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Articles

Determination of surface heat-transfer coefficients during quenching of steel plates

Pages 203-211 | Published online: 19 Jul 2013

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A. J. Fletcher & M. Nasseri. (1995) Effect of plate orientation on quenching characteristics. Materials Science and Technology 11:4, pages 375-381.
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A. J. Fletcher & W. D. Griffiths. (1995) Model of heat transfer during quenching in sodium polyacrylate solutions. Materials Science and Technology 11:3, pages 322-326.
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A. J. Fletcher & W. D. Griffiths. (1993) Heat transfer during vapour blanket stage of quench. Materials Science and Technology 9:11, pages 958-966.
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A. J. Fletcher & W. D. Griffiths. (1993) Quenching of steel plates in sodium polyacrylate solutions. Materials Science and Technology 9:2, pages 176-184.
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F. S. Allen & A. J. Fletcher. (1987) Effect of surface conditions on generation of stress and strain in quenched steel plates. Materials Science and Technology 3:4, pages 291-298.
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A. J. Fletcher & A. B. Soomro. (1986) Effect of transformation temperature range on generation of thermal stress and strain during quenching. Materials Science and Technology 2:7, pages 714-719.
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M. Bamberger & B. Prinz. (1986) Determination of heat transfer coefficients during water cooling of metals. Materials Science and Technology 2:4, pages 410-415.
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A.J. Fletcher & C. Lewis. (1985) Effect of free edge on thermal stresses in quenched steel plates. Materials Science and Technology 1:10, pages 780-785.
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F. Abbasi & A. J. Fletcher. (1985) Effects of viscous flow on generation of thermal stress and strain during quenching of steel plates. Materials Science and Technology 1:10, pages 770-779.
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A. J. Fletcher, V. G. Gibson & J. A. Gonzales. (1984) Prediction of roll force and torque during hot flat rolling of En 2 steel. Metals Technology 11:1, pages 156-166.
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A. J. Fletcher & R. F. Price. (1981) Generation of thermal stress and strain during quenching of low-alloy steel plates. Metals Technology 8:1, pages 427-446.
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Articles from other publishers (27)

