José Sena-Cruz – författare

The European Technical Specification CEN/TS 19101:2022, “Design of Fibre-Polymer Composite Structures”, constitutes a milestone for the use of fibre-polymer composites in civil engineering works. This book comprises around 400 background reports covering the most relevant paragraphs of the Technical Specification. It provides supplementary information to the Technical Specification, justifies the options that were followed and introduces references that were considered. Among other aspects, this makes it possible to assess the basis of design, the values adopted for partial factors, conversion factors and creep coefficients, provisions for structural analysis, resistance models for structural members, connections and joints, and provisions for durability and detailing. The book also identifies research needs in this field to increase knowledge of the behaviour of fibre-polymer composite structures and for possible future development of the Technical Specification towards a Eurocode standard.The only guide to practical fibre-polymer structural design in accordance with the principles and terminology of the structural Eurocodes, this book is ideal for professional engineers working in structural design, as well as a source of consensus information for graduate students and researchers in the area.

Multiphysics models are also considered, as well as other strategies that contribute for an accurate characterization and prediction the service life and the evolution of existing and novel construction materials under normal or extreme environmental exposure or loading conditions.

Multiphysics models are also considered, as well as other strategies that contribute for an accurate characterization and prediction the service life and the evolution of existing and novel construction materials under normal or extreme environmental exposure or loading conditions.

This book, composed of two volumes, presents the latest advances, innovations, and applications in fibre-reinforced polymer (FRP) composites and structures, as shared by leading international researchers and engineers at the 12th International Conference on FRP Composites in Civil Engineering (CICE), held in Lisbon, Portugal, on July 14–16, 2025. The volumes cover a broad spectrum of topics, including: all-FRP structures; bond and interfacial behavior; concrete-filled FRP tubular members; FRP-reinforced or pre-stressed concrete structures; confinement; design methodologies and guidelines; durability and long-term performance; fire, impact, and blast resistance; FRP as internal reinforcement; hybrid FRP systems with other materials; new materials and products; seismic retrofitting; structural strengthening of concrete, steel, masonry, and timber; and experimental testing. All contributions underwent an international peer-review process, ensuring both quality and relevance. Together, they provide a rich source of ideas that not only advance current understanding but also inspire new research directions and foster multidisciplinary collaboration across the field.

This book analyses the current knowledge on structural behaviour of RC elements and structures strengthened with composite materials (experimental, analytical and numerical approaches for EBR and NSM), particularly in relation to the above topics, and the comparison of the predictions of the current available codes/recommendations/guidelines with selected experimental results. The book shows possible critical issues (discrepancies, lacunae, relevant parameters, test procedures, etc.) related to current code predictions or to evaluate their reliability, in order to develop more uniform methods and basic rules for design and control of FRP strengthened RC structures.General problems/critical issues are clarified on the basis of the actual experiences, detect discrepancies in existing codes, lacunae in knowledge and, concerning these identified subjects, provide proposals for improvements. The book will help to contribute to promote and consolidate a more qualified and conscious approach towards rehabilitation and strengthening existing RC structures with composites and their possible monitoring.