Weoncheol Koo

Professor

Inha University

South Korea

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Weoncheol Koo is a Professor at Inha University in South Korea. His research focuses on wave energy conversion, hydrodynamics, and the optimization of submerged structures, as evidenced by his recent publications on submerged breakwaters, hybrid energy platforms, and wave-attenuation effects. His work integrates both numerical simulations and experimental studies to advance the understanding of wave dynamics in various fluid conditions.

Weoncheol Koo

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Articles (20)

Optimization analysis of non-porous and porous trapezoidal submerged breakwaters for reducing wave transmission

Experimental and Numerical Study on the Motion Response of a Hybrid Wind-Wave Energy Platform with Different WEC Arrangements

Optimization analysis of a heaving point absorber wave energy converter in wave focusing conditions near a parabolic vertical wall

Experimental and numerical investigation of the free surface and internal wave characteristics induced by the movement of a 2D cylindrical submerged body in a stratified two-layer fluid

Numerical and Experimental Study on the Wave-Attenuation Effect According to the Height of a Two-Row Submerged Rectangular Structure

Investigating surface and internal waves and viscosity effects in two-layer fluids with a streamlined moving body using fully nonlinear simulation and experiment

Optimization of Submerged Breakwaters for Maximum Power of a Point-Absorber Wave Energy Converter Using Bragg Resonance

Optimization Analysis of the Shape and Position of a Submerged Breakwater for Improving Floating Body Stability

Numerical and experimental study of the dynamic response of a wind-wave combined energy platform under WEC motion constraints

Wave Characteristics over a Dual Porous Submerged Breakwater Using a Fully Nonlinear Numerical Wave Tank with a Porous Domain

Experimental and numerical study on wave characteristics by a moving submerged body in a two-layer fluid

Experimental and Numerical Study on the Characteristics of Free Surface Waves by the Movement of a Circular Cylinder-Shaped Submerged Body in a Single Fluid Layer

Analysis of various algorithms for optimizing the wave energy converters associated with a sloped wall-type breakwater

Free surface and internal periodical waves generated by an oscillating floater in two-layer fluids using fully nonlinear numerical wave tank

Motion Analysis of A Wind-Wave Energy TLP Platform Considering Second-order Wave Forces

Comparison of wave diffraction forces on a surface-piercing body for various free-surface grid update schemes

A Study on the Viscous Damping Effect According to the Shape of the Inclined OWC Chamber Skirt

Oscillating Water Column (OWC) Wave Energy Converter Part 1: Fixed OWC

Coupled Dynamic Analysis of a Bottom-Fixed Elastic Platform with Wave Energy Converters in Random Waves

Numerical and experimental study on free-surface wave generation by a submerged moving body in a towing tank

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MooHyun Kim

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