The Influence of [Mn/S] Ratios on the Fracture Morphology of a Heavy-section Steel Castings at Elevated Temperature |
Kim, Sung-Gyoo
(Department of Materials System Engineering, Pukyung National University)
Kim, Ji-Tae (Samyoung M-Tek Co., Ltd.) Park, Bong-Gyu (Department of Materials System Engineering, Pukyung National University) Park, Heung-Il (Department of Materials System Engineering, Pukyung National University) |
1 | Brimacombe JK and Sopimachi K, Metallurgical transactions B, "Crack formation in the continuous casting of steel", 8B (1977) 489-505. |
2 | Briant CL and Banerji SK, International metals reviews, "Intergranular failure in steel: the role of grain-boundary composition", 4 (1978) 164-199. |
3 | Chojecki A, Telejko I and Bogacz T, Theoretical and applied fracture mechanics, "Influence of chemical composition on the hot tearing formation of cast steel", 27 (1997) 99-105. DOI ScienceOn |
4 | ASM Handbook, "Cracking phenomena associated with welding", 6 (1997) 88-106. |
5 | Chojecki A, Telejko I and Kozelsky P, Theoretical and applied fracture mechanics, "Influence of calcium on cracking of steel during the welding or casting process", 31 (1999) 41-46. DOI ScienceOn |
6 | Van Vlack LH, Riegger OK and Warrick RJ, The University of michigan reserch institute, UMRI project report, "Sulfide inclusions in steel", (1958) |
7 | Dahl W. Hengstenberg H and Dueren G, Stahl und Eisen, "Conditions for the occurance of the various types of sulphide inclusions", 86, 13 (1966) 782-795. |
8 | Wranglen G, Corrosion Science, "Review article on the influence of sulphide inclusions on the corrodibility of Fe and steel", 9 (1969) 585-602. DOI ScienceOn |
9 | Sims CE, Transactions of the metallurgical society of AIME, "The nonmetallic constituents of steel", 215 (1959) 367-392. |
10 | Turkdogan ET, Lgnatowicz S and pearson J, J. of iron and steel institute, "The solubility of sulphur in iron and iron manganese alloys", (1955) 349-354. |
11 | Mann GS and Van Vlack LH, Metallurgical transactions B, "FeS-MnS relationships in the presence of excess iron", 7B (1976) 469-475 |
12 | Turkdogan ET, The institute of materials, "Fundmentals of steelmaking", (1996) 307. |
13 | Teledo GA, Steel research, "Influence of sulfur and Mn/S ratio on the hot ductility of steels during continuous casting", 64 6 (1993) 292-299. DOI |
14 | Nakata H and Yasunaka H, Transactions ISIJ, "Effect of sulfur and manganese on hot ductility of steels at high temperature", 26 (1986) B-98. |
15 | Park HI, Kim JT and Kim SG, J. of the Korean Foundrymen's Society, "Morphology and segregation of sulfide inclusions in cast steels (I); A fabrication of Fe-FeS alloys and the observation of their sulfide morphology.", 29, 5 (2009) 220-224. 과학기술학회마을 |
16 | Park HI, Kim JT and Kim SG, J. of the Korean Foundrymen's Society, "Morphology and segregation of sulfide inclusions in cast steels (II); Influence of [Mn/S] Ratios on the Morphology of Sulfide Inclusions in Fe-Mn-S Alloys." 29, 6 (2009) 270-276. 과학기술학회마을 |
17 | Kim JT, Park HI, Kim WY and Lee BW, J. of the Korean Foundrymen's Society, "Investigation of segregation behavior in the riser/castings junction of heavy-section steel castings." 30, 4 (2010) 130-136. 과학기술학회마을 |
18 | Park HI et al, J. of the Korean Foundrymen's Society, "A case study on the solidification behavior and defects of heavy steel castings", 26, 2 (2006) 57-62. 과학기술학회마을 |
19 | Jackson WJ, The Metals Society, "Ghost band in steel castings", (1983) 426-431. |
20 | "Method of sulphue print test for steel", KS D 0226 (2007) |
21 | Lancaster F, George Allen & Unwin, "Metallurgy of Welding", 3rd edition, (1980) 63-70. |