Citations (9)
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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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C. Grobler & G. T. Van Rooyen. (1986) Transformation kinetics of a superhardenability treated steel. Materials Science and Technology 2:12, pages 1189-1195.
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N. H. McBroom & N. A. MacQuarrie. (1982) Selection of novel rolling techniques for quality bar production. Metals Technology 9:1, pages 26-33.
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Articles from other publishers (5)
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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Sang-Hoon Lee, Hye-Sung Na, Gi-Deok Park, Byung-Hoon Kim, Sang-Woo Song & Chung-Yun Kang. (2013) Effects of titanium on ferrite continuous cooling transformation curves of high-thickness Cr-Mo steels. Metals and Materials International 19:5, pages 907-915.
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R. J. Mostert & G. T. Van Rooyen. (1984) A quantitative assessment of the hardenability increase resulting from a superhardenability treatment. Metallurgical Transactions A 15:12, pages 2185-2191.
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W.C. Leslie. (1984) Specialty steels and hard materials. Materials Science and Engineering 66:1, pages 115-116.
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R.J. Mostert & G.T. van Rooyen. 1983. Specialty Steels and Hard Materials. Specialty Steels and Hard Materials
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