Abstract
Weldability is an important application property of ultra-fine grained steel. The grain growth and microstructure transformation in the HAZ of ultra-fine grained steel are studied in the present chapter. Laser welding and arc welding processes of 400 MPa grade ultra-fine grained carbon steel and 800 MPa grade ultra-fine microstructure Bainitic steel are discussed.
The chapter 10 was written by Zhiling Tian and Yun Peng.
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References
Aihara S, Okamoto K (1992) Influence of Local Brittle Zone on HAZ Toughness of TMCP Steels. Welding Research Council Bulletin, No.373:33–44
Anderson M P, Srolovttz D J, Grest G S and Sahni P S (1984) Computer Simulation of Grain Growth-I. Kinetics, Acta Metall., 32(5): 783–791
Carmignani C, Mares R, Toselli G (1999) Transient Finite Element Analysis of Deep Penetration Laser Welding Process in a Singlepass Butt-welded Thick Steel Plate. Computer Methods in Applied Mechanics and Engineering, Vol.179, No, 3:197–214
Chen J H, Kikuta Y, Araki T, Yoneda M, Matsuda Y (1984) Micro-Fracture Behavior Induced By M-A Constituent (Island Martensite) In Simulated Welding Heat Affected Zone of HT80 High Strength Low Alloyed Steel. Acta Metall, 32(10):1779–1788
Chen W Z, Peng Y, Wang C, Bao G, Tian Z L (2001) Welding Thin Plate of 400 MPa Grade Ultra-fine Grained Steel Using CC2 Laser. International Symposium on Ultrafine Grained Steels(ISUGS 2001), Fukuoka, Japan: 252–255
Chen W, Peng Y, Wang C, Bao G, Tian Z (2001) Welding Thin Plate of 400MPa Grade Ultra-fine Grained Steel Using CO2 Laser. Proceedings of the International Symposium on Ultrafine Grained Steels (ISUGS 2001), September 20-22, Fukuoka, Japan, the Iron and Steel Institute of Japan, pp 252–255
Cullison A (1994) Two Paths, One Goal:A Consumable to Weld HSLA 100. Welding Journal. (8), pp 51–53
Dain Y, Kapadia P D, Dowden J M (1999) Distortion Gap Width and Stresses in Laser Welding of Thin Elastic Plates. Journal of Physics D:Applied Physics, Vol. 32, No.2:168–175
Duhamel R F (1997) Laser Beam Welding of a Restrained Joint. Welding Journal, Vol.76, No.4:65–71
Fang H S, Liu D Y, Xu P G, et al (2001) The ways to improve strength and toughness of bainitic steel. Mater. Mech. Eng, 25(6):1–5 (in Chinese)
Fiore S R (1995) The Development of Welding Electrodes For Producing Low Carbon Bainitic Ferrite Weld Deposits. Welding and Weld Automation in Shipbuilding. Proceedings of the TMS Materials Week’95 Symposium in Cleveland, Ohio. Oct.29-Nov.2, pp 135–150
Gianetto J A, Braid J E M, Bowker J T, Tyson W R (1997) Heat-affected Zone Toughness of a TMCP Steel Designed for Low-temperature Applications. Journal of Offshore Mechanics and Arctic Engineering, Transactions of the ASME, Vol.119, No.2:134–144
Hamatani H, Miyazaki Y, Otani T, Ohkita S (2007) Minimization of heat-affected zone size in welded ultra-fine grained steel under cooling by liquid nitrogen during laser welding. Materials Science Forum Vols. 539–543, 4063–4068
Han J K, Lee J B, Chang R W (1994) Recent Developments in TMCP Steels. International Journal for the Joining of Materials, Vol. 6, No.3:121–125
Hanus F E (1995) Flame Straightening Shape Control of TMCP Steels. OMAE Proceedings of the N inth International Conference on Offshore Mechanics and Arctic Engineering, Vol.3, Jun. 18–22, Copenhagen, Den:371-376
Hrivnak I (1995) Weldability of Modern Steel Materials. ISIJ International, Vol.35, No.10: l148–1156
Hsieh R I, Pan Y T and Liou H Y (1999) The Study of Minor Elements and Shielding Gas on Penetration in TIG Welding of Type 304 Stainless Steel, Journal of Materials Engineering and Performance. 8(1): 68–73
