RELAP5-3D Obninsk Seminar

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Paper Title	Authors	Organization
Preliminary Analyses of the LOCA 200 mm for NPP Kozloduy Units 1-4	K. Avdjiev, et al	Energoproekt
Overview of Recent RELAP5 Developments	P. Bayless	INEEL
1. Additional RELAP5 Analysis of Thermal-Hydraulic Stability in Parallel Channels of the RBMK Primary Circuit Model 2. Analysis with RELAP5 Computer Code of Experiments for Investigation of Void Fraction Distribution in RBMK Fuel Channel Model	N. Brus and O. Iousoupov	Electrogorsk
Development of Ignalina NPP RBMK-1500 Reactor RELAP5-3D Model	E. Bubelis, et al	Lithuania Energy Institute
RELAP5-3D Model for the Kursk 1 NPP	J. Fisher	INEEL
Total Loss of Feedwater for VVER 1000	P. Groudev, M. Pavlova	INRNE
Loss of Off-site Power Transient in WWER Reactors	A. Ivanova	ENPRO
Modeling of Primary-to-Secondary Leaks in VVER-440 NPPs Using RELAP5/MOD3.2	Krushinsliy	OSI
1. Analysis of ISP-33 Using RELAP5-3D 2. Analysis of Passive Feedwater Injection in the Case of WWER-440/V213 Plant Blackout	P. Matejovic, et al	IVS
RELAP5/MOD3.2 Analysis of Natural Circulation Test at Kozloduy NPP Unit 6	M. Pavlova, et al	Bulgarian Academy of Sciences
Computational Modeling Using RELAP5/MOD3.2 of Accident Conditions Simulated in an Experimental Facility	V. Schekoldkin, et al	Bulgarian Academy of Sciences
RELAP5/MOD3.2 Analysis of KS Facility Experiments on RBMK-1500 Core Thermal Hydraulic Processes under Pressure Header Break Conditions Performed in Russian Research Center "Kurchatov Institute"	V. Vinogradov, B. Yu	Kurchatov Institute

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Last modified: March 19, 2007.