Sungwon Shin

Professor

Hanyang University - Ansan Campus

South Korea

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Professor Sungwon Shin is a faculty member at Hanyang University - Ansan Campus, South Korea. His research focuses on wave hydrodynamics, coastal engineering, and sediment transport, as highlighted in recent articles examining the impacts of mangrove forests and submerged breakwaters on coastal systems. He utilizes both physical modeling and numerical simulations to address complex environmental challenges in urban coastal regions.

Articles (14)

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2025

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2025

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2024

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2024

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2023

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2023

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2023

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2023

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2022

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2022

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2022

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2021

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2021

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2021

Collaborators (3)

Hyoungsu Park

Assistant Professor

University of Hawaii

UNITED STATES

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Kideok Do

Assistant Professor

Korea Maritime and Ocean University

SOUTH KOREA

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Taemin Ha

Associate Professor

Kangwon National University - Samcheok Campus

SOUTH KOREA

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Sungwon Shin

Research Interests

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Articles (14)

Wave hydrodynamics and attenuation in idealized mangrove forest: Large-scale physical and numerical modeling

Investigation on flow hydrodynamics and structural impacts in the built environment protected by idealized mangrove Forest: Experimental and numerical approaches

Effect of Submerged Breakwaters Construction on XBeach Modeling -A Case Study: Bongpo Beach-

Numerical Model Test of Spilled Oil Transport Near the Korean Coasts Using Various Input Parametric Models

Sediment Transport of Coastal Region Using Time-Series Unmanned Aerial Vehicle Spatial Data

Physical model comparison of gray and green mitigation alternatives for flooding and wave force reduction in an idealized urban coastal environment

Physical model comparison of gray and green mitigation alternatives for flooding and wave force reduction in an idealized urban coastal environment

Validation of OpenDrift-Based Drifter Trajectory Prediction Technique for Maritime Search and Rescue

Numerical Investigation of Countermeasure Effects on Overland Flow Hydrodynamic and Force Mitigation in Coastal Communities

Numerical modeling of hydrodynamics on an elevated residential structure from varied wave and surge conditions using OpenFOAM

Numerical modeling of hydrodynamics on an elevated residential structure from varied wave and surge conditions using OpenFOAM

Process-Based Model Prediction of Coastal Dune Erosion through Parametric Calibration

Feasibility Analysis of GNSS-Reflectometry for Monitoring Coastal Hazards

Feasibility Analysis of GNSS-Reflectometry for Monitoring Coastal Hazards

Collaborators (3)

Hyoungsu Park

Kideok Do

Taemin Ha

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