Advanced Reactor Thermal-Hydraulics (ART) Laboratory

Welcome to the Advanced Reactor Thermal-hydraulics (ART) Laboratory at Purdue University. We perform research in the area of nuclear reactor thermal-hydraulics and two-phase flow. More specifically, we design and perform scaled experiments, model multiphase flow phenomena, develop advanced two-phase flow instrumentation, and apply computational methods for multiphase analysis. Some of the research topics of interest include: Two-phase flow analysis and interfacial area transport models in various orientations, restrictions, and sizes, nuclear reactor safety analysis, advanced flow instrumentation, reactor systems analysis codes, liquid metal reactors, gas-cooled reactors, and CFD analysis.

Interested students are encouraged to contact Dr. Seungjin Kim (seungjin@purdue.edu) for addtional information.

News

Adam Dix successfully defends Ph.D. Dissertation

ART student Adam Dix has successfully defended his Ph.D. Dissertation

SMR Feasibility Study Presented at Seminar

ART Member, Ryan Hogg helps present a summary of the IOED SMR feasibility study to the Purdue Nuclear Engineering Seminar class. The IOED-SMR Project research team, from left to right, Ryan Hogg, Jonah Lau, William Richards, and Hannah Pike

Adam Dix Presents PhD Work at Seminar

Adam Dix is a Ph.D. Candidate in Nuclear Engineering at Purdue University. He earned both his M.S. and B.S. in Nuclear Engineering from Purdue in 2020 and 2022 respectively. Mr. Dix’s research focuses on nuclear reactor thermal-hydraulics, specifically better understanding two-phase flow hydrodynamics through experiments and simulations.

Alicja Stoppel selected as a 2024 NEA Global Forum Rising Star

Alicja Stoppel, a senior at the Purdue University School of Nuclear Engineering, has been selected to participate in the 2024 cohort of the Nuclear Energy Agency (NEA) Global Forum Rising Stars Workshop in Nuclear Education, Science, Technology, and Policy.

ART Research presented at the 2024 ATH Conference

Several members present their research at the Advances in Thermal Hydraulics Conference in Orlando, FL

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