Magnetization AC losses of a like-quasi-isotropic conductor using accelerated three-dimensional T-A model

•An optimized T-A formulation is proposed.•Magnetization AC losses are measured.•The magnetization AC loss is reduced by the matched Lp.•The influence of pitch length is studied. An accelerated T-A formulation based on a like-quasi-isotropic conductor, composed of a quasi-isotropic conductor and hel...

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Published in:Fusion engineering and design 2022-07, Vol.180, p.113158, Article 113158
Main Authors: Zhang, Xindan, Wang, Yinshun, Wang, Yueyin
Format: Article
Language:English
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Accelerated T-A model•Hysteresis loss•Like-quasi-isotropic conductor•Magnetization AC losses
Conductors
Magnetization
Magnets
Three dimensional models
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description •An optimized T-A formulation is proposed.•Magnetization AC losses are measured.•The magnetization AC loss is reduced by the matched Lp.•The influence of pitch length is studied. An accelerated T-A formulation based on a like-quasi-isotropic conductor, composed of a quasi-isotropic conductor and helical tapes, is developed and presented. This formulation reduces the degree of freedom of solution and is suitable for calculating of magnetization losses of large magnets. We use simulation and experiment methods to study the composition of the magnetization losses of a like-quasi-isotropic conductor and find a way to reduce the AC losses.
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subjects Accelerated T-A model•Hysteresis loss•Like-quasi-isotropic conductor•Magnetization AC losses
Conductors
Magnetization
Magnets
Three dimensional models
title Magnetization AC losses of a like-quasi-isotropic conductor using accelerated three-dimensional T-A model
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