The Future of Heritage Science and Technologies
Design, Simulation and Monitoring
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Beschreibung
This book gathers a selection of contributions dealing with the application of mechanical engineering for preserving and managing cultural heritage. It covers advanced techniques for 3D survey, modeling and simulation, reconstruction, data management as well as advanced diagnostics and testing methods. It highlights strategies to foster sustainability, inclusivity, energy saving and waste reuse in preventive conservation of historical buildings and sculptures, and large heritage sites. Based on contributions presented at the 3rd Florence Heri-Tech International Conference, held on May, 16-18, 2022, in Firenze, Italy, this book offers a timely source of information concerning engineering methods in heritage for both researchers and professionals in the field.
This book gathers a selection of contributions dealing with the application of mechanical engineering for preserving and managing cultural heritage. It covers advanced techniques for 3D survey, modeling and simulation, reconstruction, data management as well as advanced diagnostics and testing methods. It highlights strategies to foster sustainability, inclusivity, energy saving and waste reuse in preventive conservation of historical buildings and sculptures, and large heritage sites. Based on contributions presented at the 3rd Florence Heri-Tech International Conference, held on May, 16-18, 2022, in Firenze, Italy, this book offers a timely source of information concerning engineering methods in heritage for both researchers and professionals in the field.
Reports on 3D simulation, modelling, imaging and printing methods for cultural heritage management Covers advanced diagnostics, monitoring techniques, and microclimatic assessment for cultural heritage preservation Highlights interdisciplinary approaches to cultural heritage
Autor*in
Rocco Furferi
Themen in »The Future of Heritage Science and Technologies«
Preventive Conservation of Builidings Virtual and Augmented Reality in Heritage Management Multidisciplinary Diagnostic Approaches for Heritage Monitoring Technologies in Cultural Heritage Geometric Modelling 3D Reconstruction 3D Acquisition Methods Microclimatic Conditions Assessment Numerical Modeling in Cultural Heritage Spectroscopic Techniques for Cultural Heritage AI applications in Cultural Heritage Thermography for Heritage Virtual Reassembly Energy Saving Systems for Builidings Building Information Modeling Applications