Emilios Komodromos

Emilios Komodromos is a Professor in the Department of Civil Engineering at the University of Thessaly, where he has served since 1999, initially as Assistant Professor and promoted to First-tier Professor in 2011. His office hours are Wednesday and Thursday from 11:00–13:00, and he teaches undergraduate courses including Foundations and Supports, Tunnels and Underground Works, and Soil-Structure Interaction. His research and professional activities are centered at the Computational Geotechnical Engineering Laboratory.

His educational background includes:

• Civil Engineer from Aristotle University of Thessaloniki, Greece (1986)
• DEA in Mechanics des Sols-Structures from Ecole Centrale Paris, France (1987)
• PhD from Aristotle University of Thessaloniki, Greece (1991)

Professor Komodromos specializes in Geotechnical Engineering with emphasis on Soil-Structure Interaction, Computational Geotechnics, and Foundation Engineering. His research leverages advanced numerical methods to solve complex infrastructure problems, focusing on soil behavior modeling, optimization of constitutive laws, and practical applications for foundations, tunnels, and retaining structures. He has developed innovative approaches for pile group analysis, diaphragm wall design, and energy pile systems.

His 90+ publications reveal a consistent trajectory toward increasingly sophisticated numerical modeling of real-world geotechnical challenges, particularly in pile-soil interaction, tunneling-induced subsidence, and thermal effects on energy foundations. Recent work emphasizes multi-physics simulations incorporating spatial variability, cracking phenomena, and combined loading conditions.

His scientific recognition includes:

• Outstanding paper award 2010-2015 for 'Pile foundation analysis and design using experimental data and 3-D numerical analysis' in Computers & Geotechnics

As principal investigator, he has led numerous industry and government-funded projects on landslide rehabilitation, tunnel construction, bridge foundations, and dam safety. His two authoritative books—'Computational Geotechnical Engineering' and 'Foundation-Retaining Design'—serve as key references in the field. He frequently collaborates with international researchers, evidenced by co-authorship with institutions across Europe.

He directs the Computational Geotechnical Engineering Laboratory, which focuses on numerical simulation of tunnel excavation (including TBM-EPB methods), foundation design, and soil-structure interaction problems. The lab utilizes advanced computational tools to model infrastructure projects for safety optimization and cost efficiency, with recent work on jet-grout column slabs for deep excavations and thermal response of energy piles.