Machine learning-enhanced metaheuristic optimization of lead rubber bearings for inter-story isolated buildings under seismic load

Key Points

• Machine learning enhances the performance of lead rubber bearings, improving safety during earthquakes.
• The optimization process involves metaheuristic approaches to achieve better results with seismic load conditions.
• This observational analysis focuses on inter-story isolated buildings, highlighting structural integrity during severe seismic events.
• Findings suggest that integration of advanced optimization techniques may significantly enhance the resilience of buildings during earthquakes.