I am pleased to announce a significant milestone for my student, Francesco Pinna. His first scientific publication, titled "Nonlinear SDOF model for dynamic response and fragility analysis of steel plates under blast loads", has been officially published in the prestigious European Journal of Environmental and Civil Engineering.
Our new review paper has just been published in Fibers: “Sustainable Masonry Retrofitting and Upgrading Techniques: A Review”
The development of carbon fiber composites with sustainable fillers that enhance their strength without compromising cost-effectiveness or environmental integrity is a critical area of research. Such advancements hold the potential to significantly improve performance in demanding applications while aligning with global sustainability objectives through the adoption of eco-friendly materials and the reduction of waste.
We are pleased to announce the publication of our latest research article: "Enhancing Impact Resistance and Thermal Stability of Alkali-Activated Concrete with Nanomaterial Integration: A Sustainable Approach for Construction."
This work provides a comprehensive analysis of the mechanical and durability performance of RCAs in structural applications, exploring key parameters such as compressive and tensile strength, modulus of elasticity, bond behavior, creep, and carbonation. It also highlights the potential of RCA pretreatment and CO2 capture strategies, with an emphasis on Life Cycle Assessment (LCA) for sustainable construction.
Understanding the behavior of reinforced concrete (RC) beams under blast loading is crucial for ensuring structural safety. However, accurately predicting their reliability has been a significant challenge.
Our paper, "Physics-based Demand Model and Fragility Functions of Industrial Tanks under Blast Loading," addresses blast hazards in industrial facilities, offering a probabilistic approach to mitigate their consequences.
Excited to share our research on structural identification using Operational Modal Analysis (OMA)! Our paper, "Structural Identification from Operational Modal Analysis: The Case of Steel Structures," explores a novel approach to assess existing structures, especially those with high cultural value, without causing damage or interrupting service.
Aging infrastructure poses significant safety and sustainability challenges. Structural Health Monitoring (SHM) and innovative retrofitting techniques are key to prolonging service life, reducing maintenance costs, and enhancing resilience against extreme events.
Understanding how structures respond under extreme conditions is critical for advancing safety and sustainability in civil engineering.
University of Cagliari
