Simulation and Evaluation of the Superconducting Coils by Employing FEM

Shilpa Shukla, P Ebby Darney

Abstract: Many models have been proposed to assess the critical state of superconductors, and the analytical models used for fundamental geometries have been covered in prior discussions. However, numerical models must be developed to solve the complex geometries. Maxwell's equations and the E-J power law are commonly solved using numerical models (2D or 3D) that employ finite element or finite difference approaches. Finite element techniques are commonly used to solve partial differential equations (PDEs). Many researchers, notably T-, have thoroughly investigated these models in the past (based on the present vector potential T). These formulations (with same concepts) can be used to describe Maxwell's equations; however, the equivalent PDE results may differ. Since H formulations are the new work also makes use of this numerical technique, and the Article provides a detailed introduction to it.

Keywords: Superconducting, AC losses, SMES, Smart materials

How to Cite?: Shilpa Shukla, P Ebby Darney, "Simulation and Evaluation of the Superconducting Coils by Employing FEM", Volume 13 Issue 3, March 2024, International Journal of Science and Research (IJSR), Pages: 1479-1483, https://www.ijsr.net/getabstract.php?paperid=SR24321112851, DOI: https://dx.doi.org/10.21275/SR24321112851

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