1. Keynotes -- 2. Dynamic analysis, vibration analysis, vibration control -- 3. Seismic response, seismic design -- 4. Material modelling, numerical methods, numerical formulations, FEM modelling -- 5. Damage mechanics, fracture, fatigue, blast, impact, damage modelling -- 6. Loading on structures, structural analysis, testing, practical structural design -- 7. Plates, shells, pipes, laminated composites, sandwich structures -- 8. Thin-walled sections, steel structures, steel connections, steel-concrete composite structures -- 9. Behaviour of structures in fire, design for fire resistance -- 10. Reinforced and prestressed concrete structures -- 11. Fibre-reinforced concrete, high-strength concrete, high-performance concrete -- 12. Durability, creep, shrinkage and transport processes in concrete -- 13. Construction materials, construction methods, building performance -- 14. Timber structures, masonry structures, glass structures -- 15. Structural safety, structural reliability, risk assessment -- 16. Structural optimization -- 17. Structural health monitoring, damage detection -- 18. Structural failures, damage assessment, repair, strengthening, retrofitting -- 19. Sustainable construction, preservation, reconstruction -- 20. Soil-structure interaction, tunnels, underground structures, foundations -- 21. Structural engineering education.