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Format: 1 Online-Ressource

ISBN: 9783031396755

Series Statement: Circular economy and sustainability

Additional Edition: Erscheint auch als Druck-Ausgabe, Hardcover ISBN 978-3-031-39674-8

Additional Edition: Erscheint auch als Druck-Ausgabe, Paperback ISBN 978-3-031-39677-9

Language: English

DOI: 10.1007/978-3-031-39675-5

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Format: 1 Online-Ressource (286 p.)

ISBN: 9783031396755 , 9783031396748

Series Statement: Circular Economy and Sustainability

Content: This open access book offers a comprehensive exploration of the digital innovations that have emerged in recent years for the circular built environment. Each chapter is meticulously crafted to ensure that both academic readers and industry practitioners can grasp the inner workings of each digital technology, understand its relevance to the circular built environment, examine real-life implementations, and appreciate the intriguing business models behind them. Our primary objective is to blend scholarly knowledge with practical inspiration by providing real-life case studies for each innovation. The authors, who possess extensive expertise in their respective fields, have contributed chapters dedicated to digital technologies within their areas of specialization. The book is organized into three distinct parts. The first part focuses on data-driven digital technologies and delves into how their capabilities can facilitate the transition to a circular built environment. Essential aspects such as building information modeling (BIM), digital twins, geographical information systems (GIS), scanning technologies, artificial intelligence (AI), data templates, and material passports are explored as vital tools for data collection, integration, and analysis in the context of circular construction. In the second part, various digital technologies for design and fabrication are introduced. Topics covered include computational design algorithms, additive and subtractive manufacturing, robotic manufacturing, and extended reality. These discussions shed light on how these technologies can be leveraged to enhance design and fabrication processes within the circular built environment. Finally, the last part of the book presents emerging digital concepts related to business and governance. It explores the role of deconstruction and reverse logistics, blockchain technology, digital building logbooks, and innovative business models as enablers of circularity inthe built environment. The book concludes with a chapter dedicated to digital transformation and its potential to propel the built environment towards a regenerative future. In addition to the substantive content, the book features forewords and perspectives from esteemed experts, providing valuable economic and creative insights to complement its comprehensive approach

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UID:

Format: 1 online resource (297 pages)

Edition: 1st ed. 2024.

ISBN: 3-031-39675-8

Series Statement: Circular Economy and Sustainability,

Content: This open access book offers a comprehensive exploration of the digital innovations that have emerged in recent years for the circular built environment. Each chapter is meticulously crafted to ensure that both academic readers and industry practitioners can grasp the inner workings of each digital technology, understand its relevance to the circular built environment, examine real-life implementations, and appreciate the intriguing business models behind them. Our primary objective is to blend scholarly knowledge with practical inspiration by providing real-life case studies for each innovation. The authors, who possess extensive expertise in their respective fields, have contributed chapters dedicated to digital technologies within their areas of specialization. The book is organized into three distinct parts. The first part focuses on data-driven digital technologies and delves into how their capabilities can facilitate the transition to a circular built environment. Essential aspects such as building information modeling (BIM), digital twins, geographical information systems (GIS), scanning technologies, artificial intelligence (AI), data templates, and material passports are explored as vital tools for data collection, integration, and analysis in the context of circular construction. In the second part, various digital technologies for design and fabrication are introduced. Topics covered include computational design algorithms, additive and subtractive manufacturing, robotic manufacturing, and extended reality. These discussions shed light on how these technologies can be leveraged to enhance design and fabrication processes within the circular built environment. Finally, the last part of the book presents emerging digital concepts related to business and governance. It explores the role of deconstruction and reverse logistics, blockchain technology, digital building logbooks, and innovative business models as enablers of circularity in the built environment. The book concludes with a chapter dedicated to digital transformation and its potential to propel the built environment towards a regenerative future. In addition to the substantive content, the book features forewords and perspectives from esteemed experts, providing valuable economic and creative insights to complement its comprehensive approach.

