1. Experimental Studies for the Effects of the Spacer Grid on Two-phase Flow Regime Transition Open Access Author: Nedwidek, Frank Maurin Title: Experimental Studies for the Effects of the Spacer Grid on Two-phase Flow Regime Transition Graduate Program: Nuclear Engineering Keywords: flow regimespacer gridtwo-phase flow File: Download Nedwidek_M.S._Thesis.pdf Committee Members: Seungjin Kim, Thesis Advisor/Co-AdvisorSeungjin Kim, Thesis Advisor/Co-Advisor
2. Experimental study on the effect of spacer grid in two-phase flow through 1x3 rod bundle Open Access Author: Green, Chad R Title: Experimental study on the effect of spacer grid in two-phase flow through 1x3 rod bundle Graduate Program: Nuclear Engineering Keywords: air-watertwo-phaserod bundlespacer gridconductivity probecoalescencebreakup File: Download Green_MS_Thesis.pdf Committee Members: Seungjin Kim, Thesis Advisor/Co-Advisor
3. Experimental Studies on the Effects of a Spacer Grid in a 1x3 Rod Bundle Single and Two-phase Flow Open Access Author: Wheeler, Joshua Edward Title: Experimental Studies on the Effects of a Spacer Grid in a 1x3 Rod Bundle Single and Two-phase Flow Graduate Program: Mechanical Engineering Keywords: spacer gridrod bundletwo-phase flowair-waterconductivity probelaser Doppler anemometryinterfacial area concentration File: Download Wheeler_Masters_Thesis_2014.pdf Committee Members: Seungjin Kim, Thesis Advisor/Co-AdvisorHoracio Perez Blanco, Thesis Advisor/Co-AdvisorKaren Ann Thole, Thesis Advisor/Co-Advisor
4. EXPERIMENTAL AND THEORETICAL STUDY OF PARAMETRIC EFFECTS ON THE TRANSITION BOILING REGIME FOR FLOW BOILING IN A ROD BUNDLE UNDER LOSS OF COOLANT CONDITIONS Open Access Author: Kumru, Hanife Tugba Title: EXPERIMENTAL AND THEORETICAL STUDY OF PARAMETRIC EFFECTS ON THE TRANSITION BOILING REGIME FOR FLOW BOILING IN A ROD BUNDLE UNDER LOSS OF COOLANT CONDITIONS Graduate Program: Mechanical Engineering Keywords: minimum film boiling temperaturetransition boiling regimeRBHTspacer gridheat transfer File: Download Hanife_Tugba_Kumru_MSc_thesis.pdf Committee Members: Fan-Bill Cheung, Thesis Advisor/Co-Advisor