References cited in this section

3. A. Thelin, Verschleissmechanismen und Leistungen von Zerspanwerkzeugen, VDI Berichte, No. 762, 1989, p 111-126

4. J.S. Agapiou, G.W. Halldin, and M.F. DeVries, Drillability of 304 Stainless Steel P/M Material: Tool Wear and Life, 1987 Annual Powder Metallurgy Conf. Proc., Vol 43, Metal Powder Industries Federation, 1987, p 181

5. V.V. Podgorkov et al., Finish Machining of Sintered Iron and Copper Base Materials, Sov., Powder Metall. Met. Ceram, Vol 13 (No. 8), 1974, p 674-677

6. S. Suzuki et al., Machinability of 4100 Series Sintered Steel Containing Sulfur, 1987 Annual Powder Metallurgy Conf. Proc., Vol 43, Metal Powder Industries Federation, 1987, p 511

7. U. Engstrom, Machinability of Sintered Steels, Progress in Powder Metallurgy 1982, Vol 38, 1982 National Powder Metallurgy Conf. Proc., Metal Powder Industries Federation, 1982, p 417

8. J.M. Capus and C. Fournel, Tool Wear Measurements in Machining of Sintered Ferrous Alloys, Progress in Powder Metallurgy 1981, Vol 37, 1981 National Powder Metallurgy Conf. Proc., Metal Powder Industries Federation, 1981, p 165

9. Y. Trudel, C. Ciloglu, and S. Tremblay, Selected Additives to Improve Machinability of Ferrous P/M Parts, Modern Developments in Powder Metallurgy, Metal Powder Industries Federation, Vol 15, 1984, p 775

10. A. deRege, G. L'Esperance, L.F. Pease, and L. Roy, Prealloyed MnS Powders for Improved Machinability, Near Net Shape Manufacturing Conf., P.W. Lee and B.L. Ferguson, Ed., ASM International, 1988, p 57-68

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