Note: Introduction -- Introducing Perspective -- Part I. Data -- Chapter 1. From Building Information Modeling to Digital Twins: Digital representation for a Circular Economy -- Chapter 2. Geographic Information Systems: its role in developing circular cities and regions -- Chapter 3. Digitizing Building Materials for Reuse with Reality Capture Technologies and Scan-to-BIM -- Chapter 4. Artificial Intelligence for Predicting Reuse Patterns -- Chapter 5. From Data Templates to Material Passports and Digital Product Passports -- Part II. Design and Fabrication -- Chapter 6. Computational Tools Enabling Design for Circularity -- Chapter 7. Additive and subtractive manufacturing for a circular built environment -- Chapter 8. Cooperative Robotic Fabrication for a Circular Economy -- Chapter 9. Towards Circular On-site Robotic Construction -- Chapter 10. Leveraging Extended Reality to Support Circular Economy in the Built Environment -- Part III. Business and Governance -- Chapter 11. Digital technology use cases for deconstruction and reverse logistics -- Chapter 12. Blockchain Technology for circular buildings -- Chapter 13. Digital Building Logbooks for Circularity -- Chapter 14. Circular Business Models for Digital Technologies -- Chapter 15. Digital Transformation towards a Regenerative Built Environment -- Concluding Perspective -- Conclusion.

Additional Edition: ISBN 3-031-39674-X

Language: English

DOI: 10.1007/978-3-031-39675-5

UID:

Format: 1 Online-Ressource (XXII, 512 p. 119 illus., 72 illus. in color)

ISBN: 9783319727967

Additional Edition: Erscheint auch als Druck-Ausgabe ISBN 978-3-319-72795-0

Language: English

Keywords: Kohlendioxidemission ; Umweltbilanz ; Baustoff

DOI: 10.1007/978-3-319-72796-7

URL: Volltext  (URL des Erstveröffentlichers)

UID:

Format: XXII, 286 p. 1 illus. , online resource.

Edition: 1st ed. 2024.

ISBN: 9783031396755

Series Statement: Circular Economy and Sustainability,

Content: This open access book offers a comprehensive exploration of the digital innovations that have emerged in recent years for the circular built environment. Each chapter is meticulously crafted to ensure that both academic readers and industry practitioners can grasp the inner workings of each digital technology, understand its relevance to the circular built environment, examine real-life implementations, and appreciate the intriguing business models behind them. Our primary objective is to blend scholarly knowledge with practical inspiration by providing real-life case studies for each innovation. The authors, who possess extensive expertise in their respective fields, have contributed chapters dedicated to digital technologies within their areas of specialization. The book is organized into three distinct parts. The first part focuses on data-driven digital technologies and delves into how their capabilities can facilitate the transition to a circular built environment. Essential aspects such as building information modeling (BIM), digital twins, geographical information systems (GIS), scanning technologies, artificial intelligence (AI), data templates, and material passports are explored as vital tools for data collection, integration, and analysis in the context of circular construction. In the second part, various digital technologies for design and fabrication are introduced. Topics covered include computational design algorithms, additive and subtractive manufacturing, robotic manufacturing, and extended reality. These discussions shed light on how these technologies can be leveraged to enhance design and fabrication processes within the circular built environment. Finally, the last part of the book presents emerging digital concepts related to business and governance. It explores the role of deconstruction and reverse logistics, blockchain technology, digital building logbooks, and innovative business models as enablers of circularity in the built environment. The book concludes with a chapter dedicated to digital transformation and its potential to propel the built environment towards a regenerative future. In addition to the substantive content, the book features forewords and perspectives from esteemed experts, providing valuable economic and creative insights to complement its comprehensive approach.

