Published Paper Details:

In seismic regions, the design and construction of earthquake-resistant buildings are paramount to mitigating structural damage and safeguarding human lives. This case study investigates various techniques employed in the construction of earthquake-resistant buildings, focusing on their effectiveness in minimizing seismic risks. The study evaluates structural dynamics, material properties, and architectural considerations that contribute to enhancing seismic performance. Key methodologies include a comparative analysis of different structural systems such as base isolation, damping systems, and reinforced concrete frames. Through a series of case examples from earthquake-prone regions globally, the study examines real-world applications of these techniques and their outcomes during seismic events. The findings underscore the importance of integrating advanced engineering principles with regional seismicity data to optimize building resilience. Furthermore, the study highlights the role of interdisciplinary collaboration between architects, engineers, and material scientists in developing holistic earthquake-resistant building solutions. Ultimately, this case study aims to provide insights into best practices and innovations in earthquake-resistant design, offering valuable lessons for architects, engineers, and policymakers involved in constructing resilient infrastructure in earthquake-prone areas