ANTEO+: A subchannel code for thermal-hydraulic analysis of liquid metal cooled systems

@article{Lodi2016ANTEOAS,
  title={ANTEO+: A subchannel code for thermal-hydraulic analysis of liquid metal cooled systems},
  author={Francesco Lodi and Giacomo Grasso and Davide Mattioli and Marco Sumini},
  journal={Nuclear Engineering and Design},
  year={2016},
  volume={301},
  pages={128-152}
}
Celsist Subchannel Module Aided Simulation of Liquid-Metal Coolant Flow in Experimental FA
The CELSIST subchannel module is described. The results of the simulation of experiments on the flow of liquid metal coolant in model FA are presented: lead-bismuth eutectic alloy in a 19-rod FA on
Tridimensional analysis of local perturbations on the core reactivity and the thermal-hydraulics of the fuel elements
Questo documento riassume il lavoro svolto per il primo obiettivo della task A.1 della Linea Progettuale 2 dell’Accordo di Programma tra ENEA e MiSE (AdP PAR2015 LP2 A.1_a). Utilizzando come
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