How to Improve Resistance to Progressive Collapse When Designing Steel and Composite Buildings Professor David A. Nethercot
Progressive Collapse Analysis of Buildings: The Middle-Way ApproachProfessor Chan Ghee Koh
Needs of Physical Evidences for Advancement of Steel Research Professor Masayoshi Nakashima
Main Issues on Seismic Resistance of Steel Frames Coupled with Concrete Core for Tall Buildings Professor Guo-Qiang Li
Current Developments for International Steel Design Codes Professor Reidar Bjorhovde
Second-Order Plastic Analysis of Steel Frames by a Single Element Per Member Allowing for Arbitrarily Located Plastic Hinge Professor Siu-Lai Chan
Structural Design of Steel High-Rise Buildings in Korea Jong-Ho Kim
Advancements and Achievements in Structural Steel in Australia Professor Brian Uy
Deformation Characteristics of Shear Connections with Different Configurations Under Complex LoadingsProfessor Kwok-Fai Chung
Impact of Structural Eurocodes on Steel and Composite Structures Associate Professor Sing-Ping Chiew
Flower Dome and Cloud Forest Conservatories @ Gardens by the Bay Allan Teo
Design of the Singapore National Stadium Roof and an Assessment of the Potential Benefits of High Strength Niobium Steels Mike King
