Join us at the 10th International Conference on Computational Methods in Structural Dynamics and Earthquake Engineering (COMPDYN2025) for an engaging minisymposium titled *New Strategies in Computational Modelling of Sustainable Constructions*. This event will bring together leading minds in the field to discuss groundbreaking advancements and innovative solutions for sustainable building practices.
The construction industry is experiencing a transformative shift towards #sustainability, and our latest paper delves into the promising use of natural fibers.
We're thrilled to share our latest free research paper, "Enhancing Sustainability in Construction: Water Effect on Jute Fiber Composite Mortar" which explores the innovative use of natural fibers in the construction industry.
Exciting News Alert! Our research paper, "Assessment of RC bridges integrity by means of low-cost investigations," is now available for open access!
Yesterday was an absolute blast as we welcomed the incredible team from RadioTre Scienza to our Material Strength Lab at UNICA! It was a pleasure to share insights about two groundbreaking projects close to our hearts: the UniCa Sailing Team Project: https://unicasailingteam.it/ and the #SARCOS Project: https://projectsarcos.it/
Exciting opportunity alert! Chiara Bedon, Andrea Lucherini and me are editing a new book on Fire Safety Engineering - Measures, Policies, and Applications, and we want #YOU to contribute!
We're thrilled to share the findings of our recent work on evaluating the performance of jute fiber nets and composite mortar in natural fiber textile reinforced mortars. This study not only provides an innovative perspective on integrated retrofitting but also a promising solution for constructing safer and more sustainable buildings.
We're thrilled to share a groundbreaking paper titled "Physics-based probabilistic demand model and reliability analysis for reinforced concrete beams under blast loads"
Exciting News! Our paper titled "Structural Identification from Operational Modal Analysis: The Case of Steel Structures" is now available! We're thrilled to introduce our innovative methodology for structural identification using OMA, featured in this paper. By minimizing the disparity between experimental and theoretical eigenfrequencies, through simulated annealing, we've unlocked a powerful tool for enhancing structural knowledge while minimizing any potential impact on the structure itself and its operations.
Road safety is an absolute priority, especially when it comes to highway bridges. Our paper explores how to plan targeted maintenance interventions to ensure infrastructure safety even in the face of earthquakes.
University of Cagliari
