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

Climate resilience and sustainable urban infrastructure

Showing 85-96 of 162 articles

Mitigating urban flooding risks with bio-inspired flood barriers inspired by mangrove root systems

Optimizing urban heat island mitigation strategies for megacity-scale solutions

Developing 2030 materials for self-healing infrastructure in earthquake-prone regions

Designing self-repairing infrastructure for 2040 urban planning using bio-inspired materials

Using microbiome rejuvenation to optimize soil health for sustainable urban agriculture

With 100-year maintenance cycles: self-healing concrete using microbial-induced calcite precipitation

Combining ancient Roman concrete techniques with modern nanotechnology for self-healing infrastructure

Predicting urban heat island effects under 2080 population density scenarios

Projecting 2030 infrastructure needs for hyperloop networks in megacities

For 2060 fusion power integration with smart grid resilience

Designing albedo-modifying urban materials with 50-year durability requirements for climate mitigation

Using art-inspired scientific approaches to model fractal growth patterns in urban planning