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Keynote Speakers

 

      Dinar CAMOTIM; IST - University of Lisbon, Portugal 

Behaviour and DSM-based design of CFS singly symmetric columns buckling in flexural-torsional modes

 

      Siu-Lai CHAN; South China University of Technology, China

Second-order direct analysis of steel structures in construction stage

 

      Dan DUBINA; University Politehnica of Timisoara, Romania

Hybrid steel-reinforced concrete building structures: Beam-to-column joint solutions and case-study applications

 

      Leroy GARDNERImperial College London, UK

Developments and new Eurocode provisions for GMNIA-based design of steel structures

 

      Lin-Hai HAN; Guangxi University & Tsinghua University, China

Life-cycle-based analytical theory and applications of concrete-filled steel tubular (CFST) structures

 

      Hong HAO; Guangzhou University, China & Curtin University, Australia

An investigation of multi-hazards resistance performance of steel-concrete composite structures

 

      Dennis LAMUniversity of Bradford, UK

Composite construction: Building towards net-zero

 

      Hieng-Ho LAU; Swinburne University of Technology (Sarawak Campus), Malaysia

A review on cold-formed steel screw connections under monotonic and cyclic loadings

 

      Guo-Qiang LITongji University, China

Strength and ductile fracture of butt welding joints of high-strength steel

 

      J Y Richard LIEWNational University of Singapore, Singapore

Unleashing potential of high-performance materials in tall building design and construction

 

      Luciano LIMA; UERJ - State University of Rio de Janeiro, Brazil 

Stainless steel tubular joints: Insights, research and challenges

 

      Kim RASMUSSEN; The University of Sydney, Australia

Fracture analysis of structural steels and welded connections

 

      Ben SCHAFER; Johns Hopkins University, USA

FastFloor – Development of a novel modular steel floor system for commercial construction in the United States

 

      Luís Simões da SILVA; University of Coimbra, Portugal

Towards 3D printed steel-concrete composite structural components: Processes, products and performance

 

      Brian UYThe University of New South Wales, Australia

Advances in high-performance steel and concrete for steel-concrete composite applications