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Seismic Design Methodologies for the Next Generation of Codes 2019

1. Cover

2. Half Title

3. Title Page

4. Copyright Page

5. Table of Contents

6. Preface

7. List of participants

8. Resolutions

9. Conclusions and recommendations

10. Performance-based seismic engineering: A critical review of proposed guidelines

11. Defining performance objectives

12. Opportunities and challenges – Development of performance-sensitive engineering

13. Research issues in performance based seismic engineering

14. Development of performance-based design methodology in Japan

15. Opportunities and pitfalls of performance based seismic engineering

16. International comparisons of concrete element strength requirements in seismic codes

17. Seismic design with vertical earthquake motion

18. Seismic detailing of reinforced concrete structures and performance-based codes

19. Uncertainties associated with ductility performance of steel building structures

20. The improvement of the seismic-resistant design for existing and new structures using damage concept

21. Extreme of structural characteristic factor to reduce seismic forces due to energy absorbing capacity

22. Seismic damage evaluation treated as a low-cycle fatigue process

23. Evaluation of seismic performance parameters

24. A deformation-based seismic design procedure for structural wall buildings

25. Concepts and procedures for direct displacement-based design and assessment

26. A simplified nonlinear method for seismic damage analysis of structures

27. Displacement-based design of RC buildings: Proposed approach and application

28. Performance level criteria and evaluation

29. Development and application of a displacement-based design approach for moment-resisting frame structures

30. Partial inelastic analysis procedure for optimum capacity design of R/C buildings

31. A simple approach for evaluating performance levels of moment-resisting steel frames

32. Estimation of maximum interstory drift demands in displacement-based design

33. Performance assessment for a reinforced concrete frame building

34. Inelastic analysis techniques in seismic evaluations

35. A behaviour-based design approach to earthquake-induced torsion in ductile buildings

36. On the seismic performance of yielding asymmetric multistorey buildings: A review and a case study

37. Seismic response of asymmetrical buildings using pushover analysis

38. Seismic resistance verification of masonry buildings: Following the new trends

39. Masonry infilled frames as an effective structural sub-assemblage

40. Seismic analysis of viaduct structures – Which method to choose?

41. Effect of foundation interaction on reduction factor of RC piers

42. The 1996 Japanese seismic design specifications of highway bridges and the performance based design

43. A displacement-based design approach for seismically isolated bridges

44. Performance-based design of seismic restrainers for simply-supported bridges

45. Notes on definitions of overstrength factors

46. Author index