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processes, transport, and stress evolution interact at material interfaces, using multiphysics modelling and experiments to predict performance and durability. Who we are looking forThe following requirements
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international partners and aims to develop sustainable solutions for future materials and chemical processes. Read more about our activities: https://www.slu.se/institutioner/molekylara-vetenskaper/ Read more
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processes, transport, and stress evolution interact at material interfaces, using multiphysics modelling and experiments to predict performance and durability. Who we are looking for The following
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application! We are seeking a highly motivated PhD student to join a research project at the forefront of battery diagnostics and modelling, that will help shape the future of battery technology by developing
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national and international partners and aims to develop sustainable solutions for future materials and chemical processes. Read more about our activities: https://www.slu.se/institutioner/molekylara
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of ion conductivity in complex battery materials on a large scale. Model‑generated data will be used to identify key relationships between material structure and ionic conductivity through advanced data
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for you. We are looking for an ambitious, collaborative and structured person to join our team. In this role, you will take a leading position in advancing the material modelling of brain tissue. Your
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limitations in materials and device concepts of transistors based on III-nitride semiconductors. In this work device characterization and modelling are important tools enabling better understanding and
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sliding between two surfaces, it will be possible to develop improved wear models and enhance the knowledge of how different materials are affected during wear. Duties As a doctoral student, you will be
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possible to develop improved wear models and enhance the knowledge of how different materials are affected during wear. Duties As a doctoral student, you will be trained in scientific work in the form