A reduced 2D circuit-coupled finite element method reproduces 3D reference simulations of Rutherford cable AC loss and interstrand coupling currents with under 5% loss difference and much lower cost.
H-phi formulation in Sparselizard combined with domain decomposi- tion methods for modeling superconducting tapes, stacks, and twisted wires,
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Simulation of Rutherford Cable AC Loss and Magnetization with the Coupled Axial and Transverse Currents Method
A reduced 2D circuit-coupled finite element method reproduces 3D reference simulations of Rutherford cable AC loss and interstrand coupling currents with under 5% loss difference and much lower cost.