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Materials Science and Technology Volume 2, 1986 - Issue 9
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Articles

Influence of grain size on hot ductility of plain C–Mn steels

D. N. Crowther
&
B. Mintz
Pages 951-955 | Published online: 18 Jul 2013

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Ishwar Kapoor, Claire Davis & Zushu Li. (2021) Effects of residual elements during the casting process of steel production: a critical review. Ironmaking & Steelmaking 48:6, pages 712-727.
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T. N. Baker. (2019) Titanium microalloyed steels. Ironmaking & Steelmaking 46:1, pages 1-55.
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T. N. Baker. (2016) Microalloyed steels. Ironmaking & Steelmaking 43:4, pages 264-307.
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Y. Li, G. Wen, L. Luo, J. Liu & P. Tang. (2015) Study of austenite grain size of microalloyed steel by simulating initial solidification during continuous casting. Ironmaking & Steelmaking 42:1, pages 41-48.
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H. Luo & P. Zhao. (2001) Influence of excess titanium on hot ductility of C-Mn-Cr-Al steel. Materials Science and Technology 17:12, pages 1589-1595.
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B. Mintz, A. Cowley, R. Abushosha & D.N. Crowther. (1999) Hot ductility curve of an austenitic stainless steel and importance of dynamic recrystallisation in determining ductility recovery at high temperatures. Materials Science and Technology 15:10, pages 1179-1185.
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R. Abushosha, S. Ayyad & B. Mintz. (1998) Influence of cooling rate and MnS inclusions on hot ductility of steels. Materials Science and Technology 14:3, pages 227-235.
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B. Mintz, J. Lewis & J. J. Jonas. (1997) Importance of deformation induced ferrite and factors which control its formation. Materials Science and Technology 13:5, pages 379-388.
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B. Mintz & R. Abushosha. (1992) Effectiveness of hot tensile test in simulating straightening in continuous casting. Materials Science and Technology 8:2, pages 171-178.
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R. Abushosha, R. Vipond & B. Mintz. (1991) Influence of sulphur and niobium on hot ductility of as cast steels. Materials Science and Technology 7:12, pages 1101-1107.
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R. Abushosha, R. Vipond & B. Mintz. (1991) Influence of titanium on hot ductility of as cast steels. Materials Science and Technology 7:7, pages 613-621.
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B. Mintz, S. Yue & J. J. Jonas. (1991) Hot ductility of steels and its relationship to the problem of transverse cracking during continuous casting. International Materials Reviews 36:1, pages 187-220.
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Y. Maehara, K. Yasumoto, H. Tomono, T. Nagamichi & Y. Ohmori. (1990) Surface cracking mechanism of continuously cast low carbon low alloy steel slabs. Materials Science and Technology 6:9, pages 793-806.
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B. Mintz & Z. Mohamed. (1989) Influence of manganese and sulphur on hot ductility of steels heated directly to temperature. Materials Science and Technology 5:12, pages 1212-1219.
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L. E. Cepeda, J. M. Rodriguez-Ibabe, J. J. Urcola & M. Fuentes. (1989) Influence of dynamic recrystallisation on hot ductility of aluminium killed mild steel. Materials Science and Technology 5:12, pages 1191-1199.
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B. Mintz, Z. Mohamed & R. Abu-shosha. (1989) Influence of calcium on hot ductility of steels. Materials Science and Technology 5:7, pages 682-688.
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B. Mintz & Z. Mohamed. (1988) Influence of test direction on hot ductility of austenite. Materials Science and Technology 4:10, pages 895-902.
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D. N. Crowther & B. Mintz. (1986) Influence of grain size and precipitation on hot ductility of microalloyed steels. Materials Science and Technology 2:11, pages 1099-1105.
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Articles from other publishers (24)

