Abstract
This paper reports the results of a systematic test program designed to determine the effect of high depth of cut on grinding performance on conventional surface and cylindrical grinding machines. The grinding tests have been carried out on several soft and hardened alloy steels under the operating conditions of extremely high depths of cut and high table speeds. The optimum operation condition is discussed for application to actual abrasive machining, from the standpoints of the metal removal rate, wheel wear, grinding ratio, power, surface finish, and dimensional error.
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