Atomfair Brainwave Hub: SciBase II / Climate and Environmental Science / Climate resilience and sustainable urban infrastructure

Climate resilience and sustainable urban infrastructure

Showing 37-48 of 162 articles

For 2040 climate migration scenarios: predictive modeling of urban heat island effects on displaced populations

Employing self-healing materials for corrosion-resistant infrastructure in megacity-scale coastal projects

Aligning with 2035 SDG targets via multi-modal embodiment in urban planning

Synthesizing future-historical approaches to predict urban climate resilience via coral reef electro-accretion

Using AI-driven wildfire prediction models for early evacuation planning in urban-wildland interfaces

Developing self-healing urban infrastructure materials through 2030 cementitious nanocomposites

Optimizing megacity-scale solutions through advanced geothermal fracking innovations for sustainable urban energy

Employing piezoelectric rain enhancement for drought mitigation in arid urban environments

Projecting 2040 applications of neuromorphic computing in urban traffic management

Understudied applications of topological acoustics in megacity-scale noise pollution mitigation

Using affordance-based manipulation with 100-year maintenance cycles for sustainable infrastructure

Harvesting urban waste-heat thermoelectrics for decentralized microgrid energy resilience