Iki H, Nagayoshi A, Sueda K, Ohnishi K, Arimochi K(1998) Development of High-strength Steel Plate for Offshore Structures Produced by TMCP. OMAE Proceedings of the 1998 17th International Conference on Offshore Mechanics and Arctic Engineering, Jul.5–9, Lisbon, Portugal, 6pp Paper: OMAE98-2181 PIOSEB
Inoue T, Hagiwara Y (1990) Fracture Behavior of Welded Joints with HAZ Undermatching. Proceedings of the Ninth International Conference on Offshore Mechanics and Arctic Engineering, Volume III:Materials Engineering-Part A, Feb.: 253–260
Irving B (1998) Weld Cracking Takes on Some New Twists. Welding Journal, Vol.77, No. 8:37–40
Kanetsuki Y, Katsumata M (1998) Effects of Heating and Cooling Rate on Transformation Behaviors in Weld Heat Affected Zone of Low Carbon Steel. Journal of the Iron and Steel Institute of Japan, Vol.84, No.2, Feb.: 109–114
Kang J H, Torizuka S (2007) Dynamic recrystallization by large strain deformation with a high strain rate in an ultralow carbon steel. Scripta Materialia, Volume 57, Issue 11, 1048–1051
Kawaguchi Y (2002) Mechanical properties of welded joints of ultra-fine grained steels, ICASS, May 22-24, Tsukuba, Japan
Lam K Y, Wen C, Tao Z (1993) Interaction between microcracks and a main crack in a semi-infinite medium. Engineering Fracture Mechanics, 44(5): 753–761
Lancaster J F (1980) Metallurgy of Welding, third edition, ISBN 0 04 669008 5
Lee S, Kim B C, Kwon D (1992) Correlation of Microstructure and Fracture Properties in Weld Heat-affected Zones of Thermomechanically Controlled Processed Steels. Metallurgical Transactions A, Vol.23A: 2803–2816
Lu S P, Tanaka M and Nogi K (2002) Weld Penetration and Marangoni Convection with Oxide Fluxes in GTA Welding, Materials Transactions, 43(11):2926–2931
Majta J, Muszka K (2007) Mechanical properties of ultra fine-grained HSLA and Ti-IF steels. Materials Science and Engineering: A, Volume 464, Issues 1-2, 186–191
Matsuda F, Fukada Y, Okada H et al (1996) Review of mechanical and metallurgical investigations of marten-site-austenite constituent in welded joints in Japan. Welding in the World, 37(3):134–154
Matsuda F, Ikeuchi K, Liao J (1993) Weld HAZ toughness and its improvement of low alloy steel SQV-2A for pressure vessels (Report l). Trans. JWRI, 22(2):215–221
Matusda F, Ikeuchi K, Okada H, et al (1994) Effect of M-A Constituent of Fracture Behavior of 780 and 980 MPa Class HSLA Steels Subject to Weld HAZ Thermal Cycle. Trans. JWRI, 23(2): 231–238
Móthis K, Rauch E F (2007) Microstructural characterization of a fine-grained ultra low carbon steel. Materials Science and Engineering:A Volume 462, Issues 1–2, 248–252
Murty S V S N, Torizuka S, Nagai K (2005) Ferrite grain size formed by large strain-high Z deformation in a 0.15C steel. Materials Transactions, 46, l 1, 2454–2460
Murty S V S N, Torizuka S, Nagai K, Kitai and Kogo Y (2005) Dynamic recrystallization of ferrite during warm deformation of ultrafine grained ultra-low carbon steel, Scripta Materialia, 53, 6, 763–768
Peng Y, He C, Tian Z, Zhang X, Ma C, Xiao H, Chen Y (2005) Study of Arc Welding of Fine Grained Low Carbon Steel, ISUGS Part of Proceedings of the Joint International Conference of HSLA Steels and ISUGS 2005, November 8-10, Sanya, Hainan, China, 295–299
Peng Y, Tian Z, Chen W, Wang C, Bao G (2003) Laser Welding of Ultra-fine Grained steel SS400, Journal of Iron and Steel Research International, Vol.10, No.3, 32–36
Peng Y, Xu Z (1997) Effect of welding thermal cycle on the microstructures and toughness of Nb-V-Ti microalloyed Steel. Iron and Steel, 32(2):53–56
Peng Y, Tian Z, He C, Ma C (2003) Microstructures and mechanical properties of welding HAZ of 400 MPa ultra-fine grained steel. Transactions of the China Welding Institute, 24(5), 21–24
