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This book presents a comprehensive framework for applying digital technologies to heritage conservation. It begins by developing a knowledge path of cultural heritage buildings through methods such as 3D laser scanning, photogrammetry, and Heritage Building Information Modeling (HBIM), and then leverages this data for the assessment and management of both rapid- and slow-onset disasters. To this purpose, multi-scale vulnerability and risk-assessment methodologies, particularly concerning seismic and climate change hazards, are used to support the planning of risk-mitigation strategies to protect heritage buildings from sudden and long-term threats.
Adopting a multidisciplinary and multi-scale perspective, the volume bridges the gap between architectural knowledge, structural analysis, and environmental risk management. It offers a practical and replicable model that integrates both traditional and innovative methods, aiming to preserve historical and cultural value while addressing contemporary conservation challenges.
Furthermore, the proposed framework supports the creation of a centralized digital platform, empowering heritage professionals, policymakers, and communities to make informed decisions regarding mitigation strategies. By combining technological innovation with established methodologies, this book provides tools and resources for safeguarding heritage buildings for future generations.
List of contents
Introduction.- Creating a Digital Identity Card of the Building Heritage: Data Collection, Digitalization, and Processing.- Knowledge of the Built Heritage.- Multi-Scale and Multi-Risk Analysis of Built Heritage.- Risk Mitigation Strategies: Conservation, Maintenance and Intervention.- Automation of the Risk Analysis for Built Heritage.- Conclusions.
Summary
This book presents a comprehensive framework for applying digital technologies to heritage conservation. It begins by developing a knowledge path of cultural heritage buildings through methods such as 3D laser scanning, photogrammetry, and Heritage Building Information Modeling (HBIM), and then leverages this data for the assessment and management of both rapid- and slow-onset disasters. To this purpose, multi-scale vulnerability and risk-assessment methodologies, particularly concerning seismic and climate change hazards, are used to support the planning of risk-mitigation strategies to protect heritage buildings from sudden and long-term threats.
Adopting a multidisciplinary and multi-scale perspective, the volume bridges the gap between architectural knowledge, structural analysis, and environmental risk management. It offers a practical and replicable model that integrates both traditional and innovative methods, aiming to preserve historical and cultural value while addressing contemporary conservation challenges.
Furthermore, the proposed framework supports the creation of a centralized digital platform, empowering heritage professionals, policymakers, and communities to make informed decisions regarding mitigation strategies. By combining technological innovation with established methodologies, this book provides tools and resources for safeguarding heritage buildings for future generations.
