Evaluation of tribological performance of MQL technique combined with LN2, CO2, N2 ecological cooling/lubrication techniques when turning of Hastelloy C22 superalloy
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Date
2023
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Elsevier Sci Ltd
Access Rights
info:eu-repo/semantics/closedAccess
Abstract
Sustainability specifically addresses using ecological cooling/lubrication techniques in the manufacturing industry. Dry, MQL, CO2, LN2, N2, CO2 +MQL, LN2 +MQL, and N2 +MQL techniques were preferred for ecological cooling/lubrication. To determine the effects of cooling/lubrication techniques on machining performance, cutting speed (Vc 80 m/min), feedrate (f 0.12 mm/rev), and cutting depth (ap 0.5 mm) were taken as constants. Cutting tool wear and mechanisms, surface roughness and topography, cutting temperature, and vibration peak values are preferred as machining performance characteristics. At the end of the turning experiments performed with sustainable cooling/lubrication techniques: N2 +MQL hybrid cooling/lubrication technique performed better performance in cutting tool wear (0.226 mm), surface roughness (1.658 & mu;m), and vibration (48.017 m/ sec2), while LN2 cooling technique showed the best performance (87 degrees C) in cutting temperature. Compared to dry condition, the N2 +MQL hybrid cooling/lubrication technique reduced tool wear, surface roughness, and vibration by 73.50%, 53.9%, and 42.4%, respectively.
Description
Keywords
Sustainable manufacturing, Hastelloy C22, Turning, Cryogenic cooling, MQL, Cutting Fluids, Lubrication, Strategies, Steel
Journal or Series
Tribology International
WoS Q Value
Q1
Scopus Q Value
Q1
Volume
188
