Modelling high temperature superconducting magnets for nuclear fusion

Losses of high-temperature superconductors induced during transient states require numerical models to dimension the necessary cooling system as well as to predict the safe operating conditions for the magnets. However, modelling large-scale HTS applications is complex due to the high aspect ratio of the conductors as well as the nonlinear property introduced by superconductivity.

COMSOL Multiphysics^® has a wide range of functionality that makes it easy to handle such challenges. To see the software's capabilities in action and learn more about modelling high-temperature superconducting magnets for fusion applications, register for this free webinar, happening on 17 November.

Register for this webinar to learn about:

• The basics of nuclear fusion, focusing on the challenges of designing plasma-confining magnets in tokamaks
• High-temperature superconductors and how they are an enabling technology for compact fusion reactors
• Modelling high-temperature superconductors magnets using COMSOL^® and how to simplify complex designs 
• The advantages of using a multiphysics approach to design magnets

Register to watch this free webinar recorded with live Q&A on 17th November 2022 available on demand -  register your interest

This free webinar is available for IET members and non-members.

Register for this free webinar