Note: Introduction -- Introducing Perspective -- Part I. Data -- Chapter 1. From Building Information Modeling to Digital Twins: Digital representation for a Circular Economy -- Chapter 2. Geographic Information Systems: its role in developing circular cities and regions -- Chapter 3. Digitizing Building Materials for Reuse with Reality Capture Technologies and Scan-to-BIM -- Chapter 4. Artificial Intelligence for Predicting Reuse Patterns -- Chapter 5. From Data Templates to Material Passports and Digital Product Passports -- Part II. Design and Fabrication -- Chapter 6. Computational Tools Enabling Design for Circularity -- Chapter 7. Additive and subtractive manufacturing for a circular built environment -- Chapter 8. Cooperative Robotic Fabrication for a Circular Economy -- Chapter 9. Towards Circular On-site Robotic Construction -- Chapter 10. Leveraging Extended Reality to Support Circular Economy in the Built Environment -- Part III. Business and Governance -- Chapter 11. Digital technology use cases for deconstruction and reverse logistics -- Chapter 12. Blockchain Technology for circular buildings -- Chapter 13. Digital Building Logbooks for Circularity -- Chapter 14. Circular Business Models for Digital Technologies -- Chapter 15. Digital Transformation towards a Regenerative Built Environment -- Concluding Perspective -- Conclusion.

In: Springer Nature eBook

Additional Edition: Printed edition: ISBN 9783031396748

Additional Edition: Printed edition: ISBN 9783031396762

Additional Edition: Printed edition: ISBN 9783031396779

Language: English

DOI: 10.1007/978-3-031-39675-5

URL: https://doi.org/10.1007/978-3-031-39675-5

UID:

Format: 1 online resource (297 pages)

Edition: 1st ed.

