Abstract
Surface grinding being the final finishing process has to be performed and evaluated with care as the surface being machined could get damaged due to high temperatures being generated. This is evaluated with the help of mathematical modelling of the temperature generated is compared with experimental results obtained during surface grinding of the selected tool steel workpieces in both dry as well as wet environment and further compared with a simulation performed using ANSYS 14 software. The results are found to be correlating and satisfactory and are in tandem with the ones found from experimentation. The usage of production type grinding wheel reduces the temperature being generated during grinding. The dressing depth also plays an important role of reducing the temperatures during surface grinding.
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