Structural Failures - Causes, Investigation,
Resilience,
Mitigation
& Standardization
Important Deadlines
Sub Themes
Causes of Structural Failures
- Material degradation, use of defective materials
- Fatigue failures
- Design errors and calculation mistakes
- Construction defects and poor workmanship
- Foundation failures and soil-structure interaction issues
- Environmental factors: corrosion, weathering, seismic activity
- Overloading and unforeseen load conditions
- Human errors and communication breakdowns
- Inadequate quality control and supervision
- Poor maintenance
Investigation Methodologies
- Forensic engineering techniques and tools
- Non-destructive testing methods (NDT)
- Structural health monitoring systems
- Root cause analysis frameworks
- Digital forensics and BIM-based investigation
- Case study analysis of major structural failures
- Laboratory testing and material analysis
- Site investigation and evidence collection
Building Resilience
- Resilience-based design approaches
- Performance-based engineering
- Redundancy and robustness in structural systems
- Progressive collapse prevention
- Adaptive and self-healing structures
- Climate change adaptation strategies
- Seismic and wind-resistant design
- Fire resistance and blast protection
- Regulation of Engineering Profession
Mitigation Strategies
- Retrofitting and strengthening techniques
- Early warning systems and monitoring
- Risk assessment and management frameworks
- Maintenance and inspection protocols
- Load path optimization
- Use of advanced materials (FRP, high-performance concrete)
- Structural control systems (dampers, isolators)
- Reporting of Structural Failures and Near Misses
- Emergency response planning
Standardization and Codes
- Evolution of building codes and standards
- International code harmonization
- Lessons learned from failures incorporated into codes
- Material specifications and testing standards
- Construction quality standards
- Documentation and compliance requirements
- Future trends in structural standards
- Role of regulatory bodies and professional ethics
Special Sessions
Pre-Symposium Workshops
Two full-day parallel masterclasses with leading international and Indian experts.
Conceptual Design Process in Structural Engineering
How successful structures begin – long before detailed calculations. Explore force flow, structural form, material selection, constructability and sustainability through landmark buildings and bridges from around the world.
Prof. Mike Schlaich · Dr.-Ing. Boris Reyher · Er. V. N. Heggade
Performance-Based Seismic Design (PBSD) for Buildings and Bridges
Move beyond force-based design to explicit, verifiable performance under earthquakes – from seismic hazard and performance objectives to nonlinear analysis, resilience and international guidelines.
Prof. Yogendra Singh · Prof. Dipti Ranjan Sahoo · Mr. Alok Bhowmick · Prof. P. C. Ashwin Kumar · Mr. Tajul Islam
Young Engineers Programme
Delegates born in 1992 or later will benefit from reduced registration fees. Two outstanding young authors who personally present their papers will receive the Young Engineers’ Contribution Award, sponsored by the IABSE Fellows and Organising Committee.
Young Engineers ProgrammeSymposium Highlights