Abstract
This chapter is deliberated on the fundamental understandings of effects of cooling and lubrication techniques on the tool–work interfaces in machining. Considering the widespread application of coolants, that work as lubricants too, the advanced application methodologies (i.e., minimum quantity lubrication, atomization-based cooling, high-pressure cooling, cryogenic cooling, compressed air cooling, solid lubrication, and nanofluids) have been presented in detail. Parameters of interest for such technologies are noted with state-of-the-art scientific advancement in the application areas of turning, milling, drilling, and grinding. Key performance indicators such as cutting temperature, surface quality tool wear, chip morphology, cutting force, energy, and frictional behavior are covered.
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