Published Paper Details:

There is a demand for resilient building designing due to the increase in natural disasters. Traditional building approaches are inadequate for these natural disasters. The purpose of resiliency building designing is to not only prevent structural loss during extreme events but also to ensure rapid recovery of functionality and reduce economic disruption and preserve human lives. The paper presents comprehensive investigation on the principle, scheme, and invention that underpin resilient structure. Disaster-specific designing schemes include earthquakes, floods, fire resistant isolation systems, flood-elevated structures, aerodynamic building form. Smart self-healing material, Building Information Modeling (BIM)-integrated disaster simulation, and real time structural wellness monitoring are some of the technologies explored in the paper. Green substructure, renewable free energy system, and low carbon building material are seen as a key nerve pathway to a future-proof city. The benefit and lesson learned from real-world application of resilient designing are shown in this research. Higher upfront cost, insurance policy gap, and public awareness deficit are some of the critical challenges. Performance-based codes, technological invention, and community of interests-driven preparation reinforcement resiliency as an embedded rule of building designing. Future direction suggests a growing function for artificial intelligence service, adaptive material and urban resiliency model in shaping disaster resiliency.