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, such as Zn and Gd, affect the twin boundary structures and dynamics. Both joint PhD projects will provide new insight into the deformation twinning mechanism and lay the ground for a new alloy design
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to providing high-quality education and fostering groundbreaking research in various fields. With a strong reputation for academic excellence and innovation, the University of Melbourne offers a vibrant and
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projects open for application are listed below. These projects are fully funded. The latest opportunities are also searchable via the Find A Research Project Tool. Find a Project New alloy design approach
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designers to create affordable housing solutions. Whatever your passion, you can connect with others who want to make a difference. Exposure to other disciplines through these initiatives will enable you to
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to design a femoral stem incorporating novel auxetic structures to expand the femoral stem while in tensile loading, thus to increase the load transferred to the femur and avoid stress shielding induced bone
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-based optimization design framework is proposed to solve the problem of UAV-USV cooperative control. Develop data-driven optimization technology to solve the control problem of UAV and USV under uncertain
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, such as enabling the rational design of small-molecule inhibitors. Since the development of novel antibiotics sorely lags behind, novel approaches to target hitherto unexplored targets, such as the process
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independently; however, it is our hope that our design will subsequently allow us to pool data from both studies and evaluate outcomes on a larger sample. To address these research questions
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biotic factors to species community composition is a critical step in urban design and planning of GSI that supports critical biodiversity and ecosystem services. Supervision team University of Melbourne
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the appropriate combinations of modes from resolvent analysis to reproduce the correct spectrum. The key innovation of this project is strongly coupled with the complementary project ‘Modelling of wall pressure