Front Cover -- ADVANCES IN STEEL STRUCTURES -- Copyright Page -- CONTENTS -- Preface -- International Scientific Committee -- Conference Advisory Committee -- Conference Organizing Committee -- Part I: Plates -- Chapter 1. Numerical Modelling of Stainless Steel Plates -- Chapter 2. Local Buckling of Biaxially Compressed Steel Plates in Double Skin Composite Panels -- Chapter 3. Ductility of High Performance Steel Rectangular Plates Under Uniaxial Compression -- Chapter 4. Shear-Carrying Capacity of Steel Plate Shear Wall with Cross Stiffeners -- Chapter 5. Elastic Critical Moments of I Sections with Very Slender Webs -- Part II: Shells -- Chapter 6. An Efficient Strategy for the Evaluation of the Reliability of 3D Shells in Case of Non Linear Buckling -- Chapter 7. Case Study of a Medium-Length Silo Under Wind Loading -- Chapter 8. Buckling of Thin Pressurized Cylindrical Shells Under Bending Load -- Chapter 9. Stability of Thin-Walled Cylindrical Shells Subjected to Lateral Patch Loads -- Chapter 10. Buckling of Circular Steel Silos Subject to Eccentric Discharge Pressures-Part I -- Chapter 11. Buckling of Circular Steel Silos Subject to Eccentric Discharge Pressures-Part II -- Chapter 12. Aspects of Corrugated Silos -- Chapter 13. Buckling Experiments on Transition Rings in Elevated Steel Silos -- Chapter 14. Buckling Strength of Cylinders with a Consistent Residual Stress -- Chapter 15. Buckling Behaviour of Extensively-Welded Steel Cylinders Under Axial Compression -- Chapter 16. Experiment on a Model Steel Base Shell of the Comshell Roof System -- Chapter 17. Effect of Cracks on Vibration, Buckling and Parametric Instability of Cylindrical Shells -- Chapter 18. An Experimental Study for Seismic Reinforcement Method on Existing Cylindrical Steel Piers by Welded Rectangular Steel Plates -- Part III: Bridges.

Chapter 19. Metal Forms Replace Reinforcement in Bridge Deck Slabs -- Chapter 20. Analysis of the Camber at Prestressing of a New Kind of Composite Railway Bridge Deck -- Chapter 21. Evaluation of Typhoon Induced Fatigue Damage Using Health Monitoring Data -- Chapter 22. Fatigue Stress Analysis of Suspension Bridges Using FEM -- Chapter 23. Curved Steel Box-Girder Bridges at Construction Phase -- Chapter 24. Numerical Study of Characteristic Behavior of Steel Plate Girder Bridges -- Chapter 25. Nonlinear Seismic Response Analysis of a Deck-Type Steel Arch Bridge -- Chapter 26. The Unit Load Method - Some Recent Applications -- Chapter 27. Global Analysis of Steel and Composite Highway Bridges - Development of Improved Spatial Beam Models -- Part IV: Dynamics -- Chapter 28. Field Comparative Tests of Cable Vibration Control Using Magnetorheological (MR) Dampers in Single- and Twin-Damper Setups -- Chapter 29. Evaluation of Ride Comfort of Road Vehicles Running on a Cable-Stayed Bridge Under Crosswind -- Chapter 30. Comparison of Buffeting Response of a Suspension Bridge Between Analysis and Aeroelastic Test -- Chapter 31. Dynamic Response of the Cable to Moving Mass -- Chapter 32. Traffic-Induced Microvibration Mitigation of High Tech Equipment Inside a Building Using Passive/Active Platform -- Chapter 33. Dynamic Analysis of Coupled Train-Bridge Systems Under Fluctuating Wind -- Chapter 34. Modal Parameter Identification of Tsing Ma Bridge During Typhoon Victor: EMD-HT Approach -- Chapter 35. Dynamic Load from Pedestrian Footsteps -- Chapter 36. Frictional Joint in the Dynamic Analysis of a Portal Frame -- Chapter 37. Formulas for Vibration Period of Steel Buildings in Taiwan Derived from Ambient Vibration Data -- Part V: Impact Mechanics -- Chapter 38. Some Recent Studies on Energy Absorption of Metallic Structural Components.

