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-vivo biomedical applications. Our research focuses are: (1) Micro robot design, fabrication and control, and (2) Remote magnetic control. The goal of this program is to develop mechanisms and systems
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these methods for thin coated membranes. As part of a team, you will develop mathematical and computational models, as well as lead the experimental work. You will work closely with our industrial partner. You
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in biodiversity data science, especially in the statistical computing environment R. Opportunities also exist to harvest the power of the new technologies revolutionising the study of marine
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societal costs. Recently, computational models based on in vivo microCT images have shown high potential to assess the biomechanical properties of bones. In this project, we will aim to show that microCT
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background in electronic engineering, materials science, physics, or a related field. A strong interest in laser based additive manufacturing is essential, together with an interest in semiconductor
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that operate with minimal computing, sensing, and actuating resources—essential features for implementation in real-world scenarios. To this end, we will leverage sophisticated mathematical tools such as
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homeostasis in the brain with a particular focus on oxygen regulation. Since neuronal computation is tightly coupled with oxygen availability, Isabel is interested in how metabolic mechanisms fail as people age
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electromagnetic disruption. This technology has already provided a unique window on processes within cellular structures and chemical reactions. There is now over a decade of scientific evidence that
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the validity of the relevant literature and its contribution to the development of own field. Determine novel research objectives as experiments progress and initiate and implement relevant programme of research
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Details The project will advance the accuracy of Computational Fluid Dynamics (CFD) models employed for predicting boiling heat transfer and particularly the Critical Heat Flux (CHF) in nuclear Pressurized