Track 3

Hydraulics Analysis

Tue. Oct 8, 2024 1:30 PM - 3:10 PM Room A1 (4F)

Chair: Tadashi Narabayashi (Tokyo Institute of Technology)

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1:30 PM - 1:50 PM

[2A1-03-01] Major outcomes of the Franco-Japanese collaboration on R&D for SFR thermal-hydraulics simulation

*Simon Li¹, Masaaki Tanaka², Toshiki Ezure², Norihiro Doda², Erina Hamase², Kazuo Yoshimura², Kentaro Matsushita², Kazuhiro Oyama³, Hironori Nakamura³, Yuichi Onoda, Fabienne Delage¹, Antoine Gerschenfeld¹, Yannick Gorsse¹, Ziad Hammidouche¹, Georis Billo¹, Héloïse Verlardo¹, David Guenadou¹ (1. CEA (France), 2. JAEA (Japan), 3. MFBR (Japan))

1:50 PM - 2:10 PM

[2A1-03-02] Dynamical Simulation of Boiling Bubble Clusters and Coupled Heat Conduction Modeling on the Heated Surface

Shuwen Yu¹, *Xinyan Xu¹, Changhong Peng¹ (1. University of Science and Technology of China (China))

2:10 PM - 2:30 PM

[2A1-03-03] Validation of the TWOPORFLOW Turbulent Mixing Model with Experimental Data of the MOTEL Facility

*Alejandro Campos-Munoz¹, Victor Sanchez-Espinoza¹, Uwe Imke¹ (1. Karlsruhe Institute of Technology (Germany))

2:30 PM - 2:50 PM

[2A1-03-04] Evaluation of Thermal Efficiency for Nuclear-Hydrogen Production via VOYGR^TM and SOEC by Process Simulation

*Keisuke Narita¹, Ryuki Tahara¹, Amy Kozel², Luis Eduardo DePavia², Yasutomi Morimoto¹, Paul Boyadjian² (1. JGC Corporation (Japan), 2. NuScale Power, LLC. (United States of America))

2:50 PM - 3:10 PM

[2A1-03-05] Shape optimization of Mixing Vane based on Response Surface Method with Multi-objective Genetic Algorithm

*Hyeon Ji Kim¹, In Cheol Bang¹ (1. UNIST (Korea))

Session information

Hydraulics Analysis

[2A1-03-01] Major outcomes of the Franco-Japanese collaboration on R&D for SFR thermal-hydraulics simulation

[2A1-03-02] Dynamical Simulation of Boiling Bubble Clusters and Coupled Heat Conduction Modeling on the Heated Surface

[2A1-03-03] Validation of the TWOPORFLOW Turbulent Mixing Model with Experimental Data of the MOTEL Facility

[2A1-03-04] Evaluation of Thermal Efficiency for Nuclear-Hydrogen Production via VOYGR^TM and SOEC by Process Simulation

[2A1-03-05] Shape optimization of Mixing Vane based on Response Surface Method with Multi-objective Genetic Algorithm

Authentication

Session information

Hydraulics Analysis

[2A1-03-01] Major outcomes of the Franco-Japanese collaboration on R&D for SFR thermal-hydraulics simulation

[2A1-03-02] Dynamical Simulation of Boiling Bubble Clusters and Coupled Heat Conduction Modeling on the Heated Surface

[2A1-03-03] Validation of the TWOPORFLOW Turbulent Mixing Model with Experimental Data of the MOTEL Facility

[2A1-03-04] Evaluation of Thermal Efficiency for Nuclear-Hydrogen Production via VOYGRTM and SOEC by Process Simulation

[2A1-03-05] Shape optimization of Mixing Vane based on Response Surface Method with Multi-objective Genetic Algorithm

Authentication

[2A1-03-04] Evaluation of Thermal Efficiency for Nuclear-Hydrogen Production via VOYGR^TM and SOEC by Process Simulation