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Vacancies PhD position in Advanced bonding for magnet-metal systems Key takeaways The Surface Technology and Tribology group at the Department of Mechanics of Solids, Surfaces & Systems (MS3), part
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Vacancies PhD position on “Separator development for alkaline water electrolysis” Key takeaways Hydrogen is a recognized crucial component, required for many industrial processes. The sustainable
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of tissue response at spatiotemporal scales not achieved before, with complimentary techniques. We will establish finite element (FE) models of the human cochlea in (not limited to ABAQUS, ANSYS, etc.), using
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of SOEC cells and stacks The selected PhD candidate will then use the model to study the effect of various design factors such as electrode microstructure, layer thickness, and active area at the cell level
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pre- and post-mortem microstructural (FIB-SEM, XCT) and compositional (EDX, XRD, XPS) characterisation, these operando studies will help correlate operating parameters, i.e. applied current/potential
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the best aspects of Alkaline and PEM technologies to achieve a lower cost of hydrogen production. AEM electrolysers use lower cost and more earth-abundant materials than PEM and, typically, have higher
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—once implemented—may interact with, complement, or threaten the principles of SSI. 3. Development of an Anticipatory Ethical Framework (with a political philosophy component): - Construct a normative
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to improve healthcare efficiency and sustainability. In this research hybrid simulation model will be developed. This model should combine individual- and system-level elements. The main aim is to evaluate and
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materials (CRGO steel, amorphous metal core, etc.) and different winding configurations. This model should consider the total losses including the copper (load loss) and core (no-load loss) losses. To verify