Circular Economy for the Built Environment
Research and Practice
Herausgeber: Charef, Rabia
Circular Economy for the Built Environment
Research and Practice
Herausgeber: Charef, Rabia
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This provides an overview of the circular economy in the built environment, presenting a fusion of insights from researchers and practitioners. Chapters cover pivotal themes, including the transformative concept of buildings as material banks, innovative design approaches, and the potential of digitalization for a circular built environment.
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This provides an overview of the circular economy in the built environment, presenting a fusion of insights from researchers and practitioners. Chapters cover pivotal themes, including the transformative concept of buildings as material banks, innovative design approaches, and the potential of digitalization for a circular built environment.
Produktdetails
- Produktdetails
- Verlag: Jenny Stanford Publishing
- Seitenzahl: 282
- Erscheinungstermin: 3. Juni 2024
- Englisch
- Abmessung: 233mm x 156mm x 18mm
- Gewicht: 449g
- ISBN-13: 9781032573755
- ISBN-10: 1032573759
- Artikelnr.: 70149094
- Verlag: Jenny Stanford Publishing
- Seitenzahl: 282
- Erscheinungstermin: 3. Juni 2024
- Englisch
- Abmessung: 233mm x 156mm x 18mm
- Gewicht: 449g
- ISBN-13: 9781032573755
- ISBN-10: 1032573759
- Artikelnr.: 70149094
Dr Rabia Charef serves as a Research Associate at Lancaster University (UK) actively contributing to the establishment of a circular future. With an extensive 15 years of industry experience, she spent over a dozen years leading intricate architectural projects in the residential and healthcare sectors. Transitioning to academia, she leverages her industry insights to fuel research closely tied to practitioners' needs and challenges, taking a bottom¿up approach.
Part I. Setting the foundation for circular construction. 1. The future of
the circular built environment: interest of a "low-tech" approach. 2. The
reuse of building elements: touchstone of a circular construction economy.
3. Buildings as material mines - towards digitalization of resource
cadasters for circular economy. 4. Boosting construction waste material
circularity: A sharing economy approach. 5. The role of standardisation in
circular economy for the construction sector. Part II. Practical strategies
for circular construction: building and material levels. 6. How can we view
buildings as material banks? Learning from the pre-redevelopment process.
7. The potential for reusing reinforced concrete beams: technical
feasibility and environmental impact. 8. Building together with the site
materials: a practitioner's perspective. 9. Towards a situated
understanding of challenges in the design and construction of circular
earth buildings: the case study of an office building in France. Part III.
Fostering circular construction through digital transformation. 10.
Digitalizing the deconstruction process: towards a circular economy for the
construction industry. 11. Accelerating material reuse in construction: two
case studies: one life, multiple cycles, a longer life. 12. Additive
manufacturing and circular economies.
the circular built environment: interest of a "low-tech" approach. 2. The
reuse of building elements: touchstone of a circular construction economy.
3. Buildings as material mines - towards digitalization of resource
cadasters for circular economy. 4. Boosting construction waste material
circularity: A sharing economy approach. 5. The role of standardisation in
circular economy for the construction sector. Part II. Practical strategies
for circular construction: building and material levels. 6. How can we view
buildings as material banks? Learning from the pre-redevelopment process.
7. The potential for reusing reinforced concrete beams: technical
feasibility and environmental impact. 8. Building together with the site
materials: a practitioner's perspective. 9. Towards a situated
understanding of challenges in the design and construction of circular
earth buildings: the case study of an office building in France. Part III.
Fostering circular construction through digital transformation. 10.
Digitalizing the deconstruction process: towards a circular economy for the
construction industry. 11. Accelerating material reuse in construction: two
case studies: one life, multiple cycles, a longer life. 12. Additive
manufacturing and circular economies.
Part I. Setting the foundation for circular construction. 1. The future of
the circular built environment: interest of a "low-tech" approach. 2. The
reuse of building elements: touchstone of a circular construction economy.
3. Buildings as material mines - towards digitalization of resource
cadasters for circular economy. 4. Boosting construction waste material
circularity: A sharing economy approach. 5. The role of standardisation in
circular economy for the construction sector. Part II. Practical strategies
for circular construction: building and material levels. 6. How can we view
buildings as material banks? Learning from the pre-redevelopment process.
7. The potential for reusing reinforced concrete beams: technical
feasibility and environmental impact. 8. Building together with the site
materials: a practitioner's perspective. 9. Towards a situated
understanding of challenges in the design and construction of circular
earth buildings: the case study of an office building in France. Part III.
Fostering circular construction through digital transformation. 10.
Digitalizing the deconstruction process: towards a circular economy for the
construction industry. 11. Accelerating material reuse in construction: two
case studies: one life, multiple cycles, a longer life. 12. Additive
manufacturing and circular economies.
the circular built environment: interest of a "low-tech" approach. 2. The
reuse of building elements: touchstone of a circular construction economy.
3. Buildings as material mines - towards digitalization of resource
cadasters for circular economy. 4. Boosting construction waste material
circularity: A sharing economy approach. 5. The role of standardisation in
circular economy for the construction sector. Part II. Practical strategies
for circular construction: building and material levels. 6. How can we view
buildings as material banks? Learning from the pre-redevelopment process.
7. The potential for reusing reinforced concrete beams: technical
feasibility and environmental impact. 8. Building together with the site
materials: a practitioner's perspective. 9. Towards a situated
understanding of challenges in the design and construction of circular
earth buildings: the case study of an office building in France. Part III.
Fostering circular construction through digital transformation. 10.
Digitalizing the deconstruction process: towards a circular economy for the
construction industry. 11. Accelerating material reuse in construction: two
case studies: one life, multiple cycles, a longer life. 12. Additive
manufacturing and circular economies.