Salvatore Chirivi

Profile

I hold a Bachelor’s degree in Civil Engineering from the University of Salento (Italy), where I completed a final thesis titled "Mechanical Properties of Polyethylene Homocomposites." This work focused on the fabrication of composite materials using pultrusion and compression moulding techniques, followed by mechanical characterization aimed at assessing variations in the elastic modulus resulting from different processing treatments.

Subsequently, I pursued a Master’s degree in Civil Engineering at the same institution. My Master’s thesis, titled "Numerical Modelling and Non-Linear Analysis of Irregular Reinforced Concrete Structures," involved the static non-linear (pushover) analysis of eight reinforced concrete buildings featuring both regular and irregular geometries. The structures were modelled using OpenSees (Open System for Earthquake Engineering Simulation) in order to investigate their seismic performance and evaluate the influence of geometric irregularities on structural response. Key outcomes of the study included capacity curves, failure modes, stress distributions, and base shear contributions across vertical resisting elements.

I am currently a PhD student in Civil Engineering at the University of Salento. My doctoral research focuses on “Optimization of static retrofit of existing buildings in relation to safety, durability, preservation, and maintenance aspects.” Specifically, my work involves the advanced modelling and analysis of existing hybrid masonry–reinforced concrete structures using finite element software. The research addresses critical challenges such as understanding the interaction between structural systems, developing appropriate modelling strategies, calibrating behaviour factors for seismic design, and identifying effective and sustainable retrofit solutions.

During my research visit to the University of Leeds, under the supervision of Dr Francesco Pugliese, I will concentrate on the optimization of potential upgrading and improvement interventions for mixed masonry–concrete structures. The objective of this collaboration is to explore innovative and durable retrofitting techniques capable of delivering enhanced structural performance under both static and dynamic loading conditions.

Research interests

My research interests lie primarily in the field of structural engineering, with a particular focus on advanced modelling and analysis using finite element software. I am especially interested in the seismic vulnerability of existing buildings, including reinforced concrete, masonry, and hybrid structural systems. Another key area of interest is the development and evaluation of retrofit techniques aimed at improving the safety and durability of structures subjected to seismic events.

Qualifications

• Master Degree in Civil Engineering
• Bachelor Degree in Civil Engineering