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. The post holder will contribute to the development and validation of multi-scale finite-element analysis tools to predict the progressive damage evolution in composite materials, subject to a variety of
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presents a challenge, especially in a highly non-linear case. The aim of this project is to advance further one of the methods to handle problems with propagating interfaces – the cut-finite-element method
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computational modelling. The project will focus on the development of advanced numerical models (e.g. finite element method). The aim is to enable rapid and reliable prediction of material failure in complex
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Location:South Kensington campus About the role: We are seeking a highly motivated researcher with a background in computational structural or mechanical engineering and finite element modelling
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loading conditions. Finite Element models of the designed specimens will also be generated and biomechanical behaviour of the tooth restored complex will be predicted. Supervisors Prof Hassan Ghadbeigi
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of manufacturing processes in composite materials. Development of user subroutines for finite element constitutive models Validation of model and numerical analysis results You will be the project lead, managing
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, implemented within finite element software, to describe damage, cracking, and degradation of concrete subjected to extreme conditions. The research will explicitly account for micro-scale phenomena such as
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, a PhD related to biomechanics, with a solid knowledge of finite element modelling, and a strong experience in developing patient-specific biomechanical computational model. You will be working with
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incorporate: Analytical approximations for complex biological systems Finite-element methods for solving partial differential equations Stress-strain balance calculations Mass-transfer phenomena analysis
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simulation using finite element analysis (FEA), and testing and analysis that support airworthiness. If you are excited about contributing to a supportive, collaborative academic community and advancing