Rate My Professor Guoyang Fu

Dr. Fu's research specializations include computational mechanics, life-cycle analysis of deteriorated infrastructure, and failure prediction of deteriorated water pipelines, integrating computational modelling, fracture mechanics, and structural reliability. He also evaluates spray and cured-in-place-pipe liners for pipe rehabilitations. His interests extend to structural and infrastructure rehabilitation, structural reliability, critical resilient infrastructure, and climate change effects on amphibious housing. As a member of the university's Catchments, Coasts and Communities and ZeroWaste research clusters, his work supports United Nations Sustainable Development Goals. Dr. Fu has authored over 50 journal and conference papers and several industry reports. Notable publications include 'Failure assessment of reinforced rock slopes subjected to bolt corrosion considering correlated multiple failure modes' (2021), 'Prediction of Time to Corrosion-Induced Concrete Cracking Using Mesoscale Modelling Approach' (2019), 'A comparison between the NMM and the XFEM in discontinuity modeling' (2012), and 'Structural Behaviour of Strengthened Timber Beams With Basalt Fibre Reinforced Polymer Sheets' (2026). He serves as course coordinator for the Bachelor of Engineering (Honours) and Bachelor of Engineering (Honours)/Bachelor of Business programs and participates in initiatives on GenAI in learning, teaching, and assessment.