This course delves into the innovative use of Fiber Reinforced Polymer (FRP) materials for seismic retrofitting of curved masonry structures, focusing on arches and vaults. With a growing emphasis on preserving historical architecture, understanding the dynamics of retrofitting curved geometries is critical. Participants will explore the advanced numerical methods used to evaluate seismic responses, comparing traditional techniques like tie rods with modern FRP reinforcements. This comprehensive overview highlights the benefits of FRP reinforcements in increasing strength and ductility while maintaining the historical integrity of the structures.

Through theoretical discussions and case studies, attendees will gain insights into key considerations for applying FRP in structural retrofitting. The course covers practical aspects such as material behaviour, failure mechanisms, and the comparison of reinforced and unreinforced scenarios.

Key Topics:

• Advanced techniques for seismic retrofitting of masonry structures.
• Comparative analysis of traditional and modern reinforcement strategies.
• Numerical modelling for evaluating structural performance.

This course is ideal for civil engineers, architects, and conservation professionals aiming to enhance their expertise in structural retrofitting techniques for preserving cultural heritage.