Peng Y, Tian Z, He C, Zhang X, Xiao H (2003) Effect of Welding Thermal Cycle on the Microstructure and Mechanical Properties of Ultra-fine Grained Carbon Steel, Materials Science Forum, Vol.426–432, No.2, 1457–1462
Peng Y, Tian Z, Wang C, Chen W, Bao G, Zhao L (2002) Study of Welding Ultra-fine Grained Ferrite Steel by CO2 Laser. Steel Research, Vol.73, No. 11, pp 508–512
Peng Y, Wang C, Chen W Z, Zhao L, Tian Z L (2002) The parameter-related microstructural characteristics of laser autogenously produced weld metal of ultra fine grained steel. Proceding of the 4th Workshop on High Performance Structural Steels for 21st. Century, Pohang, Korea: 299–302
Postacioglu N, Kapadia P, Dowden J M (1997) Thermal Stress Generated by a Moving Elliptical Weldpool in the Welding of Thin Metal Sheets. Journal of Physics D: Applied Physics, Vol.30, No.16: 2304–2312
Qian B N, Li J L, Si C Y, Yi Y Y (1995) Effect of C, Al and Ti on the toughness of HAZ of HSLA steel., Chin.J. Mater.Res., 9(2): l19–124 (in Chinese)
Shi Y W, Chen D, Lei Y P and Li XY (2004) HAZ Microstructure Simulation in Welding of a Ultra Fine Grain Steel, Computational Materials Science, 31:379–388
Srolovttz D J, Anderson M P, Sahni P S and Grest G S (1984) Computer Simulation of Grain Growth-II. Grain Size Distribution, Topology and Local Dynamics, Acta Metall., 32(5):793–802
Terada Y, Ishikawa H, Chijiiwa R, Tomioka K, Takamoto T, Itsubo G, Tamehiro H (1998) High-strength Titanium-oxide Bearing Tether Pipe for Tension Leg Platform. Proceedings of the 1998 8th International Offshore and Polar Engineering Conference, Part 4 (of 4), May 24–29, 1998, Vol.4, Montreal, Can:131–137
Tian D W, Karjalainen L P, Qian B N, Chen X F (1997) Cleavage Fracture Model for Granular Bainite in Simulated Coarse-Grained Heat-Affected Zones of High-Strength Low-Alloyed Steels. JSME International Journal Series A, 40(2):179–188
Tian Z, et al. (2002) Welding of ultra-fine grained carbon steels, Workshop on New Generation Steel,13-16 Beijing, China, pp 108–112
Tian Z, Peng Y, He C, Zhang X, Shi Y, Xiao H, Ma C (2004) Weldability of 400 MPa Grade Ultra-fine Grained Carbon Steel, Proceedings of Second International Conference on Advanced Structural Steels, ICASS 2004, April 14–16, Shanghai, China, 898–906
Tian D W, Karjalainen L P, Qian B, Chen X (1996) Nonuniform Distribution of Carbonitride Particles and Its Effect on Prior Austenite Grain Size in the Simulated Coarse-grained Heat-affected Zone of Thermomechanical Control-processed Steels. Metallurgical and Materials Tansactions A, Vol. 27A:4031–4038
Tsai C L, Liaw M L, Teng J I (1998) Effect of Residual Stresses on Design Assessment of Partial Penetration Laser Welds in a Pressure Valve Component. Welding Journal, Vol.77, No.10: 403–410
Vassilaros M G, Czyryca E J (1993) The Development of High-Strength, Cooling-Rate Insensitive Ultra-Low-Carbon Steel Weld Metals. Key Engineering Materials Vol.84–85, pp 587–601
Wang C (2002) Study of Laser Welding of 400 MPa Super Steel and Its Weldability [Dissertation], Tsinghua University, Beijing (in Chinese)
Wang C, Peng Y, Bao G, Zhang Y Q, Chen W Z, Tian Z L (2001) Calculation and detection of thermal cycle of laser deep penetration welding. Electric Welding Machine, 31(4):14–15, 21.( in Chinese)
Wang C, Zhang X D, Chen W Z, Zhao L, Tian Z L (2002) Modeling and experimental study on HAZ grain growth in laser welding of ultra-fine grained steel. Applied Laser, 22(2):181–184 (in Chinese)
Weng Y (2003) Ultra-fine Grain Steel, Metallurgical Industry Press, China, pp 616–712
