A computational model describing the initiation and evolution of normal zones in the cable-
in-conduit superconductors designed for the international thermonuclear experimental …

A critical problem arises when current distribution in a high-temperature superconductor and
its stability against quench shall be predicted: is it correct to assume homogeneous …

Modeling techniques and tailored computational tools are becoming increasingly relevant to
the design and analysis of large-scale superconducting magnet systems. Efficient and …

The quench process in a superconducting magnet is inherently transient and three-
dimensional (3D). In many cases, such as magnets protected by active protection systems …

A new simple, self‐consistent theoretical model is presented that describes the phenomena
of quench propagation in Cable‐in‐Conduit superconducting magnets. The model …

In the quench protection (QP) process of superconducting fusion devices, the operating
reliability and efficiency of power components are affected by stray parameters of the fast …

Superconducting magnets are crucial components in various scientific, industrial, and
medical applications, offering unparalleled high magnetic fields and energy efficiency …

The ever increasing need for cost-efficient, high-density power transmission brought to the
fore applied superconductivity as an alternative worth investigating. Especially, high …

A new numerical model and calculation method for stability simulation of a cable-in conduit
conductor (CICC) has been developed. In this model, the governing equations are a one …

The ability of accurately modeling the process of propagation in superconducting magnets
wound with cable-in-conduit conductors (CICC) is an important key to the study of quench …