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Your search keyword '"Di Giuli, M."' showing total 6 results
Start Over Author "Di Giuli, M." Publisher elsevier bv
6 results on '"Di Giuli, M."'

1. Main outcomes of the Phebus FPT1 uncertainty and sensitivity analysis in the EU-MUSA project

Author

Mascari, F., primary, Bersano, A., additional, Massone, M., additional, Agnello, G., additional, Coindreau, O., additional, Beck, S., additional, Tiborcz, L., additional, Paci, S., additional, Angelucci, M., additional, Herranz, L.E., additional, Bocanegra, R., additional, Pontillon, Y., additional, Berdai, M., additional, Cherednichenko, O., additional, Iskra, A., additional, Nudi, M., additional, Groudev, P., additional, Petrova, P., additional, Kretzschmar, F., additional, Gabrielli, F., additional, Kanglong, Z., additional, Vileiniškis, V., additional, Kaliatka, T., additional, Kalilainen, J., additional, Malicki, M., additional, Gumenyuk, D., additional, Vorobyov, Y., additional, Kotsuba, O., additional, Dejardin, P., additional, Di Giuli, M., additional, Thomas, R., additional, Ivanov, I.V., additional, Giannetti, F., additional, D'Onorio, M., additional, Caruso, G., additional, Salay, M., additional, and Sevon, T., additional

Published
2024
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4. SARNET benchmark on Phébus FPT3 integral experiment on core degradation and fission product behaviour

Author

Di Giuli, M., primary, Haste, T., additional, Biehler, R., additional, Bosland, L., additional, Herranz, L.E., additional, Fontanet, J., additional, Beuzet, E., additional, Torkhani, M., additional, Davidovich, N., additional, Klein-Heßling, W., additional, Weber, S., additional, Dickinson, S., additional, Horváth, G., additional, Kruse, P., additional, Koch, M., additional, Paci, S., additional, Weber, S.J., additional, Salay, M., additional, Bujan, A., additional, Ivanov, I., additional, Kalychev, P., additional, Kim, S.B., additional, Morandi, S., additional, Del Corno, A., additional, Kotouč, M., additional, Dienstbier, J., additional, and Kim, H.-C., additional

Published
2016
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6. Modeling of AP1000 and simulation of 10-inch cold leg small break LOCA using the CESAR thermal-hydraulic module of ASTEC

Author

Marco Sumini, F. De Rosa, M. Di Giuli, De Rosa, F., Di Giuli, M, and Sumini, M.

Subjects
Computer simulation, Shutdown, Nuclear engineering, Small break LOCA, Energy Engineering and Power Technology, System safety, Numerical simulation, Cladding (fiber optics), Coolant, Thermal hydraulics, ASTEC, AP1000, Passive safety systems, Nuclear Energy and Engineering, Safety criteria, Environmental science, Passive safety system, Transient (oscillation), Safety, Risk, Reliability and Quality, Waste Management and Disposal
Abstract

The Westinghouse AP1000 main characteristic that distinguish it with respects to the modern PWRs is the adoption of several Passive Core Cooling Systems (PCCS) to recover the normal operation or to mitigate the consequences in case of accident. In this paper, modeling and nodalisation of the Reactor Coolant System (RCS), the secondary circuit and all the PCCS for the AP1000 reactor have been studied and a 10-in. small break LOCA scenario has been analyzed using CESAR, the thermal-hydraulic module of the ASTEC V2r2 integral code. The simulation results were compared with those coming from the Westinghouse-developed NOTRUMP code used as reference, showing a reasonable agreement. In case of a 10 inches small break LOCA, the results indicate that the PCCS ensure that the fuel and cladding temperature and the other thermal-hydraulic parameters respect the safety criteria and the safety systems perform their design role during the transient, leading the plant to cold shutdown conditions. © 2015 Elsevier Ltd. All rights reserved.

Published
2015

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