Yin G G, Gao J S, Hong Y C, et al (2001) The microstructure and toughness of HAZ in low carbon Ti-Nb series steel after welding. Transaction of the China Welding Institute, 22(2):71–74 (in Chinese)
Youn J G, Park T D (2002) Effect of heat input on properties of the ultra-fine grained steel weldments, ICASS 2002, May 22–24, Tsukuba, Japan
Yurioka N (1997) TMCP Steels and Their Welding. Welding in the World, Vol.43, No.2:2–17
Zhang X D, Wang C, Chen W Z, Bao G, Tian Z L (1999) Thermal Cycle of CO2 Laser Beam Welding and Effect on Mechanical Property of Joint. Applied Laser, 33(3):408–412 (in Chinese)
Zhang X D, Chen W Z, Wang C, Zhao L, Peng Y, Tian Z L (2004) Factors affecting mechanical properties of laser welded joint of 400 MPa grade ultra-fine grained ferrite steel. Proceeding of ICASS: 998–1002
Zhang X D, Chen W Z, Wang C, Zhao L, Peng Y, Tian Z L (2004) Microstructures and Toughness of Weld Metal of Ultra-Fine Grained Ferritic Steel by Laser Welding. Journal of Materials Science & Technology, 20(6):755–759
Zhang X D, Chen W Z, Bao G, Zhao L (2004) Improvement of Weld Quality Using a Weaving Beam in Laser Welding. Journal of Materials Science & Technology, 20(5):633–636
Zhao L, Chen W Z, Zhang X D (2006) Microstructure and mechanical properties of laser welded heat-affected zone in new ultra-low carbon bainitic steel.Chinese Journal of Lasers, 33(3):408–412 (in Chinese)
Zhao L, Chen W Z, Zhang X L (2005) Microstructure and mechanical Properties of Laser Welded Joint of NULCB Steel. Laser Technology, 30(4):344–346 (in Chinese)
Zhao L, Chen W Z, Zhang X D, Shan J G (2007) Study on Laser Welded Heat-Affected Zone in New Ultra-Low Carbon Bainitic Steel. Journal of University of Science and Technology Beijing (English edition), 14(2):136–140
Zhao L, Chen W Z, Zhang X D, Shan J G (2006) Structure character of M-A constituent in CGHAZ of new ultra-low carbon bainitic steel under laser welding conditions. Journal of materials science and technology, 22(3):382–386
Zhao L(2004) Study on Laser Weldability of New Ultra-Low Carbon Bainitic Steel [Dissertation], Tsinghua University, Beijing, p.54 (in Chinese)
Zhao L, Zhang X D, Chen W Z (2004) Microstructure character in laser welding of 800MPa grade RPC steel. Applied Laser. 24(6):371–374 (in Chinese)
Zhao L, Zhang X D, Chen W Z, Peng Y, Tian Z L (2005) Microstructure and mechanical properties of laser welded CGHAZ of RPC steel. Transactions of the China Welding Institution, 26(6): 5–8 (in Chinese)
Zhao L, Zhang X D, Chen W Z, Peng Y, Tian Z L (2004) Microstructure and toughness of HAZ of 800MPa grade RPC steel by laser welding. Proceedings of SPIE, Vol.5629:209–216
Zhao L, Zhang X D, Chen W Z, Peng Y, Tian Z L (2004) Microstructure and mechanical properties of laser welded HAZ of 800 MPa grade RPC ultra-fine microstructure low-alloy steel. Proceeding of ICASS:974–978
Zhao L, Zhang X D, Chen W Z (2005) Toughness of heat-affected zone of 800MPa Grade low alloy steel. Acta Metallurgica Sinica, 41(4):392–396 (in Chinese)
Zhao Y Z, Zhou H P and Shi Y W (2006) The Study of Surface Active Element on Weld Pool Development in A-TIG Welding, Modelling Simul. Mater. Sci. Eng. l4:331–349
Zou Z F, Zhang W Y (1990) Welding Metallurgy and Metal Weldability. Beijing: Mechanical Industry Publishing House. p.227
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Tian, Z., Peng, Y. (2009). Welding of Ultra-Fine Grained Steels. In: Ultra-Fine Grained Steels. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-540-77230-9_10
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DOI: https://doi.org/10.1007/978-3-540-77230-9_10
Publisher Name: Springer, Berlin, Heidelberg
Print ISBN: 978-3-540-77229-3
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