Explore the benefits of high-performance fibres in concrete structures through a webinar featuring David Oliveira, Technical Director at Aurecon, and Kristian Krabbenhoft from Optum Computational Engineering. Delve into the design principles of fibre-reinforced concrete structures, focusing on limit state analysis and the limitations of linear elastic analysis and conventional yield line theory. Discover how high-performance steel fibres can significantly enhance load-bearing capacity in concrete structures. Examine two compelling case studies from Sydney, Australia: tunnel linings for the Sydney Metro and the Westconnex motorway project. Gain valuable insights into the practical applications and advantages of incorporating high-performance fibres in large-scale infrastructure projects.
High-Performance Fibres in Concrete: Benefits and Case Studies
Optum Computational Engineering via YouTube
Overview
Syllabus
Guest-speaker: High-performance fibres in concrete
Taught by
Optum Computational Engineering