1. Characterization of Horizontal Two-Phase Flow Via Flow Regime Identification and Frictional Pressure Loss Analysis Open Access Author: Larimer, Joshua Thomas Title: Characterization of Horizontal Two-Phase Flow Via Flow Regime Identification and Frictional Pressure Loss Analysis Area of Honors: Interdisciplinary in Mechanical Engineering and Nuclear Engineering Keywords: two-phase flowtwo-phase pressure lossLockhart and Martinelliflow regime mapflow visualizationtwo-phase frictional multiplierAMFLTRACERELAP5BWRPWRtwo-phase frictional pressure loss File: Download Larimer_Joshua_Honors_Thesis_Final_Manuscript.pdf Thesis Supervisors: Seungjin Kim, Thesis SupervisorSeungjin Kim, Thesis Honors AdvisorArthur Thompson Motta, Faculty ReaderDr. Sean N Brennan, Thesis Honors Advisor
2. Determination of the Effect of Pipe Diameter on Horizontal Two-Phase Flow via Frictional Pressure Loss and Drift-Flux Analyses Open Access Author: Gamber, Joseph Thomas Title: Determination of the Effect of Pipe Diameter on Horizontal Two-Phase Flow via Frictional Pressure Loss and Drift-Flux Analyses Area of Honors: Interdisciplinary in Mechanical Engineering and Nuclear Engineering Keywords: Nuclear EngineeringFluid DynamicsFluidsTwo-phaseTwo-phase flowNuclearHorizontal flow File: Download Gamber_Joseph_Honors_Thesis_Final_Manuscript.pdf Thesis Supervisors: Dr. Seungjin Kim, Thesis SupervisorDr. Sean N Brennan, Thesis Honors Advisor
