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- W3021456444 abstract "Publisher SummaryMany machine tools are fitted with a system for handling the cutting fluids. Such systems include circulating pumps, piping and jets for directing the fluids to the tool, and filters for clearing the used fluid. A very large number of cutting fluids are available commercially, from which the production planners select the one most suitable for a particular application. There are two major groups of cutting fluid: water-based or water-miscible fluids, and neat cutting oils. Understanding of the action of coolants and lubricants in metal cutting is still at a rather primitive level. There are many applications where cutting is carried out dry, in air, with no advantage being found in the use of a cutting fluid. Lubricating requirements are most exacting with difficult operations, such as broaching, lapping, thread cutting, reaming, trepanning of deep holes, and the bobbing of gears. For such operations, workshop trials must be the criterion for the optimum cutting fluid. It is in connection with the machining of steel and other high melting-point metals that the use of coolants becomes essential. Their use is most important when cutting with high-speed steel tools, but they are often employed also with carbide tooling. Coolants cannot prevent the heat being generated since they cannot act directly on the thin zone, which is the heat source. However, the coolant can remove heat from those surfaces of the chip, the work piece, and the tool, which are accessible to the coolant." @default.
- W3021456444 created "2020-05-13" @default.
- W3021456444 creator A5074765175 @default.
- W3021456444 date "1984-01-01" @default.
- W3021456444 modified "2023-09-23" @default.
- W3021456444 title "Coolants and lubricants" @default.
- W3021456444 cites W2015571193 @default.
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- W3021456444 doi "https://doi.org/10.1016/b978-0-408-05031-9.50015-6" @default.
- W3021456444 hasPublicationYear "1984" @default.
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