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 …

To study detailed quench behavior of cosine theta Nb/sub 3/Sn high field dipole magnets a
3D simulation program is made using ANSYS finite element analysis program. The …

Cross-sectional 2D models often represent a computationally efficient alternative to full 3D
models, when simulating complex multi-physical magnet systems. However, especially for …

Superconducting power devices are considered for many applications, including airborne
applications. For the devices of interest the operating temperature needs to remain around …

Dynamic simulation of superconducting magnets is critical for the design of quench
protection systems to prevent potentially damaging temperatures and high voltage from …

The electrical integrity of superconducting magnets that go through a resistive transition
(quench) is an important consideration in magnet design. Numerical quench simulation …

The fast thermal and electromagnetic transients that occur in a superconducting magnet in
case of a quench have the potential of generating large mechanical stresses both in the …

High field superconducting magnets for particle accelerators often exhibit premature
quenches. Once a normal zone is generated within the conductor, the quench may …

The paper describes a flexible, extensible, and user-friendly framework to model
electrothermal transients occurring in superconducting magnets. Simulations are a …

We show by modelling that the quench propagation velocity is not constant in HTS coils but
it changes during the quench. Due to the large temperature margin between the operation …