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: · Investigation of geometries for an efficient transfer of strain from the tire into the ceramic. The design optimisation will be done using finite element modelling (Comsol) · Development/adaptation
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skills, especially in the programming of high order finite element methods on polygonal and polyhedral meshes, and a mathematical background in the analysis of finite element methods. Some understanding of
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will be done using finite element modelling (Comsol) · Development/adaptation of signal conditioning electronics · Integration of the harvester into a real tire · Tests in the tire
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with morphological image data is essential. Experience in geometric morphometrics and/or finite element analysis is desirable. Customer advert reference: B02-10342
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numerical modelling computer aided techniques such as Finite Element Analysis – ANSYS; selection and application of wear-resistant materials including the implementation of heat treatment processes to improve
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mechanics and materials mechanics - Strong interest in multiscale and multiphysics modeling - Knowledge of numerical methods and finite element analysis - Interest in hybrid physics–data approaches and
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in numerical analysis of finite element methods and code development MQ: Requires singular knowledge of a specialized advanced professional discipline or the highest level of general business knowledge
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(ALD) reactors. The range of simulations focuses on finite element methods and can include Monte Carlo based simulation approaches and continuum modelling. Verification of simulation results against
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, finite element analysis, or structural/mechanical simulations (experience with residual stress modelling or optimization algorithms is an advantage) Solid understanding of solid mechanics and
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; Fatigue; Alternative fuel; Finite element; Hydrogen, Corrosion;