In this comprehensive webinar, participants will gain practical insights into how resilient bridge design can be applied in challenging site conditions such as seismic zones,liquefaction-prone areas, landslide regions, and soft soil environments. Rather than focusing only on structural strength, this session highlights the importance of understanding ground behavior, site-specific risks, and constructability in real-world bridge projects.
Through real project case studies, the webinar explores how engineers respond to complex infrastructure challenges using reliable data, advanced modeling, soil-structure interaction analysis, and practical construction strategies. Participants will learn how these approaches support safer design decisions and help transform vulnerable sites into more resilient transportation infrastructure.
"WHAT IS RESILIENT BRIDGE DESIGN?"
Resilient Bridge Design is an engineering approach that focuses on creating bridge structures capable of maintaining safety, functionality, and long-term performance under extreme or uncertain conditions. It goes beyond conventional structural design by considering seismic behavior, liquefaction potential, landslide forces, soft soil settlement, groundwater effects, and site-specific geotechnical risks.
By combining accurate site investigation, advanced structural and geotechnical analysis, and practical construction methods, resilient bridge design helps engineers reduce vulnerability, improve structural capacity, and deliver infrastructure that can better withstand natural hazards and challenging ground conditions.
