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MT29 Abstracts and Technical Program

1–6 Jul 2025
Omni Boston Hotel at the Seaport
US/Eastern timezone

Conference Management

Session

Thu-Mo-Po.10 - Modelling of Fusion Conductors and Coils II

3 Jul 2025, 08:45
Ensemble Ballroom, Level 2

Ensemble Ballroom, Level 2

Conveners

Thu-Mo-Po.10 - Modelling of Fusion Conductors and Coils II

  • Jan Jaroszynski (NHMFL)
  • John Rogers (NHMFL)

Presentation materials

There are no materials yet.

  1. 673. Thu-Mo-Po.10-02: Transport current loss modeling for a twisted-stacked-tape cable
    Philip C. Michael (MIT Plasma Science and Fusion Center)
    03/07/2025, 08:45
    Poster

    High-temperature superconducting (HTS) Twisted-Stacked-Tape-Cable (TSTC) conductors have been developed for use in high-field magnets, particularly those needed for compact, high-field fusion tokamaks. TSTC conductors generally contain a large number of simply-stacked RE-Ba2Cu3O7-x (RE=rare earth) (REBCO) coated conductors inserted into helical channels in a round former. Multiple versions...

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  2. 563. Thu-Mo-Po.10-03: J-A-φ formulation with homogenizing technique used to efficiently model HTS cable-in-conduit.
    Bárbara Santos (Rio de Janeiro State University)
    03/07/2025, 08:45
    Poster

    The integration of high-temperature superconductors (HTS) into fusion coil systems is a key advancement for magnetic confinement fusion technology. HTS conductors provide significant benefits, including higher operational thresholds for temperature, transport current, and magnetic fields, which are pivotal for future fusion applications. A previous study introduced an innovative HTS sector...

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  3. 402. Thu-Mo-Po.10-05: Preliminary Quench Analysis on HTS Stacks-In-Conduit Conductors for Fusion Toroidal Field Coils
    Dr Geonwoo Baek (Korea institute of Fusion Energy)
    03/07/2025, 08:45
    Poster

    Strong magnetic fields might be crucial for enhancing the performance of nuclear fusion devices. High-temperature superconducting (HTS) tapes have emerged as promising materials due to their capability of carrying high current densities in high-magnetic field environments. Alongside with various types of HTS conductors for fusion proposed by numerous research institutions, in our previous...

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  4. 641. Thu-Mo-Po.10-06: 3D Electro-Thermal Modelling of Quench in Slotted Core ReBCO Cables for Fusion Tokamaks
    Gabriele Colombo (Department of Electrical, Electronic and Information Engineering “Guglielmo Marconi” - DEI, University of Bologna, Italy)
    03/07/2025, 08:45
    Poster

    The slotted core configuration is a promising candidate for the implementation of High-Temperature-Superconducting (HTS) magnets in compact fusion reactors. Quench dynamics is not yet fully understood in this type of cable and experimental and numerical investigations are still required to fully characterize their behavior in the operative conditions relevant to fusion machines.
    In this work,...

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  5. 348. Thu-Mo-Po.10-07: Study of CORC@ conductors with respect to individual tapes properties
    Alexandre Torre
    03/07/2025, 08:45
    Poster

    CEA has been studying the advantages of a conductor based on an assembly of CORC-like cables (CORC®: Conductor on Round Core) in the high field zone of a hybrid Central Solenoid (CS) magnet for EU-DEMO. To this end, the detailed study of geometrical and electrical parameters of a CORC-like structure are studied in order to evaluate the cable’s electrical performance as well as to determine a...

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