Design of Steel Bridges Course

The Design of Steel Bridges Course is tailored for engineers, contractors, fabricators, and other professionals involved in bridge construction. This comprehensive course provides participants with essential skills to design and construct cost-effective and efficient steel bridges. Attendees will explore critical tasks associated with bridge design, including the selection of appropriate structures, the generation of designs that manage bearing loads, and considerations for dynamic and seismic aspects. The curriculum also covers the detailed specification of steel components, addressing common issues such as composite action, redundancy, and the unique challenges presented by long-span bridges, particularly in the context of cable-stay and suspension designs.Participants will engage in various learning activities, including analyzing highway and railway bridge design loads, understanding composite construction in bridge decks, and delving into non-linear seismic analysis modeling. The course also features detailed presentations on cable-stay and suspension bridges, alongside case studies focusing on the major rehabilitation of steel bridges. Design examples will include practical applications, such as a two-span composite I girder bridge and a trough plate girder railway bridge, providing real-world context to the theoretical knowledge gained. The course aims to equip participants with the ability to select efficient bridge structures, provide cost-effective construction solutions, evaluate loads and load combinations, and prepare thorough designs for all components of steel bridges. Additionally, participants will receive feedback on their learning outcomes, ensuring a well-rounded understanding of modern steel bridge design.