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Machining performance and health effects of cutting fluid application in drilling of A390.0 cast aluminum alloy.
Jayal-AD; Balaji-AK; Sesek-R; Gaul-A; Lillquist-DR
J Manuf Process 2007 Jul; 9(2):137-146
Environmental issues in machining have led to a push to curtail the use of cutting fluids. However, cutting fluid effects on part quality, process planning, and operator exposure to aerosols need to be first studied. The effects of cutting fluid application on hole accuracy and mist generation have been studied for blind-hole drilling of A390.0 aluminum alloy. Different cutting fluid types and application modes were tested under varying conditions of cutting speed, feed, and hole depth. The cooling and chip-transporting ability of cutting fluids was found to have the maximum effect on dimensional accuracy. Dry cutting yielded holes with the least accuracy, while mist lubrication was found to give superior dimensional accuracy to dry cutting but had the worst aerosol concentration. Flooding with synthetic cutting fluid gave the best overall results.
Machine-operation; Cutting-oils; Cutting-tools; Aluminum-compounds; Industrial-equipment; Fluids; Equipment-operators; Machine-tools; Machine-operators; Oil-mists; Synthetics; Author Keywords: Drilling; Cutting Fluid; Hole Quality; Aerosol Concentration
Society of Manufacturing Engineers
Issue of Publication
Journal of Manufacturing Processes
University of Utah, Salt Lake City, Utah
Page last reviewed: September 2, 2020
Content source: National Institute for Occupational Safety and Health Education and Information Division