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Materials. The research aims to generate a unique dataset to understand the microstructural, thermomechanical, and reactive behavior of EMs subjected to a wide range of strain rates, temperatures, and
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functions. The LAMMPS will be used to perform Molecular Dynamics runs to analyse finite-temperature behaviour, including diffusion processes, strain development, porosity evolution, and clustering phenomena
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in biomaterials and bioprinting Experience in computational fluidic dynamics (i.e., COMSOL, Ansys Fluent) Experience in cell culture Knowledge of microfluidics computer simulation finite element
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the granting authority can be held responsible for them). The successful applicant will work closely with the postdoctoral fellows and students employed at the project, as well as other researchers at ICRA
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characterization of advanced materials with unique properties for innovative engineering applications. We develop materials with precisely controlled nanoscale microstructures, enabling enhanced mechanical, magnetic
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and tasks will include, among others: - Development and maintenance of electronic circuit interfacing fast optical elements. - Development and maintenance of electronic circuit interfacing fast single
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applications for primary education. Testing with real users. Outdoor field activities with real users. Identification of pedagogical elements between teachers and students. Where to apply Website https
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senior researcher, 1 lab technician, 1 postdoctoral researcher and 2 bachelor and Master students. The lab is localized to the Department of Biomedical Sciences (Biomedicina) Campus Clinic of the School
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goals. The project focuses on the design, synthesis, and functionalization of metallacages constructed from metal-ligand coordination, with special emphasis on gold and platinum-based systems
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industrial component given the close collaboration with the quantum computing start-up, Quantum Motion, particularly with Dr. Ciriano-Tejel, machine learning group. Key responsibilities Conduct research