Manufacturing Review · 2014 · 33 citations · 39 references
EngineeringMaterials EngineeringMaterials ScienceMaterials ProcessingMetallurgyProduction EngineeringAlloysFerrous MetallurgyMachiningMetal FabricationMetalworking TechnologyNon-ferrous MetallurgyEnvironmental Impact MitigationFerrous AlloysGrindingMachining ProcessesMilling Technology
Research developments in the application of vegetable-oil based metalworking fluids (MWFs) in machining processes have witnessed a great attention in recent years, this being due to the environmental friendliness and performances recorded while machining. In the work reported in this paper, the authors surveyed relevant literatures, identified gaps in the application of vegetable-oil based MWFs, and proposed challenges and needs to fill the gaps created as a result of new development in engineering material applications. The engineering materials for the machining processes addressed were classified into three categories: ferrous materials, non-ferrous materials and super alloys materials. This survey is both timeline and process defined. It identified gaps in the research developments at various periods of time with respect to applications to various processes. It concluded by making a case for application of vegetable-oil based MWFs for milling and grinding processes and super alloy materials as a way of addressing environmental impact that is always associated with application of mineral-oil based MWFs.
39
Dry Machining and Minimum Quantity Lubrication
Klaus Weinert, Ichiro INASAKI, John W. Sutherland et al. · CIRP Annals · 2004 · 915 citations
Engineering, Manufacturing Engineering, Mechanical Engineering +14
Fred W. Taylor · Scientific American · 1907 · 738 citations
Engineering, Manufacturing Engineering, Materials Science +12
Mohammad Muhshin Aziz Khan, M.A.H. Mithu, Nikhil Ranjan Dhar · Journal of Materials Processing Technology · 2009 · 484 citations
Engineering, Materials Engineering, Mechanical Engineering +15