Tokyo / Cleveland / Vienna / Boston / New York / Cambridge / Clevelands / London / Wiley / /
Company
G.B.V. / castor S.A. / Fe-Ni Co / F. Sales A.E. / Ojolo / The Texas Oil Company / Vf / Creative Commons / /
Country
Japan / United Kingdom / United States / / /
Event
Environmental Issue / Business Partnership / /
Facility
University of Malaya / Gebze Institute of Technology / Federal University of Technology / /
IndustryTerm
vegetable-oil based metalworking fluids / based oil / statistical analysis software / aircraft gas turbines / early metal age / oil-based cutting fluid / energy input / late metal age / metal matrix composites / mild steel / vegetable oil / conditions using palm kernel oil / chemical additives / palm oil / semi-synthetic oil / chemical reaction / steel cutting tool / micro manufacturing / nuclear power systems / pollution control equipment / energy / olive oil / metal / benefits vegetable-oil / sunflower oil / agricultural product / ceramic tools / liquefaction systems / low alloy steel / reaction product / heat-treating equipment / mineral-oil / vegetable-oil based palm oil / machine tool / raw and refined sunflower oil / alloy steel using vegetable / 100Cr6 steel / shaft exhaust systems / straight oil / neat cutting oil / tungsten carbide tool / manufacturing / vegetable-oil based fluids / austenitic stainless steel / stack gas re-heaters / oil-in-water emulsion cutting fluid / hot work tool / chemicals / chemical analysis / base oil / steel / hardened stainless steel / groundnut oil / 316L steel / coated carbide tools / lubricant oil / vegetable-oil based cutting fluids / metal forming / stable chemical emulsion / prosthetic devices / intensive networks / reference product / carbide tool / food contamination / soluble oil / metal working fluids / metal deformation / metal age / non-mineral oil / hybrid metal matrix composites / colloidal systems / mineral oil emulsion / machine tools / palm kernel oil / neat cutting oil-immiscible / Unit m/min mm/rev mm mm2/s coconut oil / kernel oil / animal oil / oil / metal removal operations / metal removal purpose / metal processing / 316L austenitic stainless steel / coconut oil / shear butter oil / mineral-based oil / seed oil / sperm oil / palm-kernel oil / unsaponified fatty oil / ester oil / manufacturing industry / mineral oil-in-water emulsion cutting fluids / cemented carbide tool / manufacturing industries / water soluble oil / metal cutting operations / vegetable-oil / surface roughness using uncoated carbide tool / oil water emulsion / chemical film / sulfo-chlorinated oil / chemical and physical reactions / material applications / continuous chip / energy fluxes / chemical action / oil methyl ester / metal cutting / manufacturing purposes / manufacturing operations / steel alloy / rape seed oil / chemical / ceramic tool / lard oil / mineral oil / oil-based nano particle suspensions / /
MusicGroup
B.I. / /
Organization
Federal University of Technology / Nigeria Department of Mechanical Engineering / School of Engineering and Engineering Technology / Faculty of Engineering / Universiti Teknologi Malaysia / Institute of Technology / European Union / MIT / Department of Manufacturing and Industrial Engineering / Society of Mechanical Engineers / Department of Mechanical Engineering / Faculty of Mechanical Engineering / University of Malaya / American Society of Metals / /
Person
Fredrick W. Taylor / J. Appl / Marcel Dekker / James Whitelaw / James H. Nasmyth / Lubric / Ibrahim Ogu / S.A. Lawal / James Naysmyth / H.W. Huton / /
Manufacturing Rev. 2014, 1, 22 S.A. Lawal et al., Published by EDP Sciences, 2014 DOI: mfreviewAvailable online at: http://mfr.edp-open.org