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Materials Science and Technology Volume 2, 1986 - Issue 11
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Articles

Relationship between hardness and microstructure of continuously cooled C–Mn–V steels

B. Garbarz
&
F. B. Pickering
Pages 1016-1114 | Published online: 18 Jul 2013

Citations (6)

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Read on this site (2)

B. Garbarz & F. B. Pickering. (1988) Effect of austenite grain boundary mobility on hardenability of steels containing vanadium. Materials Science and Technology 4:11, pages 967-975.
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B. Garbarz & F. B. Pickering. (1988) Effect of vanadium and austenitising temperature on hardenability of (0·2–0·3)C–1·6Mn steels with and without additions of titanium, aluminium, and molybdenum. Materials Science and Technology 4:2, pages 117-126.
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Articles from other publishers (4)

Zhu Zhe, Chen Qiwei, Sun Shuhua, Li Rongbin, Qi Jianjun, Liu Haonan, Lv Zhiqing & Fu Wantang. (2021) Effect of Vanadium on Superhardenability of 23MnNiMoCr54V Steel for Round-Link Chain in Mining Applications. Journal of Materials Engineering and Performance 30:5, pages 3884-3891.
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P.H. Shipway, S.J. Wood & A.H. Dent. (1997) The hardness and sliding wear behaviour of a bainitic steel. Wear 203-204, pages 196-205.
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Saied Azab El-Ghazaly, Yehya Shash, Mohammed Kamal Sami & Mohammed Abbas. (1993) Effects of chromium on the temper embrittlement and wear resistance of 0.25% C low-alloy cast steel. Steel Research 64:10, pages 517-521.
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Stephen Preston. (1990) Influence of Vanadium on the Hardenability of a Carburizing Steel. Journal of Heat Treating 8:2, pages 93-99.
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