This work is focused on the development of numerical simulations of the dynamic response during a SGTR scenario in the LIFUS 5 facility and to verify the capability of the main components of the ENEA LIFUS 5 facility to be used to develop an experimental program aimed to reproduce the situation which may arise in a LFR during a possible SGTR. Simulations have been performed with a commercial fluid-structure interaction codes ANSYS and LS-DYNA and with the in-house FEM-LCORE code, developed in collaboration with the University of Bologna.
Report on the evaluation and characterization of pressure loads following SGTR event
Cervone, Antonio
2014-03-31
Abstract
This work is focused on the development of numerical simulations of the dynamic response during a SGTR scenario in the LIFUS 5 facility and to verify the capability of the main components of the ENEA LIFUS 5 facility to be used to develop an experimental program aimed to reproduce the situation which may arise in a LFR during a possible SGTR. Simulations have been performed with a commercial fluid-structure interaction codes ANSYS and LS-DYNA and with the in-house FEM-LCORE code, developed in collaboration with the University of Bologna.File in questo prodotto:
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