A platform for research: civil engineering, architecture and urbanism
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International Standard Problem 13 (LOFT Experiment L2-5) Final Comparison Report
LOFT Experiment L2-5 was designated International Standard Problem 13 by the Organization for Economic Cooperation and Development. Comparisons between measurements from Experiment L2-5 were made with calculations from 11 international participants using five different computer codes. LOFT Experiment L2-5 simulated a double ended guillotine cold leg rupture of a primary coolant loop of a large pressurized water reactor, coupled with a loss of offsite power.
International Standard Problem 13 (LOFT Experiment L2-5) Final Comparison Report
LOFT Experiment L2-5 was designated International Standard Problem 13 by the Organization for Economic Cooperation and Development. Comparisons between measurements from Experiment L2-5 were made with calculations from 11 international participants using five different computer codes. LOFT Experiment L2-5 simulated a double ended guillotine cold leg rupture of a primary coolant loop of a large pressurized water reactor, coupled with a loss of offsite power.
International Standard Problem 13 (LOFT Experiment L2-5) Final Comparison Report
J. D. Burtt (author)
1984
229 pages
Report
No indication
English
Reactor Engineering & Nuclear Power Plants , Nuclear fuel coolants , Mathematical models , Experimental data , Comparison , Japan , West Germany , Italy , France , Finland , Nuclear reactor accidents , PWR type reactors , Loss of coolant , LOFT experiment L2-5 , International standard problem 13 , LOFT reactor , Reactor safety experiments , RELAP4/MOD6 computer program , TRAC computer program