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learning for material characterisation and property prediction, finite element modelling, structural optimisation, and experimental testing of timber, bonded interfaces and laminated components. The
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imaging of the physiology of stranded harbour porpoises and related specimens development of computer-based three-dimensional finite element models (FEM) of acoustic wave propagation in the sound
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/triangle), a given type of HO finite element (e.g., Raviart–Thomas), and a given integral kernel (e.g., EFIE/MFIE) provided as input. Development of a methodology to evaluate and analyze the performance of
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. You will gain experience in cleanroom microfabrication, actuator design and characterisation, finite element modelling, rheology, ex vivo tissue methods and cell culture. You will work across
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applications, including biology, materials science, and astrophysics, and uses a variety of approaches, such as stochastic processes, kinetic theory, variational analysis, finite element methods, and data
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engineering; (ii) structural dynamics; (iii) finite element modelling; (iv) probabilistic methods in engineering You are curious, organised, detail-oriented, and comfortable taking ownership of your research
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research experience in mechanics Prior exposure to numerical/computational modelling methods (e.g. discrete element method or finite element analysis) Strong programming skills Good written and verbal
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fatigue loading. The models will be implemented and validated in commercial finite element (FE) software. The resulting FE model will define the digital twin of the welded structure and provide the basis
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: • Demonstrated experience or strong capability in polymer composites, engineering modelling and structural analysis, particularly in physical wave modelling, finite element analysis (FEA), fluid-structure
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biology is not required good written and spoken English Experience with PDE-based simulations, finite element methods, high-performance computing or deep-learning frameworks (e.g. PyTorch, JAX) is an