ISBN: 9783031396755

Series Statement: Circular Economy and Sustainability Series

Note: Intro -- Foreword -- Acknowledgements -- Introduction -- References -- Introductory Perspective -- References -- Contents -- About the Editors -- Part I: Data -- Chapter 1: From Building Information Modelling to Digital Twins: Digital Representation for a Circular Economy -- 1.1 Building Information Modelling and Digital Twinning -- 1.1.1 BIM -- 1.1.2 Digital Twinning -- 1.1.3 Passports and Logbooks -- 1.2 BIM in the Built Environment -- 1.3 BIM and Digital Twinning for a Circular Economy -- 1.3.1 Registration of Relevant Information -- 1.3.2 Exploration of Circular Operations -- 1.3.3 Constraining Design, Construction and Operation -- 1.3.4 Life Cycle Registration and Guidance -- 1.4 Current Applications of BIM and Digital Twinning to Circularity -- 1.5 Business Models for BIM and Digital Twinning in a Circular Built Environment -- 1.6 Discussion -- 1.7 Key Takeaways -- References -- Chapter 2: Geographic Information Systems for Circular Cities and Regions -- 2.1 What Is GIS? -- 2.2 GIS in the Built Environment -- 2.3 GIS for a Circular Built Environment -- 2.4 Example Use Cases -- 2.4.1 Academia -- 2.4.1.1 Estimating Locations of Future Secondary Material Availability: From a Top-Down to a Bottom-Up Approach -- 2.4.1.2 Identifying Locations of Existing and Future Circular Facilities Using Spatial Analysis -- 2.4.1.3 Developing Circular City Information Infrastructures -- 2.4.2 Industry -- 2.4.2.1 Planning Reuse Infrastructures -- 2.4.2.2 Tracking and Tracing via Digital Platforms -- 2.4.2.3 Tracking in Reverse Logistics and Remanufacturing -- 2.4.3 Government -- 2.4.3.1 Project Zuid-Holland: Prioritising Industrial Land for the Circular Economy -- 2.4.3.2 The RePair Project: Geo-design Decision Support Environment for Circular Spatial Strategies -- 2.5 Discussion -- 2.5.1 Connecting to Other Technologies -- 2.5.2 Hurdles and Barriers. , 2.5.3 Future Trends -- 2.6 Key Takeaways -- References -- Chapter 3: Digitising Building Materials for Reuse with Reality Capture and Scan-to-BIM Technologies -- 3.1 Scanning Technologies: An Overview -- 3.2 Scanning Technology in the Built Environment -- 3.3 Scanning Technology for a Circular Built Environment -- 3.4 Industrial Implementations of Scanning and Digitisation for a Circular Building Environment: Concular -- 3.5 Business Models for Scanning in a Circular Built Environment -- 3.6 Discussion -- 3.7 Key Takeaways -- References -- Chapter 4: Artificial Intelligence for Predicting Reuse Patterns -- 4.1 Introduction -- 4.2 Computer Vision and Machine Learning in the Built Environment -- 4.3 Computer Vision and Machine Learning for a Circular Economy -- 4.3.1 Narrowing the Loop -- 4.3.2 Slowing the Loop -- 4.3.3 Closing the Loop -- 4.3.4 Regenerating the Loop -- 4.4 An Example of Using Computer Vision for Mining Materials in Urban Settings -- 4.5 Business Models for Computer Vision and Machine Learning in a Circular Built Environment -- 4.6 Discussion -- 4.7 Key Takeaways -- References -- Chapter 5: From Data Templates to Material Passports and Digital Product Passports -- 5.1 Data Templates, Material Passports, and Digital Product Passports -- 5.1.1 Differences Between MPs and DPPs -- 5.1.2 Data Templates for MPs and DPPs -- 5.1.3 The Development of Passport Instruments -- 5.2 Passport Instruments in the Built Environment -- 5.2.1 MPs and Life Cycles -- 5.2.2 MPs and Digital Platforms -- 5.3 Passport Instruments for a Circular Economy -- 5.3.1 MP-Related Concepts -- 5.3.2 MPs for New and Existing Buildings -- 5.4 Examples from Research and Practice -- 5.4.1 Examples from Research -- 5.4.2 Examples from Practice -- 5.5 Business Models for Passport Instruments in a Circular Built Environment -- 5.6 Discussion -- 5.7 Key Takeaways -- References. , Part II: Design and Fabrication -- Chapter 6: Enabling Design for Circularity with Computational Tools -- 6.1 Computational Tools Enabling Design for Circularity -- 6.2 Computational Tools Across Scales of the Built Environment -- 6.3 Computational Tools for a Circular Economy -- 6.3.1 Required Flexible Inputs for CI Generation -- 6.3.2 Assessing Outputs in Early-Stage Design Changes -- 6.3.3 Circularity Indicators at the End-of-Use Phase -- 6.3.4 Circularity Databases -- 6.4 Examples of Computational Tools Enabling Design for Circularity -- 6.4.1 Madaster -- 6.4.2 One Click LCA -- 6.4.3 RhinoCircular -- 6.5 Discussion -- 6.6 Key Takeaways -- References -- Chapter 7: Additive Manufacturing for the Circular Built Environment: Towards Circular Construction with Earth-Based Materials -- 7.1 Introduction to Additive Manufacturing -- 7.2 Additive Manufacturing in the Built Environment -- 7.2.1 