International Journal of Advance Civil Engineering and Technology ISSN: 3107-7374 (Online)

Authors: Dr. Rakesh Mehta, Priya Kulkarni

Abstract:  As urban populations continue to rise and construction expands into seismic-prone regions, ensuring the structural integrity of buildings and infrastructure becomes critical. Seismic-resistant structural systems with integrated energy dissipation devices offer a sophisticated approach to minimizing damage and loss of life during earthquakes. These devices absorb and dissipate seismic energy, significantly reducing stress on structural elements. This paper explores the principles, types, and applications of energy dissipation devices in structural engineering. The research also compares traditional seismic systems with advanced damping techniques and highlights case studies demonstrating their effectiveness. This study aims to support civil engineers and policymakers in adopting resilient and sustainable seismic designs for future cities.

Keywords: Seismic resistance, energy dissipation devices, structural damping, base isolation, earthquake engineering