Research Core on Strengthening and Optimization of Structures and Infrastructure
The Research Core on Strengthening and Optimization of Structures and Infrastructure aims to enhance the safety, durability, and performance of civil infrastructure against environmental, seismic, and anthropogenic factors. Its mission is to develop innovative analytical, design, and retrofitting methodologies through advanced numerical modeling, smart materials, and optimization algorithms.
Main Research Fields:
- Nonlinear behavior of structures under dynamic and seismic loading
- Structural and material optimization using metaheuristic and AI-based algorithms
- Strengthening and rehabilitation of concrete, steel, and masonry structures
- Seismic vulnerability assessment of buildings and infrastructure networks
- Advanced numerical modeling using FEM and data-driven methods
- Performance-based design and assessment methodologies
Core Objectives:
- Enhancing the resilience and sustainability of critical infrastructure
- Localizing modern strengthening technologies using composite and FRP materials
- Developing intelligent tools and software for structural optimization
- Promoting collaborative research with the construction industry and public agencies
Team and Structure:
The core group comprises academic staff and researchers in structural and earthquake engineering, actively involving graduate students through research projects, theses, and industrial collaborations.
