Kui Sun, Zhenhua Yao, Chaofeng Wang & Xueming Du. (2023) Microstructure and Properties of Fe-12Cr-2.5W-xSi-0.4Ti-0.3Y2O3 Alloys. Journal of Wuhan University of Technology-Mater. Sci. Ed. 38:4, pages 893-896.
Crossref

Kostyantyn Korniyenko. 2008. Iron Systems, Part 3. Iron Systems, Part 3 540 561 .

L. Salgado, F. Ambrozio Filho, R. M. Leal Neto, J. L. Rossi, M. A. Colosio & C. R. Herrmann Filho. P/M High-Speed Steels for Valve Seat Insert Application. P/M High-Speed Steels for Valve Seat Insert Application.

L.A Dobrzański, M Adamiak & A Zarychta. (1999) The structure and properties of heat-treated and coated W-Mo-V+Si+Nb high-speed steels. Journal of Materials Processing Technology 89-90, pages 520-527.
Crossref

M. Vardavoulias. (1994) The role of hard second phases in the mild oxidational wear mechanism of high-speed steel-based materials. Wear 173:1-2, pages 105-114.
Crossref

C. Jouanny-Trésy, M. Vardavoulias & M. Jeandin. (2004) Microstructural evolution during liquid-phase sintering of high-speed steel-based composites containing TiN-coated Al2O3, TiC, or Al2O3 particles: influence on wear properties. Journal of Materials Science 28:22, pages 6147-6154.
Crossref

M. Vardavoulias, M. Jeandin & F. Grillon. (1993) Effects of tempering on the sliding-wear behavior of a sintered high speed steel. A quantitative image analysis approach. Scripta Metallurgica et Materialia 29:3, pages 359-364.
Crossref

M. Vardavoulias, C. Jouanny-Tresy & M. Jeandin. (1993) Sliding-wear behaviour of ceramic particle-reinforced high-speed steel obtained by powder metallurgy. Wear 165:2, pages 141-149.
Crossref

A.S. Wronski, C.S. Wright, J.D. Bolton, Y. Bienvenu, M. Jeandin & A.B. Smith. (1991) PM HSS for aerospace automotive and cutting tool applications. Metal Powder Report 46:5, pages 50-55.
Crossref

J. D. Bolton, A. J. Gant & R. J. M. Hague. (1991) Liquid-phase sintering of high-speed steels. Journal of Materials Science 26:19, pages 5203-5211.
Crossref

Yves C. Bienvenu. 1991. Capillarity Today. Capillarity Today 361 372 .

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