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experimental materials chemistry research to probe the mechanical properties and structure of zeolite ion-exchange materials using mechanical testing, x-ray diffraction and computed tomography and developing
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experience in numerical modelling and analysis, particularly in optimisation and/or complex mechanical systems simulation, as well as having a solid understanding of aircraft design and aviation in general
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experience in numerical modelling and analysis, particularly in optimisation and/or complex mechanical systems simulation, as well as having a solid understanding of aircraft design and aviation in general
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experience in numerical modelling and analysis, particularly in optimisation and/or complex mechanical systems simulation, as well as having a solid understanding of aircraft design and aviation in general
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. Ideally you will also have experience in numerical modelling and analysis, particularly in optimisation and/or complex mechanical systems simulation, as well as having a solid understanding of aircraft
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solid mechanics and fluid mechanics. Proven hands-on experience with code development for computational fluid dynamics or computational solid mechanics using the finite element method. Demonstrable
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on the optimisation of metal hydrides and/or the design of solid-state hydrogen stores and compressors. The candidate must be awarded a PhD by an internationally recognised university in Mechanical Engineering
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properties and structure of zeolite ion-exchange materials using mechanical testing, x-ray diffraction and computed tomography and developing structure-property relationships. Working across the discipline
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(R3) Country United Kingdom Application Deadline 2 Oct 2025 - 00:00 (UTC) Type of Contract Other Job Status Full-time Is the job funded through the EU Research Framework Programme? Not funded by a EU
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multidisciplinary research team collaborating on the optimisation of metal hydrides and/or the design of solid-state hydrogen stores and compressors. The candidate must be awarded a PhD by an internationally