Chapter 39. Crash Analysis of Automobile Bumpers with Pedestrians -- Chapter 40. A Theoretical Model for Axial Splitting and Curling of Circular Metal Tubes -- Chapter 41. Experiment and Analysis of a Scaled-Down Guardrail System Under Static and Impact Loading -- Chapter 42. Crashworthiness of Motor Vehicle and Luminaire Support in Frontal Impact -- Part VI: Effects of Welding -- Chapter 43. Experimental and Numerical Uni-Axial Tests at High Temperature - Analysis of Models -- Chapter 44. A Two Scale Model for the Simulation of Residual Stresses Due to Welding of a Metallic Multiphase Material -- Chapter 45. Influence of Welding Details on the Performance of Beam to Column Connections of Steel MRFs in Seismic Areas -- Part VII: Fatigue and Fracture -- Chapter 46. Correlation of Fatigue Life of Fillet Welded Joints Based on Stress at 1mm in Depth -- Chapter 47. Fatigue Strength Prediction for Misaligned Welded Joints by Stress Field Intensity Method -- Chapter 48. Failure of a Steel Plate Containing a Circular Rivet Hole with an Emanating Crack -- Chapter 49. A Method to Estimate P-S-N Curve of Welded Joints Under General Stress Ratio -- Chapter 50. Fatigue Crack Propagation of Tubular T-Joints Under Combined Loads -- Chapter 51. High-Cycle Fatigue Behaviour of Welded Thin SHS-CHS T-Joints Under In-Plane Bending -- Chapter 52. On the Analysis of Fracture Phenomena Observed in Steel Structures During the Kobe Earthquake -- Part VIII: Fire Performance -- Chapter 53. Assessment of Structures for Fire Safety - Insights on Current Methods and Trends -- Chapter 54. World Trend for the Development of Performance-Based Fire Codes for Steel Structures -- Chapter 55. A New Method to Determine the Ultimate Load Capacity of Composite Floors in Fire -- Chapter 56. Graphical Method for Design of Steel Structures in Fire.

Chapter 57. High Temperature Transient Tensile Properties of Fire Resistant Steels -- Chapter 58. Mechanical Properties of Structural Steel at Elevated Temperatures -- Chapter 59. Structural Response of a Steel Beam Within a Frame During a Fire -- Chapter 60. Effect of External Bending Moment on the Response of Boundary-Restrained Steel Column in Fire -- Chapter 61. Concrete-Filled HSS Colunms after Exposure to the ISO-834 Standard Fire -- Chapter 62. An Experimental Study and Calculation on the Fire Resistance of Concrete-Filled SHS and RHS Columns -- Part IX: Analysis and Design -- Chapter 63. A Unified Analysis Method to Predict Long-Term Mechanical Performance of Steel Structures Considering Corrosion, Repair and Earthquake -- Chapter 64. A Higher Order Formulation for Geometrically Nonlinear Space Beam Element -- Chapter 65. Unified Analytical Method of Gliding Cables in Structural Engineering - Frozen-Heated Method -- Chapter 66. Large Deflection Analysis of Tensioned Membrane Structures Allowing for Support Flexibility -- Chapter 67. Torsional Analysis of Asymmetric Proportional Building Structures Using Substitute Plane Frames -- Chapter 68. On Some Problems of Analytical and Probability Approaches to Structural Design -- Chapter 69. Design of Steel Frames Using Calibrated Design Curves for Buckling Strength of Hot-Rolled Members -- Chapter 70. Analysis of the Bending Strength of U-Section Steel Sheet Piles Crimped in Pairs -- Chapter 71. A Textbook for the New Canadian Standard - Strength Design in Aluminum -- Index of Contributors -- Keyword Index.