Fluid Mechanics · CFD
I investigate roughness-driven turbulence using CFD,
with a focus on modelling limits in marine hydrodynamics.
Current
Visiting Researcher
·
Research Institute of Marine Systems Engineering (RIMSE)
RIMSE
Seoul National University
(from July 2026)
Doctoral research development
·
JSPS DC1 under review
Kyoto University
(expected 2027–)
Research Direction
Spatial Roughness Effects
CFD analysis of spatial hull roughness effects on boundary layers, wake, and ship resistance.
Spatial hull roughness and ship resistance.
Near-Wall Turbulence
Investigation of boundary-layer behaviour and near-wall turbulence modelling.
Boundary layers and near-wall turbulence modelling.
Computational Hydroelasticity
SPH-based modelling of hydroelastic impact, contact, and fluid–structure interaction in marine systems.
SPH modelling of hydroelastic impact and FSI.
Affiliations
Visiting Researcher
(2026–)
Marine Hydrodynamics & CFD
Seoul National University
·
South Korea
Research Visit
(2025)
Offshore Hydrodynamics & CFD
The University of Osaka
·
Japan
Master of Science
(2024–2025)
Advanced Naval Architecture
University of Strathclyde
·
United Kingdom
Bachelor of Engineering
(2021–2024)
Naval Architecture and Ocean Engineering
Inha University
·
South Korea
Scholarly Contribution
Active peer reviewer
(2025–)
- · Ocean Engineering⁺ 2025 · 1 completed review Area: ship resistance · CFD 2026 · 1 completed review Area: computational optimisation (Elsevier)
- · Physics of Fluids⁺ 2025 · 1 completed review Area: vortex flows · CFD 2026 · 3 completed reviews Area: turbulence modelling · CFD (AIP Publishing)
- Certificate of Excellence in Reviewing (Ocean Engineering, 2025)
Background
Sonar Petty Officer
(2016–2020)
Acoustic Systems & Naval Operations
Republic of Korea Navy
·
South Korea