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electric steels of different grades and thicknesses. Contribute to the implementation of the dynamic vector models in the finite element code Numerical analysis of additional losses in the operating
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the finite element code Numerical analysis of additional losses in the operating conditions of simulated variable-speed electric machines Validate the developed simulation models by experimental
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graduates, other early-career researchers, and experienced post-doctoral researchers. Expertise in finite element analysis, computational weld mechanics, thermomechanical simulations, numerical modelling
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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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numerical/computational modelling methods (e.g. discrete element method or finite element analysis) Strong programming skills Good written and verbal communication skills in English Considered an
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, materials science, solid mechanics, finite element methods, programming, and/or welding technology is considered beneficial. Success in this position requires the ability to work independently
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resistance of cold-formed steel structures are essential. Knowledge of fire simulations as a plus. Skills of performing non-linear numerical analyses using general-purpose finite element analysis
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through innovative sensing technologies and data-driven approaches. The research topics include: Structural health monitoring of bridges and other civil infrastructure Finite element analysis