
Long-term behaviour of offshore pile foundations under cyclic loading
A research project focused on advancing the understanding of the behaviour of monopile foundations subjected to cyclic loading.
This is one of two projects studying malaria transmission in Asia-pacific countries. To view the details of the partner project, click here.
This project aims to validate the use of serological markers of exposure to P.vivax, a parasite that causes malaria, to document the absence of local transmission in Yunnan.
The main objectives of this project are to:
China's Yunnan Province was the country's last region to eliminate malaria. Given that its close neighbours Myanmar and Laos have yet to eliminate the disease, monitoring the spread of infections is crucial to keeping the area malaria-free.
A serologic test checks for the presence or level of specific antibodies in the blood. Our team has recently developed serological markers that detect recent exposures to P. vivax, the parasite that causes malaria, with high precision.
This research project will verify the ability of these serological tests to detect local transmission using malaria samples collected pre-and post-elimination. Once the effectiveness of the test has been established, it will be applied to ongoing case investigations in Yunnan.
This epidemiological project ultimately aims to determine how useful serology is in determining whether malaria has been eradicated from a particular area or not.
Furthermore, this project will also shed light on how we can use serological markers to establish the absence of local transmission.
The graduate researcher on this project is: Hanqing Zhao
Shanghai Jiao Tong University supervisor:
Professor Xiao-Nong Zhou
University of Melbourne supervisor:
Professor Ivo Mueller
A research project focused on advancing the understanding of the behaviour of monopile foundations subjected to cyclic loading.
A research project to determine how the construct of critical thinking be best represented in speaking assessment tasks.
A research project developing evidence-based recommendations for urban greenspace management, design and planning to support stronger human health and wellbeing.
A research project to develop room-temperature mid-infrared photodetectors.