Seismic-Resistant Design Strategies for High-Rise Buildings in Earthquake-Prone Regions: Structural Innovations and Material Advancements

Abstract

Abstract

This paper explores seismic-resistant design strategies for high-rise buildings, particularly in earthquake-prone zones. It discusses the dynamic forces induced by seismic events and how innovative structural systems and material technologies help mitigate risk. The role of damping mechanisms, performance-based design, and the use of materials such as shape memory alloys and ultra-high-performance concrete are highlighted. Real-world case studies are examined to draw insights and lessons for future resilient constructions. The study emphasizes the need for continuous innovation and integration of smart technologies in the seismic design of tall structures.

Keywords: Seismic Design, High-Rise Buildings, Earthquake Engineering, Structural Innovations, Resilient Structures, Performance-Based Design, Shape Memory Alloys, Base Isolation