Miaoyong Zhu & Zhaozhen Cai. (2023) Formation Mechanism and Control Technology of Transverse Corner Cracks During Slab Continuous Casting of Microalloyed Steels. steel research international 94:12.
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Zhaozhen Cai, Jiazhi An, Biao Cheng & Miaoyong Zhu. (2022) Effect of Austenite Grain Size on the Hot Ductility of Nb-Bearing Peritectic Steel. Metallurgical and Materials Transactions A 54:1, pages 141-152.
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Fazlollah Sadeghi, Tahereh Zargar, Muhamad Rasyad Arkan Lahino, Hyeju Kim, Sang-Hum Kwon, Yoon-Uk Heo, Jae Sang Lee & Chang Hee Yim. (2022) Effect of Reheating Temperatures on Hot Ductility and Precipitation Behavior of Low‐Carbon Steels. steel research international 94:1.
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K.M. Lekganyane, R.J. Mostert, C.W. Siyasiya & K.M. Banks. (2021) Irreversible loss of hot ductility following simulated primary cooling of a C–Mn steel to temperatures above the ferrite transformation temperature. Materials Science and Engineering: A 810, pages 141007.
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Ghavam Azizi, Brian G. Thomas & Mohsen Asle Zaeem. (2020) Review of Peritectic Solidification Mechanisms and Effects in Steel Casting. Metallurgical and Materials Transactions B 51:5, pages 1875-1903.
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Peng Lan, Haiyan Tang & Jiaquan Zhang. (2016) Hot ductility of high alloy Fe–Mn–C austenite TWIP steel. Materials Science and Engineering: A 660, pages 127-138.
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Jiang Liu, Guanghua Wen, Yunfeng Li & Ping Tang. (2016) A Model Estimating the Slab Corner Transverse Cracking Susceptibility of Microalloyed Steel Based on Microstructure. MATERIALS TRANSACTIONS 57:1, pages 20-24.
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Wei-Jian Liu, Jing Li, Cheng-Bin Shi & Xiang-Dong Huo. (2015) Effect of Boron and Titanium Addition on the Hot Ductility of Low-Carbon Nb-Containing Steel. High Temperature Materials and Processes 34:8, pages 813-820.
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Munekazu Ohno, Masato Maruyama & Kiyotaka Matsuura. (2015) Experimental Verification of a Critical Condition for the Formation of As-Cast Coarse Columnar Austenite Grain Structure in a Hyperperitectic Carbon Steel. Metallurgical and Materials Transactions A 46:11, pages 5240-5247.
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Mohamed Lamine Fares, Abderrazek Darsouni & Jean Le Coze. (2015) Comparing the Hot Ductility Behaviour of Low-Carbon Microalloyed Nb-V-Ti Steels During Two Thermal Cycling Routes: Solutionizing and Precipitation Treatments. steel research international 86:9, pages 1090-1103.
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Weijian Liu, Jing Li, Chengbin Shi & Lu Yu. (2015) Influence of Boron Addition on the Hot Ductility of Low-Carbon Aluminum-Killed Steel. MATERIALS TRANSACTIONS 56:7, pages 1133-1139.
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Munekazu Ohno, Masato Maruyama & Kiyotaka Matsuura. (2013) A critical condition for the formation of a coarse columnar γ grain structure in a peritectic solidified carbon steel. Acta Materialia 61:19, pages 7334-7341.
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Kyung Chul Cho, Dong Jun Mun, Yang Mo Koo & Jae Sang Lee. (2011) Effect of niobium and titanium addition on the hot ductility of boron containing steel. Materials Science and Engineering: A 528:10-11, pages 3556-3561.
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Kyung Chul Cho, Dong Jun Mun, Myeong Hun Kang, Jae Sang Lee, Joong Kil Park & Yang Mo Koo. (2010) Effect of Thermal Cycle and Nitrogen Content on the Hot Ductility of Boron-bearing Steel. ISIJ International 50:6, pages 839-846.
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Christian Bernhard, Jürgen Reiter & Hubert Presslinger. (2008) A Model for Predicting the Austenite Grain Size at the Surface of Continuously-Cast Slabs. Metallurgical and Materials Transactions B 39:6, pages 885-895.
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Bernadette Weisgerber, Klaus Harste & Wolfgang Bleck. (2004) Phenomenological Description of the Surface Morphology and Crack Formation of Continuously Cast Peritectic Steel Slabs. steel research international 75:10, pages 686-692.
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Tae-Kyu Kim, Jinsung Jang & Jun-Hwa Hong. (2002) Effect of solution treatment on the hot workability of electroslag remelted Ni−Cr−Mo alloy. Metals and Materials International 8:1, pages 45-51.
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Seung Chan Hong, Sung Hwan Lim, Kyung Jong Lee & Kyung Sub Lee. 2002. Ultrafine Grained Materials II. Ultrafine Grained Materials II 267 274 .
T.K. Kim,J. Jang,W.S. Ryu,J.H. Hong,A. Mitchell,. (2001) Influence of Precipitation and Grain Size on the Hot Ductility of Alloy C-276 ESR Ingots. High Temperature Materials and Processes 20:2, pages 143-154.
Crossref
R. Abushosha, S. Ayyad & B. Mintz. (1998) Influence of cooling rate and MnS inclusions on hot ductility of steels. Materials Science and Technology 14:3, pages 227-235.
Crossref
Ivo Schindler, Zdena Krhutová & Karel Stránský. (1994) Low strain rate plasticity of continuously cast carbon steels. Steel Research 65:1, pages 36-40.
Crossref
I. Schindler, J. Kliber & J. Bořuta. (1992) Study of concast steels plasticity in low-temperature region. Journal of Materials Processing Technology 34:1-4, pages 225-232.
Crossref
Y. Maehara, K. Yasumoto, H. Tomono, T. Nagamichi & Y. Ohmori. (1990) Surface cracking mechanism of continuously cast low carbon low alloy steel slabs. Materials Science and Technology 6:9, pages 793-806.
Crossref
Tadashi MAKI. (1988) Embrittlement and Mechanical Behavior of Steels at High Temperatures. Tetsu-to-Hagane 74:7, pages 1219-1226.
Crossref

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