Joonmo Choung

Full professor

Inha University

South Korea

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Joonmo Choung is a Full Professor at Inha University in South Korea. His research focuses on structural integrity assessments and design optimization for offshore wind turbine systems, including dynamic power cable layouts and safety evaluations. Recent publications highlight his work on the structural analysis of offshore installations and cargo tank integrity. He has contributed significantly to advancing the understanding of load-stress interactions in floating and bottom-fixed turbine systems.

Articles (21)

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Collaborators (1)

Burak Can Cerik

Lecturer

Cranfield University

UNITED KINGDOM

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Joonmo Choung

Research Interests

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Articles (21)

Time-domain structural integrity assessment of the jacket substructure of a bottom-fixed offshore wind turbine under ULS design load cases

Corrigendum to: Dynamic Power Cable Layout Design for 15 MW Floating Offshore Wind Turbines: Part 1 - Configuration Analysis and Optimization

Dynamic Power Cable Layout Design for 15 MW Floating Offshore Wind Turbines: Part 2 - Evaluation of Ultimate Limit State Performance

Structural Integrity Assessments of an IMO Type C LCO2 Cargo Tank

Dynamic Power Cable Layout Design for 15MW Floating Offshore Wind Turbines: Part 1 - Configuration Analysis and Optimization

Structural Safety Assessments of an IMO Type-C LCO2 Cargo Tank

Fully-coupled load-stress analysis of a floating offshore wind turbine for a parked design load case using HydroQus

Ultimate Buckling Limit State Assessments of Perforated Panels in Medium-Range Merchant Ships Based on Updated Classification Rules and Nonlinear Finite Element Analysis

Design Improvement of a Semi-submersible Floating Offshore Wind Turbines through Frequency-domain Load Analyses

Investigation on local mooring stresses of floating offshore wind turbines considering mooring chain geometrical and material nonlinearity

Numerical study of ship hydrodynamics on ice resistance during ice sheet breaking

Collision simulations between an icebreaker and an iceberg considering ship hydrodynamics

Collision Simulation of a Floating Offshore Wind Turbine Considering Ductile Fracture and Hydrodynamics Using Hydrodynamic Plug-in HydroQus

Structural Design of the Substructure of a 10 MW Floating Offshore Wind Turbine System Using Dominant Load Parameters

Effect of hull inelasticity on whipping responses by underwater explosions

Fracture Prediction of Steel-Plated Structures under Low-Velocity Impact

Effects of fracture models on structural damage and acceleration in naval ships due to underwater explosions

Structural Effects of Mass Distributions in a Floating Photovoltaic Power Plant

Shock-Resistance Responses of Frigate Equipments by Underwater Explosion

A Study on Inelastic Whipping Responses in a Navy Ship by Underwater Explosion

Effects of strain- and strain rate- dependent nonlinear mooring line stiffness on floating platform motion

Collaborators (1)

Burak Can Cerik

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