Materials -- 7.2.2 Machine Configurations for Additive Manufacturing -- 7.2.3 Computational Methods -- 7.2.4 Summary -- 7.3 Additive Manufacturing for a Circular Economy -- 7.3.1 Advantages -- 7.3.2 Additive Manufacturing in a Circular Built Environment -- 7.3.3 Summary -- 7.4 Case Studies -- 7.4.1 Introduction to 3D Printing with Earth -- 7.4.2 Digital Adobe: Prefabricated Components Manufactured Off-Site Using Recyclable Materials -- 7.4.3 TECLA: On-Site Construction Using Excavated Materials -- 7.4.4 TOVA: On-Site Construction with Excavated and Recyclable Materials -- 7.5 Discussion -- 7.6 Key Takeaways -- References -- Chapter 8: Cooperative Robotic Fabrication for a Circular Economy -- 8.1 Introduction -- 8.1.1 What Is Cooperative Robotic Behaviour? -- 8.1.2 Broad Applications -- 8.2 Cooperative Robotic Fabrication in the Built Environment -- 8.2.1 CRF at the Material Scale -- 8.2.2 CRF at the Product Scale -- 8.2.3 CRF at the Building Scale. , 8.3 Cooperative Robotic Fabrication for a Circular Economy -- 8.3.1 Narrow -- 8.3.2 Slow -- 8.3.3 Close -- 8.3.4 Future Applications -- 8.4 Examples of Cooperative Robotic Fabrication for a Circular Economy -- 8.4.1 LightVault -- 8.4.2 Remote Robotic Assemblies Workshop -- 8.4.3 ZeroWaste -- 8.5 Discussion -- 8.6 Key Takeaways -- References -- Chapter 9: Circular Robotic Construction -- 9.1 What Is Robotic Construction? -- 9.2 Robotic Construction for the Built Environment -- 9.3 Robotic Construction for a Circular Economy -- 9.4 Examples of in Situ Circular Robotic Construction -- 9.4.1 Robotic Construction of Jammed Architectural Structures (JAS) from Bulk Material -- 9.4.2 Robotic Earthworks with Local and Upcycled Materials -- 9.4.3 Robotic Additive Manufacturing with Earth-Based Materials -- 9.5 Discussion -- 9.6 Key Takeaways -- References -- Chapter 10: Extended Reality as a Catalyst for Circular Economy Transition in the Built Environment -- 10.1 Introduction -- 10.1.1 Need for XR -- 10.1.2 Components of XR System -- 10.1.3 Working Principle of an XR System -- 10.1.4 Types of XR Systems -- 10.2 Existing XR Applications in the Built Environment Life Cycle -- 10.2.1 Design Phase -- 10.2.2 Construction Phase -- 10.2.3 Operations and End-of-Life -- 10.3 Leveraging XR for Circular Strategies -- 10.3.1 Regenerate -- 10.3.2 Narrow -- 10.3.3 Slow -- 10.3.4 Close -- 10.4 Circular Economy Examples of XR in Construction Practice -- 10.4.1 Collaborative Visualisation of Design -- 10.4.2 Construction Production Control Rooms -- 10.4.3 Construction AR -- 10.5 Discussion -- 10.6 Key Takeaways -- References -- Part III: Business and Governance -- Chapter 11: Digital Technology Use Cases for Deconstruction and Reverse Logistics -- 11.1 Introduction -- 11.2 Reverse Supply Chains in Construction -- 11.3 Digital Deconstruction Technology Use Cases. , 11.3.1 Identify Reusable Building Elements -- 11.3.2 Harvest Reusable Building Elements -- 11.3.3 Distribute Reusable Building Elements -- 11.4 Discussion -- 11.5 Outlook -- 11.6 Key Takeaways -- References -- Chapter 12: Blockchain Technology for a Circular Built Environment -- 12.1 What Is Blockchain Technology? -- 12.2 Blockchain Technology in the Built Environment -- 12.2.1 Supply Chain Management -- 12.2.2 BIM and Digital Twins -- 12.2.3 Cost Saving -- 12.2.4 Information Management -- 12.3 Circular Economy Through Blockchain Technology -- 12.4 Examples of Blockchain Applications for a Circular Built Environment -- 12.5 Challenges of Applying Blockchain Technology -- 12.6 Future of Blockchain Technology in a Circular Built Environment -- 12.7 Key Takeaways -- References -- Chapter 13: The Role of Digital Building Logbooks for a Circular Built Environment -- 13.1 Introduction -- 13.2 Digital Building Logbooks (DBLs) -- 13.2.1 DBLs in the European Built Environment -- 13.2.2 DBLs for a Circular Economy -- 13.2.3 Examples of DBLs in Europe -- CLÉA, France -- Residential Logbook Association, the United Kingdom -- De Woningpas, Belgium -- CAPSA, Germany -- CIRDAX, the Netherlands -- 13.3 Data Fields Supporting Circular Strategies -- 13.4 Business Models for DBLs -- 13.5 Discussion -- 13.5.1 Future Developments for DBLs -- 13.5.2 Market Uptake -- 13.5.3 DBLs as Enablers of Circular Economy -- 13.6 Key Takeaways -- References -- Chapter 14: Circular Business Models for Digital Technologies in the Built Environment -- 14.1 Introduction -- 14.2 Circular Business Model Innovation -- 14.3 Digital Business Models to Enable Circularity -- 14.3.1 Digital Business Models for Narrowing Resource Loops -- 14.3.2 Digital Business Models for Slowing Resource Loops -- 14.3.3 Digital Business Models for Closing Resource Loops. , 14.3.4 Digital Business Models for Regenerating Resource Loops.

