SEISMIC RESILIENCE THROUGH DIAPHRAGM WALL CONSTRUCTION

Abstract

In a world where the stability of built environments faces relentless tests from seismic forces, the integration of diaphragm walls within reinforced concrete frames emerges as a formidable strategy to enhance earthquake resistance. This article embarks on an exploration of this innovative approach, delving into the intricate interplay between diaphragm walls and seismic resilience. We unravel the essence of diaphragm walls as stalwart elements that distribute lateral forces, mitigate torsional effects, and uphold a building‘s integrity during seismic events. Our journey navigates through the construction nuances of diaphragm walls, explores their seismic advantages, and celebrates the monumental achievements of structures that epitomize their potential. Through this exploration, we unlock a world where architectural marvels rise to defy both the forces of nature and the limits of conventional design, heralding an era where structures stand unshaken, resilient, and unwavering.