Fluid Mechanics · CFD
I investigate roughness-driven turbulence using CFD,
with a focus on modelling limits in marine hydrodynamics.
Selected publications are listed in the Publications section.
Current
· Intended PhD start · 2026
My research focuses on roughness-driven turbulence and multiphysics interactions in marine flows.
Roughness-driven turbulence and multiphysics in marine flows.
Scholarly Contribution
Peer reviewer for international journals
(2025–)
- · Ocean Engineering (Elsevier)
- · Physics of Fluids (AIP Publishing)
- Certificate of Excellence in Reviewing (Ocean Engineering, 2025)
Research Direction
Roughness Effects on Turbulence
CFD-based investigation of surface roughness effects.
Focus on flow behaviour and resistance.
Focus on flow behaviour and resistance.
Near-Wall Turbulence
Study of boundary-layer physics.
Focus on turbulence structures near solid boundaries.
Focus on turbulence structures near solid boundaries.
Multiphysics Interaction
Fluid–structure interaction in complex flow systems.
Coupled multiphysics phenomena.
Coupled multiphysics phenomena.
Affiliations
Visiting Researcher
(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.
Background
Sonar Petty Officer
(2016–2020)
Republic of Korea Navy
·
South Korea
Experience in acoustic systems and operational training in naval environments.