Additional Edition: Print version: De Wolf, Catherine A Circular Built Environment in the Digital Age Cham : Springer International Publishing AG,c2024 ISBN 9783031396748

Language: English

Keywords: Electronic books.

URL: Click to View

UID:

Format: 1 online resource (297 pages)

Edition: First edition 2024.

ISBN: 3-031-39675-8

Series Statement: Circular Economy and Sustainability,

Content: This open access book offers a comprehensive exploration of the digital innovations that have emerged in recent years for the circular built environment. Each chapter is meticulously crafted to ensure that both academic readers and industry practitioners can grasp the inner workings of each digital technology, understand its relevance to the circular built environment, examine real-life implementations, and appreciate the intriguing business models behind them. Our primary objective is to blend scholarly knowledge with practical inspiration by providing real-life case studies for each innovation. The authors, who possess extensive expertise in their respective fields, have contributed chapters dedicated to digital technologies within their areas of specialization. The book is organized into three distinct parts. The first part focuses on data-driven digital technologies and delves into how their capabilities can facilitate the transition to a circular built environment. Essential aspects such as building information modeling (BIM), digital twins, geographical information systems (GIS), scanning technologies, artificial intelligence (AI), data templates, and material passports are explored as vital tools for data collection, integration, and analysis in the context of circular construction. In the second part, various digital technologies for design and fabrication are introduced. Topics covered include computational design algorithms, additive and subtractive manufacturing, robotic manufacturing, and extended reality. These discussions shed light on how these technologies can be leveraged to enhance design and fabrication processes within the circular built environment. Finally, the last part of the book presents emerging digital concepts related to business and governance. It explores the role of deconstruction and reverse logistics, blockchain technology, digital building logbooks, and innovative business models as enablers of circularity in the built environment. The book concludes with a chapter dedicated to digital transformation and its potential to propel the built environment towards a regenerative future. In addition to the substantive content, the book features forewords and perspectives from esteemed experts, providing valuable economic and creative insights to complement its comprehensive approach.

Note: Introduction -- Introducing Perspective -- Part I. Data -- Chapter 1. From Building Information Modeling to Digital Twins: Digital representation for a Circular Economy -- Chapter 2. Geographic Information Systems: its role in developing circular cities and regions -- Chapter 3. Digitizing Building Materials for Reuse with Reality Capture Technologies and Scan-to-BIM -- Chapter 4. Artificial Intelligence for Predicting Reuse Patterns -- Chapter 5. From Data Templates to Material Passports and Digital Product Passports -- Part II. Design and Fabrication -- Chapter 6. Computational Tools Enabling Design for Circularity -- Chapter 7. Additive and subtractive manufacturing for a circular built environment -- Chapter 8. Cooperative Robotic Fabrication for a Circular Economy -- Chapter 9. Towards Circular On-site Robotic Construction -- Chapter 10. Leveraging Extended Reality to Support Circular Economy in the Built Environment -- Part III. Business and Governance -- Chapter 11. Digital technology use cases for deconstruction and reverse logistics -- Chapter 12. Blockchain Technology for circular buildings -- Chapter 13. Digital Building Logbooks for Circularity -- Chapter 14. Circular Business Models for Digital Technologies -- Chapter 15. Digital Transformation towards a Regenerative Built Environment -- Concluding Perspective -- Conclusion.

