Abstract
Abstract
Cutting fluids play an important role in machining operations helping reduce friction, workpiece heating, tool wear and also with chips detachment and evacuation. The usage of cutting fluids also have a number of drawbacks that are related with the environmental threats and costs. Dry matching and MQL-minimum quantity of liquid seem to be promising solutions for these problems. But these solutions are not feasible under all machining applications. The present paper purpose is to investigate the effect of cutting and cooling conditions over surface quality in aluminium alloy 6082-T6 turning operations.
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