founded in 1995, develops specialized software for comprehensive analysis
tools utilized in technologies critical to successful design and operation
superconducting magnets including electromagnetic and
thermo-hydraulic analysis. The principle for CryoSoft, Dr. Luca
Bottura, was educated at University of Bologna and University of Swansea.
He worked several years on the Next European Torus team at Garching
(Munich), and is currently a lead scientist at CERN in Geneva, Switzerland. His
specialty includes mechanical, electrical, and helium hydrodynamics design
and process simulation. He represents the CryoSoft company, and is the
author of the CryoSoft codes. Dr. Bottura's e-mail is Luca.Bottura@cern.ch
The CryoSoft 8.0 Suite of Products...
code manager for the integration of technology-specific products within
the CryoSoft Suite of codes.
Models thermohydraulic (cooling, quench, and stability) and electric current distribution in
superconducting cables. This product offers astounding flexibility and simulation
Offers cryogenic hydraulic network analysis - modeling complex piping and cryogenic system, aiming at the analysis of
steady state and transients processes in cooling systems and proximity
Provides for the analysis of electrical circuit transients in superconducting magnet
Evaluates transient and steady state conductive heat transfer in
Computes an arbitrary 3-D magnetic system, producing maps of the magnetic
field, magnetic vector potential and AC loss, or the operating point,
inductance and energy of the magnetic system.
Evaluates a 0-dimensional stability analysis..
An interactive cable designer that simulates the physical cabling process
and produces geometry and electrical coupling parameters of a
Provides optimization of cross-sections of superconducting cables.