Pei FU, Ping ZHOU, Zi-wei XIE, Hong-yu WU & Ji-guang CHEN. (2019) Experimental and CFD investigations on cooling process of end-quench test. Transactions of Nonferrous Metals Society of China 29:11, pages 2440-2446.
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Sam J. Oliver, Mahmoud Mostafavi, Foroogh Hosseinzadeh & Martyn J. Pavier. (2019) Redistribution of residual stress by thermal shock in reactor pressure vessel steel clad with nickel alloy. International Journal of Pressure Vessels and Piping 169, pages 37-47.
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Emilia Wołowiec-Korecka. (2018) Modeling methods for gas quenching, low-pressure carburizing and low-pressure nitriding. Engineering Structures 177, pages 489-505.
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ShiTong Fan, YunLai Deng, Yong Zhang, XinYue Huang & PengFei Wu. (2018) Experimental study of heat-transfer coefficient of Al-Zn-Mg-Cu ultra-thick hot plate during multi-stage quenching. Science China Technological Sciences 61:6, pages 916-922.
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Zhenguo Nie, Gang Wang, Yongliang Lin & Yiming Rong. (2015) Precision Measurement and Modeling of Quenching-Tempering Distortion in Low-Alloy Steel Components with Internal Threads. Journal of Materials Engineering and Performance 24:12, pages 4878-4889.
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Manishkumar K. Singh, Manas Kumar Mondal, Alok Mishra & Joydeep Maity. (2014) A Pure Implicit Finite Difference-Based Modeling Approach for Prediction of the Hardenability of Eutectoid Steel. Metallography, Microstructure, and Analysis 3:5, pages 368-376.
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Chao Wang, Zhao-dong Wang, Guo Yuan, Dao-yuan Wang, Jun-ping Wu & Guo-dong Wang. (2013) Heat Transfer During Quenching by Plate Roller Quenching Machine. Journal of Iron and Steel Research International 20:5, pages 1-5.
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Xin Xiao Bian, Chao Zhang & Lin Zhu Qian. (2012) Numerical Analysis on Heat Transfer Coefficient of Large Die Steel Quenching. Advanced Materials Research 487, pages 449-452.
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Ronald A. Wallis. 2010. Metals Process Simulation. Metals Process Simulation 547 585 .
Wackaw Luty. 2010. Quenching Theory and Technology, Second Edition. Quenching Theory and Technology, Second Edition.
S. W. Dean, Cheng Heming, Li Jianyun, Li Ziliang, Hou Lijun & Hou Jie. (2008) Determination of Surface Heat Transfer Coefficients of Cr12MoV Steel Cylinder during High-Speed Gas Quenching at Atmospheric Pressure. Journal of ASTM International 5:9, pages 101813.
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Lijun Wu, Weiguo Zhou, Peng Li & Huier Cheng. (2007) Study on the equivalent convection coefficient of the hot surface of blast furnace stave. Heat and Mass Transfer 43:12, pages 1303-1309.
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Heming Cheng, Jianbin Xie & Jianyun Li. (2004) Determination of surface heat-transfer coefficients of steel cylinder with phase transformation during gas quenching with high pressures. Computational Materials Science 29:4, pages 453-458.
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Cheng Heming, Huang Xieqing & Xie Jianbin. (2003) Comparison of surface heat-transfer coefficients between various diameter cylinders during rapid cooling. Journal of Materials Processing Technology 138:1-3, pages 399-402.
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Cheng Heming, Huang Xieqing & Wang Honggang. (1999) Calculation of the residual stress of a 45 steel cylinder with a non-linear surface heat-transfer coefficient including phase transformation during quenching. Journal of Materials Processing Technology 89-90, pages 339-343.
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R. Thomas, M. Ganesa-Pillai, P. B. Aswath, K. L. Lawrence & A. Hajisheikh. (1998) Analytical/Finite-element modeling and experimental verification of spray-cooling process in steel. Metallurgical and Materials Transactions A 29:5, pages 1485-1498.
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Cheng Heming, Fan Jiang & Wang Honggang. (1997) Estimation of the mechanical properties of a 42CrMo steel cylinder with phase transformation during quenching. Journal of Materials Processing Technology 63:1-3, pages 568-572.
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Miroslav Raudensky, Jaroslav Horsky, Ampere A. Tseng & Cheng-I Weng. (1994) Heat transfer evaluation of impingement cooling in hot rolling of shaped steels. Steel Research 65:9, pages 375-381.
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Wacław Luty. 1992. Theory and Technology of Quenching. Theory and Technology of Quenching 248 340 .
E. Macherauch & O. Vöhringer. 1992. Theory and Technology of Quenching. Theory and Technology of Quenching 117 181 .
Frances Sarah Allen, Alfred John Fletcher & Alan Mills. (1989) The characteristics of certain experimental quenching oils. Steel Research 60:11, pages 522-530.
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R. A. Wallis, P. R. Bhowal, N. M. Bhathena & E. L. Raymond. (1989) Modeling the heat treatment of superalloy forgings. JOM 41:2, pages 35-37.
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F. S. Allen, A. J. Fletcher & A. Mills. 1989. International Conference on Residual Stresses. International Conference on Residual Stresses 587 592 .
A. J. Fletcher & W. D. Griffiths. 1989. International Conference on Residual Stresses. International Conference on Residual Stresses 473 478 .
Shoji TANIGUCHI, Toshiyuki MURAKAMIAtsushi WATANABEAtsushi KIKUCHI. (1988) Phase Transformation and Heat Transfer during Cooling of Steel. Tetsu-to-Hagane 74:2, pages 318-325.
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F.S. Allen, A.J. Fletcher & S. King. (1987) On the quenching characteristics of polyalkylene glycol solutions in water. Materials Science and Engineering 95, pages 247-257.
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Claudio R. Böer, Nuno M. R. S. Rebelo, Hans A. B. Rydstad & Günther SchröderClaudio R. Böer, Nuno M. R. S. Rebelo, Hans A. B. Rydstad & Günther Schröder. 1986. Process Modelling of Metal Forming and Thermomechanical Treatment. Process Modelling of Metal Forming and Thermomechanical Treatment 351 408 .

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