Adapting the Built Environment for Climate Change

1. Introduction to Adapting the Built Environment for Climate Change

PART 1 RISK ASSESSMENT AND SCENARIOS OF CLIMATIC RESILIENCE
2. A framework for risk assessment of climate change
3. Scenarios for urban resilience - Perspective on climate change resilience at the end of the 21st century of a PV-powered mixed-use energy community in two European capitals.
4. Adapting the Built Environment for Climate Change: Design Principles for Climate Emergencies

PART 2 CLIMATE EMERGENCY ADAPTATION OF INFRASTRUCTURES
5. Climate resilient transportation infrastructures in coastal cities
6. Climate change risks and bridge design
7. Resilience of concrete infrastructures
8. Challenges Around Climate Resilience on Transportation Infrastructures
9. A Worldwide Survey of Concrete Service Life in Various Climate Zones
10. Effect of Global Warming on Chloride Resistance of Concrete: A Case Study of Guangzhou, China

PART 3 BUILDING ADAPTATION TO HEAT WAVES AND FLOODS
11. Resilient cooling of buildings to protect against heat waves
12. Climate change and building performance - Pervasive role of climate change on residential building behavior in different climates
13. Climate-responsive architectural and urban design strategies for adapting to extreme hot events
14. Resilience of green roofs to climate change
15. Permeable concrete pavements for a climate resilient built environment
16. Building design in the context of climate change and a flood projection for Ankara
17. Amphibious housing as a sustainable flood resilient solution
18. Nature-based Solutions and Sponge City for Urban Water Management

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• Ciência dos materiais
• Engenahria civil, levantamentos e construção

Adaptation; Adaptation equity; Amphibious houses; Biodiversity; Bridges; Building design; Built environment; Carbon dioxide emissions; Case study; Chloride ingress; Circular cities; Circular economy; Climate adaptation; Climate change; Climate change adaptation; Climate change impacts; Climate change scenarios; Climate emergency; Climate mitigation; Climate-responsive design strategies; Clogging; Coastal areas; Cold desert climate; Complex risk; Concepts; Concrete; Deep adaptation; Disaster risk reduction; Discomfort; Drought; Durability; Ecosystem services; Electric vehicles; Energy communities; Envelope; Extreme hot events; Extreme weather events; Extremely cold subarctic climate; Flash flooding; Flood; Flooding; General resilience; Global warming; Green infrastructure; Greenhouse effect; Hazard; Heat waves; High temperature; High-density city; Hot summer Mediterranean climate; Hurricanes; Infrastructure; Infrastructure funding; Infrastructure safety; Infrastructure valuation; Methodology; NBS; Nature-based solutions; Offices; Passive design strategies; Permeable concrete; Pervious concrete; Photovoltaic system; Public-private partnerships; Reinforced concrete; Renewable; Residential building; Resilience; Resilient infrastructure; Resistance; Risk; Risk analysis; Robustness; Service life; Sponge city; Strength; Sustainable development; Sustainable drainage systems; Thermal comfort; Time series prediction analysis; Transport infrastructure; Transportation planning; Tropical monsoon climate; Urban ecosystem services; Urban flooding; Urban green infrastructure; Urban microclimate; Urban resilience; Urban water management; Ventilation; Vulnerability; Water management; ZEB