STUDY ON TEMPERATURE FIELD INDUCED IN HIGH FREQUENCY INDUCTION HEATING
来源期刊：Acta Metallurgica Sinica2006年第3期
论文作者：Z.Q. Yao J. Hu Y.J. Shi H. Shen
Key words：high frequency induction; temperature field; numerical simulation;
Abstract: A mathematical model was established for the temperature field developed during high frequency induction heating (HFIH) by Maxwell's equations. It required solving the coupled equations of the electromagnetic and temperature fields. The numerical simulation was performed using FEMLAB.The comparison of the calculations using the proposed model with experimental results showed a very good correlation. The effects of the heating parameters in high frequency induction such as the distance between the plate and the coil, the applied current, the frequency, and the turns of the coil on the temperature profiles developed in the plate were also discussed using the established model.
Z.Q. Yao1，J. Hu1，Y.J. Shi1，H. Shen1
(1.School of Mechanical Engineering, Shanghai Jiaotong University, Shanghai 200030, China)
Abstract:A mathematical model was established for the temperature field developed during high frequency induction heating (HFIH) by Maxwell''s equations. It required solving the coupled equations of the electromagnetic and temperature fields. The numerical simulation was performed using FEMLAB.The comparison of the calculations using the proposed model with experimental results showed a very good correlation. The effects of the heating parameters in high frequency induction such as the distance between the plate and the coil, the applied current, the frequency, and the turns of the coil on the temperature profiles developed in the plate were also discussed using the established model.
Key words:high frequency induction; temperature field; numerical simulation;
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