Will you perform induction heating simulation using coupled electromagnetic-thermal FEA?
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I have been working in electromagnetic/thermal (EM/T) field since 1982. In 1996, I received the Bachelor of Engineering (B. Eng.) Degree in Electrical Engineering from Indian Institute of Technology Madras. In 2001, I did PhD in Electrical Engineering from University of Strathclyde, Glasgow, United Kingdom. During my PhD, I wrote about 12 papers including the monographs on “Theoretical and experimental development of magnetic
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In this case, I did my research by writing to companies that offer induction heating simulation services. I was initially shocked to find that a total of 18 companies had responses to my query! Of those, 9 companies were in India and one was in the United States, and they had a diverse range of experience from smaller to large-scale projects. All of the responses listed their expertise in FEA, and 9 of them were using the Electromagnetic-thermal (EMT) finite element method for design optimization. I was intrigued by
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Induction heating is a common process in the manufacture and processing of materials. Heating elements are placed at various distances from the material surface, and the heating current is transferred in a particular direction. The primary goal of induction heating simulation is to optimize the process parameters in terms of heating power, heating rate, and heating time. This involves the application of coupled electromagnetic-thermal FEA (FEA) modeling. In this study, we used coupled electromagnetic-thermal FEA to model a
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“Yes, we will perform induction heating simulation using coupled electromagnetic-thermal Finite Element Analysis (FEA) in our facility. This will help us to predict the performance of the final component in terms of temperature, stress and strain, along with the mechanical behaviour. The simulation will enable us to verify the design and manufacturing process, which will provide us with valuable insights for future improvements.” Further Explain about Coupled Electromagnetic-thermal FEA: “Finite Element Analysis (FEA) is a numerical
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It is an essential part of the automotive industry as it helps to understand the behavior of complex components. Furthermore, inductive heating simulation has an immense impact on automotive manufacturers due to the high number of geometries that need to be designed and their complex properties. Electromagnetic and thermodynamic fields play a crucial role in this simulation process. Electromagnetic fields affect components, while thermodynamic fields affect the operating conditions and flow. For example, the temperature distribution in a coil of magnetic wire affect
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In this work, we investigate an electromagnetic-thermal formulation for coupling electromagnetic and thermal fields using finite elements (FE). The electromagnetic and thermal fields are derived using Green’s functions for the Maxwell-Von Karman equations and the FEA approach. The FE simulations of coupled electromagnetic-thermal problems are then used to design inductive heating systems. Section: How did you come to write that essay? In the given text, it can be inferred that the author came to write that ess