1. DEVELOPMENT AND INTEGRATION OF FUEL ROD GAS GAP CONDUCTANCE MODEL IN CTF AS A FUNCTION OF REACTOR POWER AND BURNUP Open Access Author: Raja, Faisal Z. Title: DEVELOPMENT AND INTEGRATION OF FUEL ROD GAS GAP CONDUCTANCE MODEL IN CTF AS A FUNCTION OF REACTOR POWER AND BURNUP Graduate Program: Nuclear Engineering Keywords: COBRA-TFCTFFRAPCONBISONGAP CONDUCTANCEREACTOR POWERFUEL BURNUPFUEL EXPOSURENUCLEARFUEL RODSUBCHANNEL CODEFUEL CENTERLINE TEMPERATUREFUEL SURFACE TEMPERATUREUO2ZIRC4ZIRC CLADDINGLIGHT WATER REACTOR File: Download Faisal_Raja_PhD_Dissertation.pdf Committee Members: Dr. Maria Avramova, Dissertation Advisor/Co-AdvisorDr. Maria Avramova, Committee Chair/Co-ChairDr. Kostadin Ivanov, Committee MemberDr. Jack S. Brenizer, Committee MemberDr. John M. Regan, Outside Member
