With the numerical cable model JackPot it is possible to calculate the interstrand coupling
losses, generated by a time-changing background and self-field, between all strands in a …

Calculating the coupling losses in cable-in-conduit conductor (CICC) joints requires a large
amount of numerical effort, which is why the numerical system is often reduced by grouping …

We present electromagnetic models aiming to calculate the variation of the inductance in a
magnet due to dynamic effects such as the variation of magnetization or the coupling with …

To improve the technology of the new generation of accelerator magnets, prototypes are
being manufactured and tested in several laboratories. In parallel, many numerical analyses …

We developed a numerical method to compute the electromagnetic field of arbitrary static
and axisymmetric current distribution. The method (i) numerically evaluates a double …

The presence of crack-like defects can cause an uneven distribution of the electric current
density in a cracked conductor. To investigate the perturbation of the magnetic field resulting …

In this paper, a quasi-static formulation of the PEEC-method including inductive and
capacitive effects is coupled with a surface magnetization formulation allowing for modeling …

The Poloidal Field Conductor Insert (PFCI) is a large NbTi single-layer coil, made of 10 turns
of a full-size ITER type cable-in-conduit conductor. One peculiarity of this prototype is the …

To improve the technology of the new generation of accelerator magnets, prototypes are
being manufactured and tested in several laboratories. In parallel, many numerical analyses …

Abstract Cable-In-Conduit conductors feature large current-carrying capacity and stability
against local and transient heat deposition. As such they are suitable for application in …