Research

Digital Twin for Ship Structure(DTSS) & Damage Tolerance-Durability

Research of the damage tolerance and fatigue durability of ship & ocean structure through experiment and FEM analysis
Research of real-time monitoring of ship structure, 3D ship structure model, performance analysis and optimization, early detection of anomalies and failures and predictive

Reference: “A digital twin for ship structure-R&D project in Japan”, Data-Centric Engineering, 2024

3D Printing Composite Materials for Ship & Ocean Structure

Study of how to apply 3D printing composite materials to ship and ocean structures
Deelopment of 3D printing method and material design to satisfy a high mechanical strength, light weight and long damage tolerance & durability required by ship and ocean structures

* Reference : "A Study on 3D Printing and its Effects on the Future of Transportation", Omar Jumaah, Doctoral Candidate, 2018 & MAINE 3d printing boat

Ship & Ocean Structure Damage Tolerance and Durability

Research of the damage tolerance and fatigue durability of ship & ocean structure through experiment and FEM analysis
Research of the optimized design factors based on database system and development of effective FEM structure analysis method with FSI(Fluid-Structure Interaction) of ship & ocean structure
Research of standard evaluation rule to examine the proper structure safety using FEM analysis

Application Technology of Composite Material to

Ship & Ocean Structure

Study of how to apply composite materials to ship and ocean structures
Development of new materials to satisfy a high mechanical strength, light weight and long damage tolerance & durability required by ship and ocean structures
Study of the effective automatic manufacturing method to save a cost and

labor fee

Multifunctional Ship & Ocean Structures

Apply smart materials changed by temperature, pressure, electric, magnetic etc) to ship and ocean structures
Research of convergence technology between smart material and ship and ocean structure
Development of appropriate FEM analysis method for multifunctional ship and ocean structure

* Reference: “Morphing aircraft based on smart materials and structures: A state of the art review”, Journal of Intelligent Material System and Structures, 2016

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