The stability of a forced-flow cooled superconducting coil is investigated by use of numerical
simulation. A numerical code to integrate the simultaneous partial differential equation …

A numerical analysis has been carried out of the stability and thermal performance of
internally cooled superconductors. The analysis of the system in question was performed …

In a previous paper, the thermal stability of channel cooled superconducting magnets was
experimentally studied. Stable normal zones were observed within a range of currents and …

A numerical analysis of stability and thermal performance of internally cooled
superconductors has been investigated. An analysis of this system has been performed …

A numerical analysis of the thermal stability of an immersion-cooled, single pancake type
superconducting coil has been carried out, taking into account transient boiling heat transfer …

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 stability margin was measured for a sample of a 6.3 m long cable-in-conduit conductor
composed of 27 strands at various transport currents ranging from 1200 to 2800 A with …

Results of new experiments in the testing of cryostability of a force-cooled superconducting
cable are reported. The cable was tested at a steady field (8 T), steady current, helium flow …

A numerical analysis of stability and thermal performance of internally cooled
superconductors has been investigated. An analysis of this system has been performed …

This paper describes the active heat transfer and hydrodynamic processes occurring when a
cable-in-conduit superconductor is subjected to a localized, time dependent, thermal …