Professor Jong-Chun Park's recent research includes the following topics:
• AI-CFD Simulation on Prediction of Sloshing Flow in a Tank
• CFD Simulation of Multi-Phase Thermal Flow Affected by Sloshing Motion inside a Cryogenic Fluid Storage Tank with Insulation
• Performance Evolution of PEM Fuel Cells with Various Channel Configuration and Stack Condition
• Seakeeping Performance of Small Boats Using CFD-Modified Potential (CMP) Model
• Particle Flow Simulation Interacting with Multi-bodies
• Estimation of Ice Loads on Ice Breaker Using a Particle Method
• Development of Simulation Equipment of Marine Environments in 3D Numerical Wave Tank (NWT) using CFD Simulation Technique
• Vortex-Induced Motion (VIM) Simulation of Spar Platform with Helical Strakes
• CFD Application on Washer/Dryer System
Research Keywords & Expertise
Computational Fluid Dy...
Ship hydrodynamics
Particle-based Simulat...
Cryogenic Fluid
Multiphase-thermal flo...
Violent Free-Surface F...
Fingerprints
18%
Computational Fluid Dynamics (CFD)
5%
Multiphase-thermal flow
Short Biography
Professor Jong-Chun Park's recent research includes the following topics:
• AI-CFD Simulation on Prediction of Sloshing Flow in a Tank
• CFD Simulation of Multi-Phase Thermal Flow Affected by Sloshing Motion inside a Cryogenic Fluid Storage Tank with Insulation
• Performance Evolution of PEM Fuel Cells with Various Channel Configuration and Stack Condition
• Seakeeping Performance of Small Boats Using CFD-Modified Potential (CMP) Model
• Particle Flow Simulation Interacting with Multi-bodies
• Estimation of Ice Loads on Ice Breaker Using a Particle Method
• Development of Simulation Equipment of Marine Environments in 3D Numerical Wave Tank (NWT) using CFD Simulation Technique
• Vortex-Induced Motion (VIM) Simulation of Spar Platform with Helical Strakes
• CFD Application on Washer/Dryer System