Part 1: Design Codes and Provisions -- Chapter 1. Canadian seismic design considerations for outriggers used in high-rise buildings -- Chapter 2. Evaluation of the AISC Seismic Design Method for Steel-Plate Concrete Shear Walls -- Chapter 3. Reliability of Concrete-Filled RHS Beam-Column Design Provisions -- Chapter 4. Reliability Assessment of Canadian Design Provisions for Single-Sided Fillet Welds -- Chapter 5. CSA S16:24 - Changes to Concrete-Filled HSS -- Chapter 6. Canadian Design Recommendations for Diagonally Reinforced Coupling Beams Based on A New Comprehensive Database -- Part 2: Steel Structures -- Chapter 7. Behaviour of beam-column connection of modular steel buildings -- Chapter 8. Strengthening Shear-damaged Reinforced Concrete Beams Using Iron-based Shape Memory Alloys -- Chapter 9. Steel Beam-to-Column Connection Fire Design -- Chapter 10. Buckling behaviour of steel plate shear walls with large rectangular openings -- Chapter 11. Design and Assessment of Steel Pipe Rack Moment Connections with Emphasis on Web Doubler Plates -- Chapter 12. Development Of Unique Test Bed for Assessing Stability Response of Steel Cantilevered Girders -- Chapter 13. A Metaheuristic-based Methodology to Minimize the Concentration of Lateral Displacements in Low-Rise Steel Concentrically Braced Frames subjected to Seismic Loading -- Chapter 14. Influence of Open-Web Steel Joists on Stability of Gerber Girders -- Chapter 15. Macro-Block and DEM-Based Probabilistic Analysis to Predict In-Plane Structural Behavior of URM Pier-Spandrel Systems. etc.