School of Engineering

Staff Profile

Dr Gaetano Elia

Visiting Fellow


I am chartered Civil Engineer in Italy since 2001 and I gained my PhD in Geotechnical Engineering from the Technical University of Bari (Italy) in 2004. I was appointed a lectureship in Geotechnical Engineering in the School of Civil Engineering and Geosciences at Newcastle University (UK) in 2009. From 2017, I am a tenure-track Associate Professor at the Technical University of Bari and Visiting Fellow at Newcastle University. My research spans a variety of topics in computational modelling and soil science. My particular expertise is in theoretical and applied soil mechanics, with specific insight in advanced soil constitutive modelling and numerical simulation of wave propagation and soil dynamics problems. I have a strong track record of publishing in high quality journals and international conferences. My current research is mainly focused on the numerical assessment of the resilience of geotechnical structures during extreme events, including the analysis of natural and engineered slopes subjected to extreme rainfalls and the performance-based design of shallow foundations, excavations and tunnels in static and dynamic conditions. I act as reviewer for a number of international journals and for EPSRC-UK. I am member of the Earthquake Engineering Field Investigation Team (EEFIT), the Society for Earthquake and Civil Engineering Dynamics (SECED), the British Geotechnical Association (BGA) and the Italian Geotechnical Association (AGI). 


Advanced constitutive modelling of clay and sand behaviour, with particular reference to degradation of structure, anisotropy and non-coaxiality

Theoretical interpretation of the mechanical behaviour of artificially cemented soils

Analysis of the cyclic behaviour of clays, with particular reference to degradation of shear stiffness and related hysteretic dissipation

Numerical prediction of the at-rest earth pressure coefficient for normally consolidated soils using advanced constitutive models derived from the Critical State Soil Mechanics Theory

Dynamic analyses of soil-structure and soil-tunnel interaction using fully coupled approaches and advanced constitutive models

Ground response analyses using the equivalent visco-elastic method and fully coupled nonlinear approaches

Static and dynamic stability analyses of natural and artificial slopes using simple and advanced numerical approaches

Prediction of the time to slope failure using empirical or semi-empirical approaches

Evaluation of roots mechanical contribution to slope stability by finite element modelling

Numerical modelling of train induced vibrations in soft soil deposits


Postgraduate teaching at Newcastle University

Support to CEG8308-Seismic Resistant Design (MSc in Structural Engineering, MSc in Geotechnical Engineering)