id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_givu6ffrhvdmlhy3rsho4ruonu	Francesco Di Maio	A Regional Sensitivity Analysis-based Expert System for safety margins control	2018	26	.pdf	application/pdf	7211	1131	78	Thermal-Hydraulic (TH) codes are used to simulate the response of nuclear safety systems under transient and ES proceeds by firstly identifying the (uncertain) system controllable variables (i.e., control rods position, feedwater flow rate, void fraction inside the steam generator, etc.) that most affect the system response by RSA; then, Keywords: Nuclear System, Expert System, Best-Estimate Thermal-Hydraulic Code, Safety Margins, Limit-State Safety remains a priority for Nuclear Power Plants (NPPs) design and operation, as the release al., 2015] for operator aid, based on the system response outcomes obtained from a ThermalHydraulic (TH) code and Regional Sensitivity Analysis [Wei et al., 2014]. th iteration of safety margins control, N,,1,0  (where 1N is the final number of Figure 1: limit-state surface G and failure boundary F of the analytical model m considered. The safety threshold γy is set equal to 155 bar and the resulting limit-state function G is given Figure 7: limit-state function G and failure boundary F of the pressurizer model m.	./cache/work_givu6ffrhvdmlhy3rsho4ruonu.pdf	./txt/work_givu6ffrhvdmlhy3rsho4ruonu.txt