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CHATS on Applied Superconductivity 2015

14–16 Sept 2015
Bologna, Italy
Europe/Zurich timezone

Contribution List

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41. Opening welcome
Marco Breschi (University of Bologna, Italy)
14/09/2015, 09:00
42. Thermal modelling of the HiLumi Nb3Sn MQXF inner triplet magnets with OpenFOAM – Development of superfluid helium code
Rob Van Weelderen (CERN)
14/09/2015, 09:15
43. Modelling of transient dynamics leading to crisis in a boiling helium natural circulation loop
Hernan Furci (CEA Saclay)
14/09/2015, 09:45
44. Dynamic simulations of a tokamak cryogenic system
ROBERTA CIRILLO (CEA)
14/09/2015, 10:15
45. A Physics-Based Simplified Model for the ITER Cooling Loops
Luca Bottura (CERN)
14/09/2015, 11:00
46. Process Control Strategy for ITER Central Solenoid Operation
Ryuji MAEKAWA (ITER Organization)
14/09/2015, 11:30
47. Characterization of the thermal coupling between the ITER TF coil conductor and the structure cooling circuit
Gauthier Florent (ITER)
14/09/2015, 12:00
48. ITER Side Correction Coil Quench Model and Analysis
Sylvie NICOLLET (CEA)
14/09/2015, 12:30
14. Modeling the KSTAR PF magnet system – an engineering work for the optimal operation
Dong Keun Oh (NFRI)
14/09/2015, 14:15
Extending the development of a pilot of SUPERMAGNET model of the KSTAR PF magnet, the thermo-hydraulic analysis has been emerged as an essential part to study the performance of the superconducting magnet in KSTAR tokamak. Showing the possibility of a good simulator of superconducting tokamak, we develop a coupled CICC network of the full-scale central solenoids (PF1UL ~ PF7UL of KSTAR) in the...
50. Thermo-hydraulic analyses associated to a design proposal for DEMO TF conductor
Roser Vallcorba (CEA - Saclay)
14/09/2015, 14:45
51. Predictive 1-D analysis of the prototype HTS current leads for the ITER Correction Coils
Reinhard Heller (Karlsruhe Institute of Technology)
14/09/2015, 15:15
52. Quench Analysis of the 11 T Nb3Sn Dipole for the LHC Luminosity Upgrade
Susana Izquierdo Bermudez (CERN)
14/09/2015, 16:00
53. Lumped-Element Dynamic Electro-Thermal model of a superconducting magnet
Michal Maciejewski (Technical University of Lodz(PL))
14/09/2015, 16:30
54. Analysis of the quench propagation along Nb3Sn Rutherford cables with the THELMA code
Fabrizio Bellina (Udine University)
14/09/2015, 17:00
55. Stability modeling of the LHC Rutherford cables subjected to beam losses
Marco Breschi (Universita e INFN, Bologna (IT))
15/09/2015, 08:30
56. Using the HELIOS facility for assessment of bundle-jacket thermal coupling in a CICC
Benoit LACROIX (CEA)
15/09/2015, 09:00
58. Numerical analysis of propagation of thermal disturbances in REBCO tapes
Alberto Brighenti (Polytechnics of Torino)
15/09/2015, 09:30
60. Electro-thermal Analysis of quench in High Field HTS coils
Lorenzo Cavallucci (University of Bologna)
15/09/2015, 10:45
61. Comprehensive quench analysis of the NHMFL 32T all-superconducting magnet
Andrey Gavrilin (Florida State University, Florida, USA)
15/09/2015, 11:15
62. Open-source software to model High Temperature Superconductor
Frederic Trillaud (Universidad Nacional Autónoma de México)
15/09/2015, 11:45
63. Modeling AC ripples in HTS coated conductors by integral equations
Francesco Grilli (Karlsruhe Institute of Technology)
15/09/2015, 12:15
64. Ac Loss Calculation of a Dipole Magnet Wound with Coated Conductors
Naoyuki Amemiya (Kyoto University)
15/09/2015, 14:00
65. Test of a prototype large current HTS cable for fusion
Pierluigi Bruzzone (EPFL-CRPP)
15/09/2015, 14:30
66. Simulation of current distribution in twisted 2G tapes in terms of the H formulation taking in account the stress induced by torsion
Guilherme Sotelo (Fluminense Federal University)
15/09/2015, 15:00
68. Numerical Simulation on Magnetic Field generated by Screening Current in REBCO coils
Hiroshi Ueda (Osaka University)
15/09/2015, 15:45
69. Modeling and testing of transverse, axial and torsional strain on REBCO tapes
Arend Nijhuis (University of Twente)
15/09/2015, 16:20
71. Invited presentation: The simulator of FERRARI formula 1 vehicle
Giacomo Tortora (Ferrari Sport Team)
16/09/2015, 09:00
72. Study on magnetic field deviation due to manufacturing errors of the SIS100 superconducting magnets
Kei SUGITA (GSI)
16/09/2015, 10:00
79. Design and Optimization of a HTS Insert for Solenoid Magnets
Giordano Tomassetti (ENEA)
16/09/2015, 10:30
80. Simulation of the Cabling Process for Rutherford Cables: an Advanced FEM Model
Jaime Cabanes Aracil (CERN)
16/09/2015, 11:20
81. Structural Modeling of HTS Tapes and Cables
Nathaniel Allen (Tufts University)
16/09/2015, 11:55
25. Numerical Simulation of REBCO pancake coil with No-Insulation Technique
Prof. So Noguchi (Hokkaido University)
The No-Insulation (NI) technique has the prospect of high thermal stability and high current density. A REBCO pancake coil with NI technique has no insulation between turns, so that the current can flow directly to the adjacent turns escaping from a local hotspot or a local normal transition. It enhances the thermal stability. The high thermal stability of REBCO pancake coil with NI technique...
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