A new coupled electrodynamic T–A and thermal model for the critical current characterization of high-temperature superconducting Tapes and Cables
Future collider accelerators will rely on high-temperature superconductors reaching high
field up to 20 T and above. Among the existing high-temperature superconducting materials …
field up to 20 T and above. Among the existing high-temperature superconducting materials …
Two-dimensional anisotropic model of YBCO coated conductors
The ability of second-generation YBCO coated conductor (CC) tapes to transport high
current densities at high temperature, ie, up to 77 K, and at very high magnetic fields, ie …
current densities at high temperature, ie, up to 77 K, and at very high magnetic fields, ie …
Numerical study for the impact of current sharing effect upon dynamic behaviour of DC-carrying HTS coils under alternating magnetic fields
Numerical characterization for the dynamic behaviour of DC-carrying HTS coils subjected to
alternating magnetic fields is crucial for its design and protection. In conventional …
alternating magnetic fields is crucial for its design and protection. In conventional …
Numerical simulation of the electro-thermo-mechanical behaviors of a high-temperature superconducting cable
W Ta, Y Gao - Composite Structures, 2018 - Elsevier
The performance of a multi-layer composite superconducting tape depends on operating
conditions, such as the applied field, temperature and stress. Therefore, accurate analysis of …
conditions, such as the applied field, temperature and stress. Therefore, accurate analysis of …
Electrothermal analysis of a twisted stacked YBCO cable-in-conduit conductor
A YBCO cable-in-conduit conductor (CICC) for high field magnet applications as well as for
energy transmission is under development at the ENEA Frascati Superconductivity …
energy transmission is under development at the ENEA Frascati Superconductivity …
Thermo-electromagnetic modeling of coated superconductor coils with metal insulation
The use of metallic sheets as the insulator in a coated superconductor coil is able to
increase its turn-to-turn contact resistance for shortening the charging/discharging delay …
increase its turn-to-turn contact resistance for shortening the charging/discharging delay …
Analysis on thermal stability of Rutherford cable fabricated by quasi-isotropic strands
Y He, Y Wang, Z Meng, Y Nie, D Yang, J Cheng… - … and its Applications, 2024 - Elsevier
A preliminary design of a Rutherford cable (Rfc) consisting of a copper core and 10 Quasi-
isotropic Strands (Q-ISs) with symmetrical geometry is proposed. The current sharing …
isotropic Strands (Q-ISs) with symmetrical geometry is proposed. The current sharing …
Characterization of HTS Bifilar Bridge for Self-Regulating Flux Pump: Experimental and Numerical Study
Self-regulating high-temperature superconducting (HTS) flux pumps offer a promising
solution for compensating the magnetic field degradation in closed HTS coils without direct …
solution for compensating the magnetic field degradation in closed HTS coils without direct …
Nonlinear Magneto-quasistatic Simulation of Superconducting Tapes with a – ψ Algebraic Formulation
The study of superconducting tapes requires specialized formulations to account for the high
aspect ratio of the tapes and the extremely high conductivity of the thin superconducting …
aspect ratio of the tapes and the extremely high conductivity of the thin superconducting …
Numerically thermal stability analysis on a geometrically symmetrical strand fabricated by 2G wires in liquid helium temperature
C Kan, Y Wang, Y Fu, H Zhang, Z Jiang… - IEEE Transactions …, 2017 - ieeexplore.ieee.org
Due to its excellent jc (B) performance at low temperatures, the second generation (2G) high-
temperature superconducting (HTS) REBCO wire is promising for high-field applications …
temperature superconducting (HTS) REBCO wire is promising for high-field applications …