Current Students

Helen’s research focuses on the performance of suction caissons as a foundation option for jacket supported offshore wind turbines in carbonate soils.

Sam’s research interests include the use of both physical and advanced numerical modelling techniques to better understand geotechnical mechanisms. He is currently investigating the behaviour of drag anchors in intermediate soils, and how their capacity evolves over their design life.

Jianhua is a PhD student working on Suction Embedded Plate Anchors (SEPLAs) for floating offshore wind turbines in sands and intermediate soils.

Wirman’s research focuses on helical anchors for floating offshore wind applications. He is developing a new helical anchor concept that reduces torque requirements and is suited to both vertical and lateral loading.

Lilli is a PhD student researching monopile foundations in carbonate sands for offshore wind applications. Her work combines centrifuge testing and numerical modelling to explore installation and cyclic loading effects, aiming to enhance predictions of monopile performance in carbonate sediments typical of Australian offshore environments.

Qianbiao is exploring the effect of spatial variability and uncertainty of soil with data-centric/machine learning techniques to optimize offshore infrastructure design. This study will mitigate conservative design and the risk arising from uncertainty, with ultimately overall cost reduction in offshore geotechnical engineering.

Zahra is examining the use of freefall penetrometers to measure strength and consolidation parameters in a range of seabed types. Her research involves freefall penetrometer tests and push-in penetrometer tests in the varied sediments encountered in the riverbed of the Swan River in Perth.

Shiwei’s PhD focuses on helical anchor groups for securing floating offshore wind turbines. His research combines both numerical and physical modelling techniques to examine how helix embedmend depth and anchor spacing influences the capacity of helical anchor groups in both clay and sand.