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Showing 1 to 7 of 7 for “"FLUKA"”.
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Validation and verification of FLUKA for neutron shielding problems
… shielding nuclear material were studied using FLUKA Monte Carlo package. The rectangular blocks of shielding nuclear materials such as concrete ingredients: cement, sand and water were irradiated with a beam of 14 MeV neutrons and the shielding properties of these materials were investigated …
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Moderation of high-energy fast neutrons in beryllium from a tokamak fusion reactor and heat transfer to the cooling water system
… Energy deposited in regions of the model using FLUKA are used to calculate a polynomial heat flux profile through the model. One dimensional conductive heat transfer through the model is performed and the cooling capacity of the coolant channels via convective heat transfer is explored.
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Monte Carlo simulations of the iThemba LABS neutron beam facility
… The Monte Carlo radiation transport code FLUKA were used to study the effects of secondary neutrons on the neutron fluence spectra. Results obtained from the calculations were compared with those obtained experimentally.
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Background studies for DarkSide Detectors
… In this work, I present the results of my FLUKA simulations based study of cosmogenic backgrounds for DarkSide-20k. Based on these studies, the DarkSide-20k experiment can reject cosmogenic neutron backgrounds with high efficiency.
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Experimental study on carbon fragmentation for hadrontherapy
… and the comparison with those obtained with the FLUKA Monte Carlo code are presented and discussed. In the end, the conclusions of the whole work done are drawn and the future perspectives are outlined.
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Shock-wave and high strain-rate phenomena in matter: modeling and applications
… procedure, for a soft coupling between the FLUKA and the LS-DYNA codes, developed in collaboration with the FLUKA Team at CERN. The main objective is evaluating the influence of the change in density on the deposition phase. In order to achieve this, a great number of bunches (60) are …
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Irradiation studies of fused silica materials and machine learning techniques for ATLAS forward detectors in heavy ion collisions
Submission published under a 24 month embargo labeled 'Closed Access', the embargo will last until 2024-12-01