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Information Seminar Paper

Title

THERMAL HYDRAULIC ANALYSIS OF VVER-1000 CONDENSER BY RELAP5 CODE

Pages

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Abstract

 FROM THE POINT OF VIEW OF PLANT AVAILABILITY, CONDENSER PERFORMANCE IS EXTREMELY IMPORTANT. IT IS EVEN MORE CRUCIAL IN CASES OF AGED NPPS. CONDENSER PERFORMANCE PLAYS A KEY ROLE IN NUCLEAR POWER PLANT SAFETY. FOR THE ANALYSIS OF A NUCLEAR POWER PLANT, IT IS ESSENTIAL TO HAVE A RELIABLE THERMAL-HYDRAULIC MODEL OF CONDENSER. THE AIM OF THIS STUDY IS TO CONDUCT A THERMAL-HYDRAULIC ANALYSIS OF A BUSHEHR VVER-1000 REACTOR CONDENSER. THIS PAPER PROVIDES A SEMI TWO DIMENSIONAL THERMAL-HYDRAULIC MODEL OF THE CONDENSER USING THE RELAP5 CODE. TWO MAIN ADVANTAGES OF THE PRESENT MODEL ARE THE APPLICATION OF A VALID NODALIZATION METHOD AND A CONSIDERATION OF THE CROSS-FLOW EFFECTS. THE OBTAINED RESULTS FROM THE RELAP5 STEADY STATE ANALYSIS WERE IN REASONABLE AGREEMENT WITH THE BUSHEHR NPP FINAL SAFETY ANALYSIS REPORTS (FSAR).

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