Abstract
This research provides a comprehensive analysis of the historical evolution and practical implementation of seismic-resistant architectural techniques in earthquake-prone regions, with a particular focus on Japan. Through detailed case studies and advanced simulations, the study rigorously evaluates the empirical effectiveness of these strategies in mitigating earthquake-induced damage. Furthermore, the research addresses avenues for ongoing refinement in seismic-resistant design. The findings not only consolidate the practical applications of these technologies but also offer valuable insights into their future trajectories and potential research directions. This study contributes significantly to the advancement of earthquake resilience in architectural engineering.
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