Architectural Structure

Professor Kentaro Yamaguchi / KYU(JDP)


[Field of Specialization]
Building Structure, Sustainable Building Structure
[Research Interest]
- Development of the Dry Block Masonry Fence Which Has High Design Flexibility and Elasticity Against Seismic Force and Wind Pressure
- Development of Free-form Surface Latticed Shell Consisting of Wooden and Steel MaterialsDevelopment of Friction-Resistant Dry-Masonry Block Damping Wall
-Development of the Earthquake Resistant Wooden Frame Reusing Lumber Collected from Deconstructed Wooden Buildings
- Reinforcing Method of Historical Masonry Structures Damaged by Huge Earthquakes Domestic and Overseas
- Structural Analysis of the World Heritage Monastery in Iran and Mixed Construction of Reinforced Concrete and Brick Masonry in Kumamoto

Professor Lee, Sang-ho / PNU(JDP)

[Field of Specialization]
Architectural Structure: Reinforced Concrete Structure / Seismic Structure / Composite Structure
[Research Interest]
- Design method of structural members : : Moment/Shear characteristics of RC Beam/Column/Wall/Connection, Performance of RC structure
- Design method of Seismic/Control/Isolation systems : : Development of energy absorber device for isolation system, Evaluation of dynamic performance using shaking table
- Zero-energy architecture: exploring the possibility of a building plan support system for improving the comfort of light and thermal environments, and establishing basic data for system development.
- Proposal of design measures to improve the living environment and improve the quality of life through case studies to reduce sunlight infringement and summer heatwaves.
- Evaluation method of structural performance for buildings : : Seismic performance of existing RC school building, Seismic performance of existing masonry building
- Method and design of Repair/Retrofitting for existing buildings : : Development of new materials for structural repair/retrofitting method, Design method of flexural/shear strengths using new materials
- Evaluation and design for fire resistant structure : : Characteristics of fire resistant structure, Evaluation and design of RC building,

Professor Oh, Sang-hoon / PNU(JDP)

[Field of Specialization]
Building structural system–Structural seismic engineering & vibration control structural system
[Research Interest]
Development of seismic design process for building structural system.
- Analysis of seismic response characteristics of structures by shaking table test & time history analysis.
- Design process for seismic, passive controlled and base isolated system using energy balanced method.
- Performance design method for a building structure.
Development of building structure system for advanced high-rise structural system.
- Damage control structural system
- Design optimization of passive damper for seismic energy absorption.
- Hybrid structural system for improving seismic performance using flexible-stiff mixed system
Development of new eco-friendly sustainable structure system.
- Eco-friendly building structural system and reduction of environmental load
- Dismantling connection, slab, basement system considering member reuse
- Synthetic structure system considering member reuse
- New structural system using high-function and high-performance building materials
Development of practical construction method considering performance and economy.
- Synthetic steel beam shape and design manual for reducing floor height
- Floor system for residential high-rise structural system
- Flexible coupling beams for residential high-rise structural system
- Residential high-rise structural system that combines passive controled and base isolated system
Seismic performance evaluation of existing building and development of seismic reinforcement method.
- Seismic performance evaluation of existing buildings by shaking table test & time history analysis
- Seismic performance evaluation process for existing building
- Seismic reinforcement system using passive controlled and base isolated system
- Technology to extend the life extension of existing building and development of residual life evaluation technique

Assistant ProfessorShin, Dong-hyeon / PNU(JDP)

[Field of Specialization]
Structural Engineering - Steel Structures, Computational Structural Analysis, Building Performance Evaluation, Earthquake Engineering
[Research Interest]
- Probability-based evaluation and Reliability analysis of building structures
- Performance-based seismic design of building structures, optimal structural design and engineering
- Computational structural analysis and numerical simulations of building structures
- Earthquake Engineering, Development of structural vibration control systems and high-performance aseismic structures
- Development of seismic loss estimation methodologies and systems