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Powder Metallurgy Volume 11, 1968 - Issue 21
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Research Papers

DENSIFICATION PROCESSES IN THE TUNGSTEN CARBIDE-COBALT SYSTEM

R.F. SNOWBALL Nowwith The Burndy CorporationNorwalk, Connecticut, U.S.A.
&
D. R. MILNER Department of Industrial MetallurgyUniversity of Birmingham.
Pages 23-40 | Published online: 10 Nov 2014

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B. Meredith & D. R. Milner. (1976) Densification Mechanisms in the Tungsten Carbide—Cobalt System. Powder Metallurgy 19:1, pages 38-45.
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B. Bengtsson, T. Johannesson & L. Lindau. (1973) SOME ASPECTS OF THE MILLING OF CEMENTED CARBIDE POWDER. Powder Metallurgy 16:32, pages 220-235.
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R. J. Nelson & D. R. Milner. (1972) DENSIFICATION PROCESSES IN THE TUNGSTEN CARBIDE-COBALT SYSTEM. Powder Metallurgy 15:30, pages 346-363.
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R. J. NELSON & D. R. MILNER. (1971) LIQUID-FLOW DENSIFICATION IN THE TUNGSTEN CARBIDE–COPPER SYSTEM. Powder Metallurgy 14:27, pages 39-63.
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H. J. OSBURN. (1969) WEAR OF ROCK-CUTTING TOOLS. Powder Metallurgy 12:24, pages 471-502.
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A. V. Laptev. (2007) Theory and technology of sintering, thermal and chemicothermal treatment. Powder Metallurgy and Metal Ceramics 46:7-8, pages 317-324.
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E Menéndez, J Sort, A Concustell, S Suriñach, J Nogués & M D Baró. (2007) Microstructural evolution during solid-state sintering of ball-milled nanocomposite WC–10 mass% Co powders. Nanotechnology 18:18, pages 185609.
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Z. Fang, P. Maheshwari, X. Wang, H.Y. Sohn, A. Griffo & R. Riley. (2005) An experimental study of the sintering of nanocrystalline WC–Co powders. International Journal of Refractory Metals and Hard Materials 23:4-6, pages 249-257.
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A. Petersson & J. Ågren. (2005) Rearrangement and pore size evolution during WC–Co sintering below the eutectic temperature. Acta Materialia 53:6, pages 1673-1683.
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G.S Upadhyaya. (2001) Materials science of cemented carbides — an overview. Materials & Design 22:6, pages 483-489.
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Mark Miodownik & Brian Derby. (2004) Hot‐Isostatic‐Press Joining of Cemented Carbides. Journal of the American Ceramic Society 82:12, pages 3616-3618.
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