Additional Edition: ISBN 3-031-39674-X

Language: English

DOI: 10.1007/978-3-031-39675-5

UID:

Format: 1 online resource (297 pages)

Edition: First edition 2024.

ISBN: 3-031-39675-8

Series Statement: Circular Economy and Sustainability,

Content: This open access book offers a comprehensive exploration of the digital innovations that have emerged in recent years for the circular built environment. Each chapter is meticulously crafted to ensure that both academic readers and industry practitioners can grasp the inner workings of each digital technology, understand its relevance to the circular built environment, examine real-life implementations, and appreciate the intriguing business models behind them. Our primary objective is to blend scholarly knowledge with practical inspiration by providing real-life case studies for each innovation. The authors, who possess extensive expertise in their respective fields, have contributed chapters dedicated to digital technologies within their areas of specialization. The book is organized into three distinct parts. The first part focuses on data-driven digital technologies and delves into how their capabilities can facilitate the transition to a circular built environment. Essential aspects such as building information modeling (BIM), digital twins, geographical information systems (GIS), scanning technologies, artificial intelligence (AI), data templates, and material passports are explored as vital tools for data collection, integration, and analysis in the context of circular construction. In the second part, various digital technologies for design and fabrication are introduced. Topics covered include computational design algorithms, additive and subtractive manufacturing, robotic manufacturing, and extended reality. These discussions shed light on how these technologies can be leveraged to enhance design and fabrication processes within the circular built environment. Finally, the last part of the book presents emerging digital concepts related to business and governance. It explores the role of deconstruction and reverse logistics, blockchain technology, digital building logbooks, and innovative business models as enablers of circularity in the built environment. The book concludes with a chapter dedicated to digital transformation and its potential to propel the built environment towards a regenerative future. In addition to the substantive content, the book features forewords and perspectives from esteemed experts, providing valuable economic and creative insights to complement its comprehensive approach.

Note: Introduction -- Introducing Perspective -- Part I. Data -- Chapter 1. From Building Information Modeling to Digital Twins: Digital representation for a Circular Economy -- Chapter 2. Geographic Information Systems: its role in developing circular cities and regions -- Chapter 3. Digitizing Building Materials for Reuse with Reality Capture Technologies and Scan-to-BIM -- Chapter 4. Artificial Intelligence for Predicting Reuse Patterns -- Chapter 5. From Data Templates to Material Passports and Digital Product Passports -- Part II. Design and Fabrication -- Chapter 6. Computational Tools Enabling Design for Circularity -- Chapter 7. Additive and subtractive manufacturing for a circular built environment -- Chapter 8. Cooperative Robotic Fabrication for a Circular Economy -- Chapter 9. Towards Circular On-site Robotic Construction -- Chapter 10. Leveraging Extended Reality to Support Circular Economy in the Built Environment -- Part III. Business and Governance -- Chapter 11. Digital technology use cases for deconstruction and reverse logistics -- Chapter 12. Blockchain Technology for circular buildings -- Chapter 13. Digital Building Logbooks for Circularity -- Chapter 14. Circular Business Models for Digital Technologies -- Chapter 15. Digital Transformation towards a Regenerative Built Environment -- Concluding Perspective -- Conclusion.

Additional Edition: ISBN 3-031-39674-X

Language: English

DOI: 10.1007/978-3-031-39675-5

UID:

Format: 1 online resource (252 p.) : , zahlreiche Abbildungen und Fotos

ISBN: 9783955536275

Content: Architektur und Bauwesen stehen an einem Wendepunkt. Mehr als 40% der CO2-Emissionen weltweit gehen auf ihr Konto. Der globale Temperaturanstieg lässt sich nur reduzieren, wenn sich das Bauen radikal ändert. Wie aber sollen wir unsere Städte, Gebäude und Lebensräume gestalten? Auf welche Ressourcen und Materialien können wir zurückgreifen und welche Fehler müssen wir vermeiden? Dieses Buch lässt 20 Architekt:innen und Urbanist:innen zur Zukunft des Bauens zu Wort kommen. Es sammelt Stimmen aus Mexico und Kenia, aus Bangladesch und der Schweiz. In den Interviews greifen die Expert:innen eigene Erfahrungen mit klimagerechtem Bauen sowie regionale Probleme des CO2-Anstiegs auf. Sie erläutern wegweisende Projekte und verbinden sie mit persönlichen Wünschen sowie politischen Idealen. So ergibt sich an vielschichtiges Kaleidoskop.

