2008•Journal of Huaiyin Institute of TechnologyRequires access

Study on Numerical Simulation of Temperature Field for the Induction Heating Quenching Process

Shen Jin-fei

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Abstract

Based on the induction heating theory,the Finite Element Method model was developed to describe the distribution of electromagnetic field and thermal field for the induction heating quenching with the magnetic vector.Numerical simulation for induction heating process was carried out by ANSYS.The results show that the simulation results are in accordance with the practical application.

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What this paper is about

Based on the induction heating theory,the Finite Element Method model was developed to describe the distribution of electromagnetic field and thermal field for the induction heating quenching with the magnetic vector.Numerical simulation for induction heating process was carried out by ANSYS.The results show that the simulation results are in accordance with the practical application.

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Available abstract

Based on the induction heating theory,the Finite Element Method model was developed to describe the distribution of electromagnetic field and thermal field for the induction heating quenching with the magnetic vector.Numerical simulation for induction heating process was carried out by ANSYS.The results show that the simulation results are in accordance with the practical application.

Key concepts: Induction heating, Quenching (fluorescence), Finite element method, Electromagnetic induction, Computer simulation, Field (mathematics), Process (computing), Electromagnetic field

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