This thesis analyzes the Polo Cravino complex at the University of Pavia, an iconic work by Giancarlo De Carlo, through an integrated approach combining digital surveying and BIM/HBIM modeling. The main objective is to demonstrate how a BIM model derived from laser scanning (TLS with Leica RTC360), point cloud processing (Cyclone Register360/Core), and modeling in Revit can support conservation and expansion projects consistent with the architect’s original design concept. The methodology included field survey campaigns, systematic comparison with original archival drawings, and the development of parametric families for reinforced concrete elements, stratigraphies, and modular details typical of the architect’s design language. The final model, at LOD D, integrates metric and historical data, highlighting conservation issues and discrepancies between the design and the built structure. Among the main results is a quantitative and qualitative comparison with the archives, which validates the model’s accuracy and proposes its use to simulate future design scenarios, such as modular expansions that respect the participatory and flexible character of the Cravino Campus. In conclusion, the Scan-to-BIM workflow proves to be an effective tool for the preservation of modern heritage, offering a replicable method for designing interventions that preserve De Carlo’s original intent, with applications for university enhancement.
Questa tesi analizza il complesso del Polo Cravino all'Università di Pavia, opera emblematica di Giancarlo De Carlo, attraverso un approccio integrato di rilievo digitale e modellazione BIM/HBIM. L'obiettivo principale è dimostrare come un modello BIM derivato da laser scanning (TLS con RTC360 Leica), elaborazione nuvole di punti (Cyclone Register360/Core) e modellazione in Revit, possa supportare interventi di conservazione e ampliamento coerenti con l'idea progettuale originaria dell'architetto. La metodologia ha incluso campagne di rilievo sul campo, confronto sistematico con disegni d'archivio originali e sviluppo di famiglie parametriche per elementi in calcestruzzo armato, stratigrafie e dettagli modulari tipici del linguaggio dell'architetto. Il modello finale, a LOD D, integra dati metrici e storici, evidenziando patologie conservative e discrepanze tra progetto e costruito. Tra i risultati principali emerge un confronto quantitativo e qualitativo con gli archivi, che valida l'accuratezza del modello e ne propone l'uso per simulare scenari progettuali futuri, come ampliamenti modulari rispettosi del carattere partecipativo e flessibile del Polo Cravino. In conclusione, il workflow Scan-to-BIM si rivela strumento efficace per la tutela del patrimonio moderno, offrendo un metodo replicabile per progettare interventi che preservino l'intenzionalità De Carlo, con applicazioni per la valorizzazione universitaria.
Metodologia Scan-To-BIM a supporto di interventi sul patrimonio. Verso una parametrizzazione del progetto di De Carlo a Pavia.
GALESIO, LAURA
2024/2025
Abstract
This thesis analyzes the Polo Cravino complex at the University of Pavia, an iconic work by Giancarlo De Carlo, through an integrated approach combining digital surveying and BIM/HBIM modeling. The main objective is to demonstrate how a BIM model derived from laser scanning (TLS with Leica RTC360), point cloud processing (Cyclone Register360/Core), and modeling in Revit can support conservation and expansion projects consistent with the architect’s original design concept. The methodology included field survey campaigns, systematic comparison with original archival drawings, and the development of parametric families for reinforced concrete elements, stratigraphies, and modular details typical of the architect’s design language. The final model, at LOD D, integrates metric and historical data, highlighting conservation issues and discrepancies between the design and the built structure. Among the main results is a quantitative and qualitative comparison with the archives, which validates the model’s accuracy and proposes its use to simulate future design scenarios, such as modular expansions that respect the participatory and flexible character of the Cravino Campus. In conclusion, the Scan-to-BIM workflow proves to be an effective tool for the preservation of modern heritage, offering a replicable method for designing interventions that preserve De Carlo’s original intent, with applications for university enhancement.| File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.14239/35026