Integrating Water Resource Management into Sustainable Built Environments

Mahadeva M, Siddharth S Mylar

Concrete-filled steel tubular columns (CFST) column, Durability, Predictive modelling, Zero Energy Buildings (ZEBs)

New approaches in civil and environmental engineering will be needed in the future of struggle of climate change, urbanization, and resource scarce situations. This analysis of the studies encompasses a critical aspect of sustainable infrastructure and new construction materials, management of water, and stability of structures. The principles of the earthquake-resistant design are devoted to the unified geotechnical innovations and structural innovations to add to the seismic risk reduction and buildings safety. Besides this, ANN models are highly predictive on optimistic cross-sectional aspects of concrete filled steel tubular (CFST) columns, which can offer a structural designer with a solid design computing instrument. In the context of water management, use of treated wastewater in artificial recharge of water offers research that will prove that groundwater tables of arid and dry regions such as Iraq can be significantly boosted to Suit a greater agricultural production and battle desertification. The corresponding search of the Zero Energy Buildings (ZEBs) refers to the extreme need to reduce the emissions of carbon by relying on the passive structure, energy efficiency, and integration of renewable sources, and the study of self-healing construction materials implies the efficient solutions to extend the period of lives, reduce the number of repairs, and extend the term of existence of infrastructure. Long-term perspectives of the world water sources imply that act of reciprocity create a relationship between the approaches of farm demands, shortage of freshwater and biodiversity elimination and it is famed that conservation, reuse and increase in effectiveness are very vital.

10.22161/ijaers.1210.6