The ‘bastioned fortifications’ or ‘modern fortifications’ constitute a sophisticated architectural-defensive system that was introduced by Filarete and refined over 150 years in response to the advancements in artillery (Padovan, 2016). Numerous specialized treaties from Italy and Europe outline defensive techniques grounded in geometric and mathematical principles, which govern the design of layouts, inclinations, casemates, and trenches (Pisano, 2014). Analysing these fortification systems necessitates tools illuminating the interrelationships among individual components and their connections to the overall structure. Ontology, which facilitates the hierarchical organization of concepts and relationships, is invaluable for understanding this complexity. It is especially pertinent in parametric digital modeling, such as HBIM, which relies on precise semantic classification (Varzi, 2019). This study provides a summary of the research activities undertaken to date within the INFORTREAT project (PRIN 2022, CUP N. I53D23005420006), which aims to develop parametric models of modern fortifications for purposes of restoration, reuse, and maintenance.
Early Modern Age Fortifications. Knowledge for Management, Conservation and Valorisation
Marco Saccucci
Investigation
;Assunta PelliccioConceptualization
;
2025-01-01
Abstract
The ‘bastioned fortifications’ or ‘modern fortifications’ constitute a sophisticated architectural-defensive system that was introduced by Filarete and refined over 150 years in response to the advancements in artillery (Padovan, 2016). Numerous specialized treaties from Italy and Europe outline defensive techniques grounded in geometric and mathematical principles, which govern the design of layouts, inclinations, casemates, and trenches (Pisano, 2014). Analysing these fortification systems necessitates tools illuminating the interrelationships among individual components and their connections to the overall structure. Ontology, which facilitates the hierarchical organization of concepts and relationships, is invaluable for understanding this complexity. It is especially pertinent in parametric digital modeling, such as HBIM, which relies on precise semantic classification (Varzi, 2019). This study provides a summary of the research activities undertaken to date within the INFORTREAT project (PRIN 2022, CUP N. I53D23005420006), which aims to develop parametric models of modern fortifications for purposes of restoration, reuse, and maintenance.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
