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Field
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enable meaningful acceleration of the qualification processes. This research will focus on the creation of a virtual qualification environment and the generation of microstructure-based crystal plasticity
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will work at the Department of Molecular Sciences, SLU and collaborate with the interdisciplinary research center PAN Sweden, https://www.oru.se/strategiska-satsningar/mat-och-halsa/pan-sweden.The
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. Specific study objectives will concern: - development of open source codes based on FEM approaches - development of contact theories in finite elasticity for microstructured and electro-active biological
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-plastic bonds and finally the inertial aspects will be defined in order to define and solve the equations of motion of systems consisting of thousands of degrees of freedom. Where to apply Website https
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attention to phenomena dependent on strain rate, temperature, thermal history, and microstructure; elasto-viscoplastic and micromechanical constitutive modeling, developed in academic and/or industrial
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framework to be able to model not only the microstructural properties of the bundles, which remain constant along their trajectory, but also possible alterations induced by neurological/neurodegenerative
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: - 1 Associate Research Professors whose research project pertains to the study of structural or microstructural properties in a laboratory that maintains strong connections with large-scale research
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electrification strategy, the research aims to develop a multidisciplinary framework that combines microstructure modeling, machine learning, and probabilistic simulation to link manufacturing parameters, foam
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National Research Agency) project “BADTRIP” aimed at understanding the micro-mechanical and microstructural mechanisms governing martensitic transformation in TRIP-type RHEAs at room temperature
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. Scientific objectives This internship is part of a broader ANR (French National Research Agency) project “BADTRIP” aimed at understanding the micro-mechanical and microstructural mechanisms governing