Fluid Mechanics · CFD
I investigate roughness-driven turbulence using CFD,
with a focus on modelling limits in marine hydrodynamics.
Current
Visiting Researcher · Seoul National University
(from July 2026)
Preparing for doctoral research · Kyoto University
(expected 2027–)
Preparing for doctoral research · Kyoto University
(expected 2027–)
Research interests focus on roughness effects and computational hydroelasticity in marine hydrodynamics.
Roughness effects · Computational Hydroelasticity
Research Direction
Roughness Effects
CFD-based analysis of roughness effects on flow development, resistance, and hydrodynamic response.
CFD analysis of roughness effects on flow and 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–)
Seoul National University
·
South Korea
Research in marine hydrodynamics and CFD.
Research Visit
(2025)
The University of Osaka
·
Japan
CFD studies in offshore hydrodynamics and related systems.
MSc · Advanced Naval Architecture
(2024–2025)
University of Strathclyde
·
United Kingdom
CFD-based analysis of hull roughness effects on ship hydrodynamics.
BSc · Naval Architecture & Ocean Engineering
(2021–2024)
Inha University
·
South Korea
Foundation in fluid mechanics and marine engineering.
Scholarly Contribution
Active peer reviewer
(2025–)
- · Ocean Engineering⁺ 2025 · 1 completed review Area: ship resistance · CFD (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)
Republic of Korea Navy
·
South Korea
Experience in acoustic systems and operational training in naval environments.