Publication

Finite element method analysis of the coupling effect between superconducting filaments of different aspect ratio

Publications associées (37)

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Test Result of a Full-Size Nb3Sn Conductor Developed for the ITER TF Coils

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2011

Modeling and Characterization of Coated Conductors Applied to the Design of Superconducting Fault Current Limiters

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EPFL2010

Performance Test of TFK=2 qualification sample of ITER TF conductor

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Qualification tests for ITER TF conductors in SULTAN

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From February 2007 to May 2008, 18 short length conductor sections have been tested in SULTAN for design verification and manufacturer qualification of the ITER Toroidal Field (TF) conductor. The test program is focussed on the current sharing temperature, ...
Elsevier2009

Test results of a small size CICC with advanced Nb3Sn strands

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In the scope of the design activities for a 12.5 T dipole magnet, a short length of cable-in-conduit conductor (CICC) with steel jacket was prepared in spring 2005 as a pre-prototype of the high field dipole conductor. The small, rectangular conductor uses ...
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Finite Element Method Modelling of Superconductors: from 2D to 3D

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A 3D numerical modelling technique for solving problems involving superconducting materials is presented. The model is implemented in finite element method software and is based on a recently developed 3D formulation for general electro-magnetic problems w ...
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3D Modeling of Coupling Between Superconducting Filaments via Resistive Matrix in AC Magnetic Field

Francesco Grilli, Yong Yang, Bertrand Dutoit

The ac loss of superconducting composite depends strongly on coupling between superconducting filaments via the resistive matrix. The established technique for loss reduction using twisted filaments relies on the decoupling of the filaments below a critica ...
2003

Finite element method study of the coupling effect between superconducting filaments in varying magnetic field

Francesco Grilli, Yong Yang, Bertrand Dutoit

Using 3D finite element modelling, the present work investigates the coupling effect between superconducting filaments induced by an externally applied varying magnetic field. The considered geometry consists of two superconducting filaments separated by a ...
2003

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