The thesis provides a comprehensive exploration of how Heritage Building Information Modeling (HBIM) integration can effectively address the challenges posed by climate change on heritage buildings. With the imminent threat of climate change affecting historical buildings, this study investigates the transformative potential of HBIM and Digital Twins in enabling conservation and promoting sustainable development. The study provides context to the impact of climate change on heritage buildings and proposes the hypothesis that HBIM, through the integration of Digital Twin and analysis, can effectively mitigate these effects. This research aims to uncover HBIM's role in heritage conservation, addressing critical questions about its practicality and efficacy. The thesis explores architecture's digitalization evolution, introducing Building Information Modeling (BIM) as transformative. It examines BIM's historical development, particularly in heritage conservation, and explores Digital Twins' innovative application for safeguarding historical buildings and advancing smart cities. Additionally, the discussion covers building performance certification systems tailored to heritage structures, linking quantitative metrics with preservation efforts. These threads collectively illuminate the intricate connections between technology, conservation, and climate change adaptation. A meticulously examined case study centers on the Art Nouveau movement's architectural significance and its manifestation in Italy. The study closely examines Villa Ottolini Tovaglieri, a creation attributed to architect Camillo Crespi Balbi, to underscore the historical value of the structure. By exploring the restoration and maintenance of this villa, the thesis illustrates the practical application of HBIM in critical preservation processes. The research findings reveal the efficacy of the HBIM and Digital Twinning approach in analyzing and mitigating the impacts of climate change on historical buildings emphasizing the vital role of HBIM in heritage conservation efforts in the face of climate challenges. By highlighting HBIM's significance in mitigating climate change's impact on historical buildings, the thesis concludes emphatically, underscoring its potential to safeguard heritage for future generations through Digital Twins empowering the data processing and analysis capabilities of HBIM models, enabling them to transcend traditional models and facilitate in-depth analysis of heritage structures.
La tesi esplora come l'integrazione del Heritage Building Information Modeling (HBIM) possa affrontare le sfide poste dal cambiamento climatico agli edifici storici. Con l'imminente minaccia del cambiamento climatico, lo studio indaga il potenziale di HBIM e Digital Twins nella conservazione e nello sviluppo urbano sostenibile. Proponendo che HBIM, attraverso Digital Twin e analisi, possa mitigare questi effetti, la ricerca svela il ruolo di HBIM nella conservazione del patrimonio. La tesi esplora l'evoluzione della digitalizzazione dell'architettura, introducendo BIM come trasformativo. Esamina lo sviluppo storico di BIM nella conservazione del patrimonio e l'applicazione innovativa dei Digital Twins per salvaguardare gli edifici storici e avanzare le smart cities. Inoltre, discute i sistemi di certificazione delle prestazioni degli edifici adattati alle strutture storiche, collegando metriche quantitative agli sforzi di conservazione. Un caso di studio eseguita su Villa Ottolini Tovaglieri progettata dall'architetto Camillo Crespi Balbi, sottolinea il valore storico dell’edificio e l'applicazione pratica di HBIM nei processi di conservazione. I risultati rivelano l'efficacia di HBIM e Digital Twinning nell'analizzare e mitigare gli impatti del cambiamento climatico sugli edifici storici, sottolineando il ruolo vitale di HBIM negli sforzi di conservazione del patrimonio. La tesi conclude evidenziando il potenziale di HBIM e Digital Twins nel salvaguardare il patrimonio per le future generazioni, potenziando le capacità di elaborazione e analisi dei dati dei modelli HBIM e facilitando un'analisi approfondita delle strutture storiche.
Climate- responsive HBIM for sustainable preservation: a case study of Villa Ottolini Tovaglieri - environmental impact and preservation strategies
Bitik, Doga
2023/2024
Abstract
The thesis provides a comprehensive exploration of how Heritage Building Information Modeling (HBIM) integration can effectively address the challenges posed by climate change on heritage buildings. With the imminent threat of climate change affecting historical buildings, this study investigates the transformative potential of HBIM and Digital Twins in enabling conservation and promoting sustainable development. The study provides context to the impact of climate change on heritage buildings and proposes the hypothesis that HBIM, through the integration of Digital Twin and analysis, can effectively mitigate these effects. This research aims to uncover HBIM's role in heritage conservation, addressing critical questions about its practicality and efficacy. The thesis explores architecture's digitalization evolution, introducing Building Information Modeling (BIM) as transformative. It examines BIM's historical development, particularly in heritage conservation, and explores Digital Twins' innovative application for safeguarding historical buildings and advancing smart cities. Additionally, the discussion covers building performance certification systems tailored to heritage structures, linking quantitative metrics with preservation efforts. These threads collectively illuminate the intricate connections between technology, conservation, and climate change adaptation. A meticulously examined case study centers on the Art Nouveau movement's architectural significance and its manifestation in Italy. The study closely examines Villa Ottolini Tovaglieri, a creation attributed to architect Camillo Crespi Balbi, to underscore the historical value of the structure. By exploring the restoration and maintenance of this villa, the thesis illustrates the practical application of HBIM in critical preservation processes. The research findings reveal the efficacy of the HBIM and Digital Twinning approach in analyzing and mitigating the impacts of climate change on historical buildings emphasizing the vital role of HBIM in heritage conservation efforts in the face of climate challenges. By highlighting HBIM's significance in mitigating climate change's impact on historical buildings, the thesis concludes emphatically, underscoring its potential to safeguard heritage for future generations through Digital Twins empowering the data processing and analysis capabilities of HBIM models, enabling them to transcend traditional models and facilitate in-depth analysis of heritage structures.| File | Dimensione | Formato | |
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2024_07_BITIK.pdf
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Descrizione: The hypothesis proposes that the integrated fusion of Historic Building Information Modeling (HBIM) and Digital Twin's advanced data processing offers an innovative approach to conserving heritage buildings. This integration facilitates precise documentation, analysis, and decision-making for adaptive strategies, revolutionizing preservation efforts within a context of dynamic challenges.
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https://hdl.handle.net/10589/223026