13 postdoctoral-composite-material-finite-element PhD positions at University of Adelaide
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finite element methods, which demand extensive data and are costly, PINNs embed governing physical laws directly into the learning process. This allows effective management of limited and noisy data
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recycling: Project 1 (2 PhD students): Cost-Efficient Direct Recycling for Metal Oxide Cathode Materials – These projects focus on developing low-cost, scalable strategies for the direct recycling and
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fieldwork component. Eligibility: To hold the award, applicants must: be an Australian citizen, Australian permanent resident, New Zealand citizen, Permanent Humanitarian visa holder, or international student
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. This project will use state of the art MRI sequences to characterise the morphology and composition of human joints for a cohort of people enrolled in a social running program, and subsequently phenotype
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of hydrogen migration through isotopic, noble gas and micro thermometric analyses of hydrogen-bearing inclusions. Eligibility: Applicants may include Australian citizens, permanent residents of Australia and
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, or international student; be enrolled in a PhD program in the Faculty of Health and Medical Sciences the field of medicine known as nuclear medicine; or a field of academic study where a substantial component of the
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-quality battery precursors and materials - These projects aim to advance the DES-based battery recycling processes towards the production of high-purity, battery-grade materials, focusing on developing
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encompassing postdoctoral researchers, PhD and Honours students, and collaborate with national and international researchers in academia and industry. Eligibility: Must be an Australian/New Zealand Citizen
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modelling tools for molten metal and salt bubbling catalytic reactors to improve carbon separation and reaction rates. To be based at University of Adelaide. University contact: Dr Zhiwei Sun (zhiwei.sun
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. The student will work under the supervision and guidance of a small, expert editorial committee to produce at least one chapter for this book. Chapters will draw heavily from RGSSA library source material