Abstract
With the growing need for hard alloys components and metals, cryogenic machining has gained popularity and Cryogenic machining is seen as a more environmentally friendly feasible and option to flood cooling. This experimentation describes a long-term cryogenic machining solution that takes into account not just traditional machining performance, but also total sustainability performance in each of the three sustainability elements: economy, environment, and society. Haynes 282 alloy was machined under three conditions such as flood lubrication, cryogenic condition and dry condition. It was observed that cryogenic condition was useful for achieving better surface finish of 0.632 µm. In addition to this, less cutting force was required for all cutting speed under cryogenic machining which consumes less power consumption. Tool life decreases with an increase in cutting speed. Maximum tool life of 41.3 min was observed for cryogenic cutting condition at 125 m/min. Higher Flank wear was noticed for flood lubrication condition than cryogenic condition.
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