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of academic background and scientific publications (45%); Experience in analysis and simulation and finite element software for the analysis of building components; energy and thermal simulation (30
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exhibiting magnetovolume coupling and/or negative thermal expansion; thermal, magnetic, morphological, and structural characterization; magnetic and structural analysis; preliminary experience with finite
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methodology for steel fibre reinforced concrete structures assisted by nonlinear finite element analysis and artificial intelligence tools”, project number 16782, code operation COMPETE2030-FEDER-00796500
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methodology for steel fibre reinforced concrete structures assisted by nonlinear finite element analysis and artificial intelligence tools”, project number 16782, operation code COMPETE2030-FEDER-00796500
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: Master's degree in Mechanical Engineering, Ocean Engineering, Materials Engineering, Naval Engineering, or related fields, with a solid background in structural dynamics, finite element analysis, and
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) and multiaxial regimes (tension–compression–torsion; axial–axial cruciform in-phase and anti-phase), using modal and dynamic analyses through finite element software, and experimental frequency analyses
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structural characterization; magnetic and structural analysis; preliminary experience with finite-element simulations; and experience in developing hardware and software for control and data acquisition as a
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%); Experience in analysis and simulation and finite element software for the analysis of building components; energy and thermal simulation (30%); Motivation letter (20%); Proficiency in Portuguese (5%) with
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testing; iii) probabilistic analysis of experimental data; and iv) finite element model numerical simulation of mechanical behaviour. b) Must be author of at least five articles published in English in
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to the prospective employee should include: • Strong background in structural engineering. • Background in numerical modelling for structural analysis using the finite element method. • Experience in computer