Abstract
Abstract This paper gives the results of detailed experiments to determine the influence of each of several classes of cutting fluids on tool life when turning a steel with different sizes of cut. The tests were divided into three series: In the first, two cuts were used having the same area, in one case the depth was equal to eight times the feed, and in the other the depth was equal to twice the feed. In the second series of tests the feed was kept constant while the depth was varied over a considerable range to give cuts of different area. All cutting fluids were tested for each combination of depth and feed. In the third series of tests the depth was kept constant while the feed was varied to give a series of cuts of different area. Lastly, all data are correlated to show the influence of each type of cutting fluid as a function of the size and shape of cut, as a function of the cutting speed for a given tool life, and in terms of the volume of metal removed per tool grind.
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