Energy applications employing high-temperature superconductors (HTS), such as
motors/generators, transformers, transmission lines and fault current limiters, are usually …

Numerical modeling of superconductors is widely recognized as a powerful tool for
interpreting experimental results, understanding physical mechanisms, and predicting the …

Figure 1.(a) Schematic of the cloaking material consisting of an array of superconducting
and soft ferromagnetic elements. Only four sheets of the partial size are depicted and shifted …

Abstract Almost all present High Temperature Superconducting (HTS) cable designs for
magnets are based on twisted or transposed concepts that were developed for Low …

We review the modeling progress of the magnetic response of hard type-II superconductors
(SCs) using the critical-state model (CSM). We focus on magnetization loops when a uniform …

Electromagnetic metamaterials,, are a class of materials that have been artificially structured
on a subwavelength scale. They are currently the focus of a great deal of interest because …

The electromagnetic properties of a pancake coil in an AC regime as a function of the
number of turns is studied theoretically and experimentally. Specifically, the AC loss, the coil …

Superconducting tape coils and Roebel cables are often modeled as stacks of parallel
superconducting tapes carrying the same transport current. We solved, in the infinitely thin …

Many applications of ReBCO-coated conductors contain stacks of pancake coils. In order to
reduce their high AC loss, it is necessary to understand the loss mechanisms. In this paper …

Many superconductor applications require cables with a high current capacity. This is not
feasible with single-piece coated conductors because their ac losses are too large …