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-viscous numbers and aspect ratio have been made, but the result is far away from the practical reservoir simulations. Fortunately, two approaches allow to solve the above-mentioned problems: (i) The current
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, resulting in faster and more cost-efficient signal modelling. However, embedding physical constraints within the network architecture remains a significant challenge. Current research often integrates
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treated differently, and whether the current arrangements are optimal or could be improved. Documenting cumulative Adelaide Park Lands losses, over time For a student interested in local history, heritage
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this project have the potential to revolutionise strategies to preserve and restore the efficacy of current and future herbicides, with long-term social, economic, and environmental benefits arising from
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or Environmental Engineering, Agricultural Economics, Management and Information Technology. Number of scholarships: Two Contact person: Dr Matthew Knowling (matthew.knowling@adelaide.edu.au ) Project 2: Efficient
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sustainability is defined in the broadest possible sense and is open to applicants from any discipline (including but not exclusive to: engineering, law, mathematics, all the sciences, the social sciences and the
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and technology. Engaging in solving a real-world problem requires a real solution to enhance housing resilience. Applying research skills to optimise and innovate AI-driven solutions for the housing
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Division) equivalent (approximately 75 Weighted Average Mark) Commence study in 2026, not before. Current postgraduate students are not eligible. MD and Juris Doctor programs or any Masters by Coursework