DEVELOPING A SUSTAINABLE AND EARTHQUAKE RESISTANT HIGH-RISE DESIGN FRAMEWORK: INTEGRATION OF ADAPTIVE SYSTEMS AND ENERGY DISSIPATION TECHNIQUES

The increasing demand for sustainable and seismically resilient infrastructure has driven the evolution of high-rise building design strategies. This study explores an integrative framework that combines sustainability principles with advanced seismic resilience through adaptive systems and energy dissipation techniques. By synthesizing environmental responsibility and structural innovation, the research outlines how modern high-rise buildings can respond dynamically to seismic events while minimizing environmental impact. The framework is developed based on a comprehensive review of current technologies, performance-based seismic design principles, and simulation results from model case studies. The findings highlight the effectiveness of integrating adaptive control devices and energy dissipation systems in improving seismic performance without compromising sustainability. The study concludes with practical recommendations for implementation in future high-rise developments. Simulation results demonstrate that integrating adaptive and energy-dissipative mechanisms significantly improves the seismic performance of tall structures while contributing to material efficiency and environmental goals. The findings support the adoption of intelligent structural systems as a viable pathway toward the sustainable and resilient future of urban high-rise construction.