This work was carried out by Ansaldo Nucleare in co-operation with the Nuclear Data Group of the ENEA/FIS-NUC Section and represents an example of a heavy and complex industrial application simulated with the TORT 3D deterministic transport code, supported by the BOT3P pre-post-processor system far the automatic spatial mesh generation and graphical verification. It is underlined that the development and validation of BOT3P was originally performed in ENEA-Bologna.
13th International Conference on Nuclear Engineering, Bejing, China, May 16-20, 2005 (ICONE 13-50746) WESTINGHOUSE AP1000 INTERNALS HEATING RATE DISTRIBUTION CALCULATION USING A 3D DETERMINISTIC TRANSPORT METHOD
Orsi, R.
2005-05-19
Abstract
This work was carried out by Ansaldo Nucleare in co-operation with the Nuclear Data Group of the ENEA/FIS-NUC Section and represents an example of a heavy and complex industrial application simulated with the TORT 3D deterministic transport code, supported by the BOT3P pre-post-processor system far the automatic spatial mesh generation and graphical verification. It is underlined that the development and validation of BOT3P was originally performed in ENEA-Bologna.File in questo prodotto:
Non ci sono file associati a questo prodotto.
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
