- Earthquake Engineering
- Experimental study of reinforced concrete structures (strulab.civil.upatras.gr)
- Design of reinforced concrete structures (strulab.civil.upatras.gr)
- Retrofitting of substandard reinforced concrete structures (strulab.civil.upatras.gr)
- Design of high-performanceseismic-resistant steel structures (www.steel.civil.upatras.gr)
- Design of steel connections against extreme hazards (www.steel.civil.upatras.gr)
- Steel-concrete composite bridges (design for deconstruction, post-tensioning) (steel.civil.upatras.gr)
- Application of advanced materials in structural engineering, with a focus on strengthening and retrofitting of concrete, masonry, timber, and steel structures. (http://sml.civil.upatras.gr/)
- Cement-based (e.g. textile-reinforced) and polymer-based (e.g. FRP) composites. (http://sml.civil.upatras.gr/)
- Steel-concrete composite structures, prefabricated structural sandwich panels, structural health monitoring. (http://sml.civil.upatras.gr/)
- Static and Dynamic Analysis Interaction of Structures (https://www.civil.upatras.gr/index.php/favvata-maria)
- Masonry Structures: Strengthening of existing structures and design of new ones to resist seismic actions
- Celestial Mechanics (https://www.civil.upatras.gr/index.php/perdiou-aggeliki/)
- Orbital Mechanics
- Dynamical systems (http://www.des.upatras.gr/amm/Papadakis/web%20page/PersonalPage.html)
MEMBERS
