In this paper, the anisotropic flux avalanche processes in thin square-shaped type-II
superconducting films are numerically investigated by solving the coupled nonlinear …

Dendritic flux avalanches and the accompanying thermal stress and strain in type-II
superconducting thin films under transverse magnetic fields are numerically simulated in this …

Controlling and suppressing the propagation of magnetic flux avalanches is an important
issue for the application of type-II superconductors. The effects of engineered pinning …

The flux avalanche in type-II superconducting thin film is numerically simulated in this paper.
We mainly consider the effect of non-uniform critical current density on the thermomagnetic …

Flux avalanches induced from thermomagnetic instability are crucial challenges for the
application of superconducting thin film devices. In this paper, flux avalanches in a type-II …

When type-II superconductors are in external magnetic field, the magnetic flux would
penetrate the superconductors in the form of flux vortex [1]. If the superconductor is …

The variety of morphologies in flux patterns created by thermomagnetic dendritic avalanches
in type-II superconducting films is investigated using numerical simulations. The avalanches …

The electrodynamic behavior of isotropic superconducting Nb films cooled below their
critical temperature in the presence of in-plane applied magnetic fields is investigated using …

Thermomagnetic instability is a crucial issue for the application of superconductors. Effects
of edge cracks on the thermomagnetic instability of superconducting thin films are …

Thermomagnetic avalanches in superconducting films propagating extremely fast while
forming unpredictable patterns, represent a serious threat for the performance of devices …