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and specialist in the areas of composite materials, structural mechanics, optimisation and finite element analysis. Apart from computational expertise, the role holder will also be comfortable in
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colleagues to understand the stress distribution at the bone-implant interface through finite element analysis. Work collaboratively with other colleagues to validate finite element models based on in situ
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simulation and optimisation. Programming (MATLAB, Python, C++, Fortran) for model development and Finite Element simulations. Statistical experimental design and analysis of data (i.e Design of Experiments and
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differential equations, mechanical modelling (e.g. force-based/spring models, surface elasticity/mesh modelling, finite element models) * The ability to communicate and work effectively with a diverse team
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immediately post-implantation, and how bone ingrowth alters the stress distribution in the bone and implant. The student will develop physiological, subject-specific finite element analysis (FEA) models from
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of DFCs open more opportunities for recycling and reuse because the fibres in recycled materials are usually of finite lengths. Virtual manufacturing uses process simulation as a core component to create
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. These models will incorporate: Analytical approximations for complex biological systems Finite-element methods for solving partial differential equations Stress-strain balance calculations Mass-transfer
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techniques. Classify and characterise microstructural defects during the machining process, with a view to devising tooling and parameter modifications. Carry out analytical modelling and finite element
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magnets,” strategically combining different materials. Working with others in the group, you will be able to then simulate your materials using finite element analysis to determine the performance of
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employ a powerful suite of cutting-edge techniques, including multi-physics finite element (FE) analysis and atomic-scale modelling. You will construct 2D and 3D simulations of generators that incorporate