitative relationships between the machining conditions, including the workpiece temperature, and the machinability were established using a curve-fitting method.
It serves to determine and control the workpiece temperature.
The results of the experiments revealed that raising the workpiece temperature significantly reduces cutting resistance and the tool wear.
Thus, variation of the workpiece temperature distribution during shape rolling should be considered at the design stage.
Liu, et al. [72], embedded thermocouples into the workpiece to investigate the workpiece temperature variations that resulted from helical milling.
The results showed that comparing to pure base fluid, the workpiece temperature was reduced by 30% when using the nanofluid as coolant.
It was found that the workpiece surface temperature has a more significant effect on heat transfer than the bed temperature.
This chapter analyses how much heat goes into the workpiece and temperature rise.
As illustrated in Fig. 3, the surface temperatures were measured close to the contact area between the workpiece material and the grinding wheel.
The resulting temperature gradient in the tool, combined with the electric contact between the workpiece and the tool, generates thermoelectric voltages and currents.
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