Rate My Professor Fauzi Hardjanto

His academic contributions include numerous peer-reviewed publications in the domain of offshore and civil engineering. Notable works encompass "Effects of impact loads on CRA-Lined pipelines" (Ocean Engineering, 2018, co-authored with Lanre Odina and Alastair Walker), "Predicting scour beneath subsea pipelines from existing small free span depths under steady currents" (2017), "Two-Phase Model for Simulating Current-Induced Scour Beneath Subsea Pipelines at Different Initial Elevations" (Applied Ocean Research, 2018), "Pipeline Slug Flow Dynamic Load Characterization" (2018), "Interplay between structure vibration and local scour beneath submarine piggyback pipelines", "Numerical simulation of the flow around a subsea pipeline with different protection methods" (2016), "Eulerian two-phase modelling of seabed and application to scour underneath pipelines" (2020), "Numerical study of pipe-soil interaction due to wave incident angle" (2023), "Non-linear modelling of Ferro casting ductile shear key of L-Shaped concrete blocks with epoxy joint using Midas FEA" (2021), and "Numerical Modelling, Simulation and Experimentation of Steel Shear Keys Dry Joints" (2020). These publications highlight his work on simulating dynamic interactions in marine environments, pipeline protection, and scour mechanisms.