Abstract
ENEA (Italian Agency for New Technoligies, Energy and the Environment), under an ITER Technology Task (MSUB2-Stability, Ramp Rate and AC Loss Experiments for ITER), is engaged in the test of a 12 T coil, made by a cable-in-conduit Nb3S n conductor with the wind and react approach. The Task proposal is to face many of the technological problems that will be met in the construction of the ITER magnet. The coil will undergo an a. c. test (ITER relevant) at ENEA. Here the preliminary numerical analysis, performed using the MSC/EMAS code, on the a.c. test are reported. The results concern the forces and the temperature growths for ohmic dissipation due to eddy currents on the metallic structures surrounding the coil.
Gasparotto, M;
Pasotti, G;
Roccella, M;
[1]
Lucca, F
- Associazione EURATOM-ENEA sulla Fusione, Frascati (Italy)
Citation Formats
Gasparotto, M, Pasotti, G, Roccella, M, and Lucca, F.
Temperature growth-up and mechanical loads on ENEA facility CICC test.
Italy: N. p.,
1994.
Web.
Gasparotto, M, Pasotti, G, Roccella, M, & Lucca, F.
Temperature growth-up and mechanical loads on ENEA facility CICC test.
Italy.
Gasparotto, M, Pasotti, G, Roccella, M, and Lucca, F.
1994.
"Temperature growth-up and mechanical loads on ENEA facility CICC test."
Italy.
@misc{etde_10124087,
title = {Temperature growth-up and mechanical loads on ENEA facility CICC test}
author = {Gasparotto, M, Pasotti, G, Roccella, M, and Lucca, F}
abstractNote = {ENEA (Italian Agency for New Technoligies, Energy and the Environment), under an ITER Technology Task (MSUB2-Stability, Ramp Rate and AC Loss Experiments for ITER), is engaged in the test of a 12 T coil, made by a cable-in-conduit Nb3S n conductor with the wind and react approach. The Task proposal is to face many of the technological problems that will be met in the construction of the ITER magnet. The coil will undergo an a. c. test (ITER relevant) at ENEA. Here the preliminary numerical analysis, performed using the MSC/EMAS code, on the a.c. test are reported. The results concern the forces and the temperature growths for ohmic dissipation due to eddy currents on the metallic structures surrounding the coil.}
place = {Italy}
year = {1994}
month = {Dec}
}
title = {Temperature growth-up and mechanical loads on ENEA facility CICC test}
author = {Gasparotto, M, Pasotti, G, Roccella, M, and Lucca, F}
abstractNote = {ENEA (Italian Agency for New Technoligies, Energy and the Environment), under an ITER Technology Task (MSUB2-Stability, Ramp Rate and AC Loss Experiments for ITER), is engaged in the test of a 12 T coil, made by a cable-in-conduit Nb3S n conductor with the wind and react approach. The Task proposal is to face many of the technological problems that will be met in the construction of the ITER magnet. The coil will undergo an a. c. test (ITER relevant) at ENEA. Here the preliminary numerical analysis, performed using the MSC/EMAS code, on the a.c. test are reported. The results concern the forces and the temperature growths for ohmic dissipation due to eddy currents on the metallic structures surrounding the coil.}
place = {Italy}
year = {1994}
month = {Dec}
}