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The SuperMagnet
suite
CID
interactive cable designer that simulates the physical cabling process
and produces geometry and electrical coupling parameters of a
superconducting cable.
M'C
computes an arbitrary 3-D magnetic system, producing the maps of
magnetic field, magnetic vector potential and AC loss, or the operating
point, inductance and energy of the magnetic system.
GANDALF
the first CryoSoft code that models cooling, quench and stability in
force-flow cooled superconductors. At top speed and unsurpassed accuracy
thanks to mesh adaptivity. An old product that is still a reference.
THEA
models cooling, quench, stability and current distribution in
superconducting cables. With an astounding flexibility and simulation
power. Includes automatic time step and mesh adaptivity. THEA is without
doubt the most advanced cable solver available on the market.
FLOWER
a model for complex piping and cryogenic system, aiming at the analysis of
steady state and transients processes in cooling systems and proximity
cryogenics.
POWER
for the analysis of electrical transients in superconducting magnet
systems. A simple but powerful circuit equation solver.
HEATER
a 3-D Finite Element Solver for heat conduction problems in cryogenic
structures. Flexibility and computational power in a complete and
self-contained code.
SUPERMAGNET
the coupling and process manager that provides one additional level of
modeling capability and customization by linking the CryoSoft codes THEA,
FLOWER, POWER, HEATER into a complete system solver with unique flexibility
and capability.
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