7-3-1 Hongo
Bunkyo-ku
Tokyo, 113-0033
Japan
University of Tokyo
Critical heat flux, Physics behaviors, deep learning, Transfer learning, neural network
condensation bubble, subcooled flow boiling, feature extraction, object detection and tracking
Computational Fluid Dynamics, Particle Method, Implicit Algorithm, Fluid Structure Interaction, Phase Change
Bubbly Flow, Deep Learning, Image Generation Model, generative adversarial networks
condensation bubble, subcooled flow boiling, artificial intelligence, thermal hydraulic analyses, object detection and tracking
condensation bubble, subcooled flow boiling, Artificial Intelligence, thermal hydraulic analyses, object detection and tracking
Flow-induced vibration, Two-phase flow, Multiphase Flow, Annular Flow, Dynamic Wave
Computational Fluid Dynamics, Particle Method, Discrete Element Method, Parallel Computation, Debris bed, Core Disruptive Accident
critical heat flux, CHF front motion, Dry spots, Re-wetting, Boiling crisis
Critical heat flux, Artificial Intelligence, Interpretability
Melt spreading, solidification, Heat transfer, Monte Carlo, Spearman's Ranking correlation
CFETR HCSB blanket, Radial arrangement, Optimization design, NSGA-III algorithm, DE algorithm, BP neural network
Severe accident, Debris Bed, Core Disruptive Accident, Sodium Fast Reactor, Core Catcher
Critical heat flux, Boiling process, Gamma-ray, EB-RISA
Particle method, Deep Learning, Graph Neural Networks, Physics Informed Neural Networks, Machine Learning, Computational Fluid Dynamics