Note: Frontmatter -- , Inhalt -- , Vorwort -- , Städte und Regionen -- , Verantwortungsvoll bauen -- , Der Klimawandel und die soziale Frage -- , Versuchslabor für die Weltrettung -- , Mit dem Wasser leben -- , Kopenhagens Weg zur Klimaneutralität -- , Klimarefugien für Barcelona -- , Der Entwurf als Problemlöser -- , Singapur als grüne Modellstadt der Zukunft -- , Korridore für das Leben -- , Zirkulär und CO2-neutral -- , Was tun gegen den Klimanotstand? -- , Die Bauwirtschaft radikal umkrempeln -- , Wer betreibt die urbanen Minen der Zukunft? -- , Wie schaffen wir die Bauwende? -- , Bauen in Stoffkreisläufen -- , Bauen ohne Abfall -- , Ressourcen und Reserven -- , Wenn Alt und Neu miteinander tanzen -- , Mit Holz bauen – aber anders -- , Das Handwerk als Energiequelle -- , Experimentierfreude gegen den Klimanotstand -- , Lehmbau mit Wachstumspotenzial -- , Gesprächspartner:innen -- , Autor:innen -- , Abbildungen -- , Impressum , Issued also in print. , In German.

Additional Edition: ISBN 9783955536268

Language: German

DOI: 10.11129/9783955536275

URL: https://doi.org/10.11129/9783955536275

URL: https://www.degruyter.com/isbn/9783955536275

UID:

Format: 1 online resource (252 p.) : , numerous illustrations and photos

ISBN: 9783955536299

Content: Architecture and construction are at a turning point. They account for more than 40% of global CO2 emissions. Rising temperatures can only be reduced if there is a radical change in the field of construction throughout the world. However, how should we design our cities, buildings and living spaces so that we can get closer to the goal of decarbonisation? The book gives 20 architects and urban planners their say on the future of construction. Voices are heard from Mexico to Kenya – from Bangladesh to Switzerland. In the interviews experts give an account of their own experiences with climate-friendly construction as well as regional problems posed by rising CO2emissions. They explain pioneering projects and combine them with their personal desire and political ideals.

Note: Frontmatter -- , Contents -- , Preface -- , Cities and Regions -- , Building Responsibly -- , Climate Change as a Social Issue -- , Testing Ground to Save the World -- , Living with Water -- , Copenhagen’s Climate Neutral Path -- , Climate Shelters for Barcelona -- , Design as Problem Solver -- , Singapore as a Model Green City for the Future -- , Corridors for Life -- , Circular and CO2-neutral -- , What to Do about the Climate Emergency? -- , Radically Transforming the Construction Industry -- , Who Will Run the Urban Mines of the Future? -- , How Do We Shift to Sustainable Construction? -- , Building in Material Cycles -- , Building without Waste -- , Ressourcen und Reserven -- , A Dance between Old and New -- , Building with Wood – but Differently -- , Craft as a Source of Energy -- , Creative Solutions to Combat the Climate Crisis -- , Potential of Clay Architecture -- , Appendix -- , Conversation Partners -- , Authors -- , Images -- , Imprint , Issued also in print. , In English.

Additional Edition: ISBN 9783955536282

Language: English

DOI: 10.11129/9783955536299

URL: https://doi.org/10.11129/9783955536299

URL: https://www.degruyter.com/isbn/9783955536299