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strategies. In this project you will: Perform experimental characterization of the static and fatigue performance of welded thermoplastic composite structures. Develop constitutive models that accurately
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of high-performance biobased and recyclable polymer and composite materials for applications such as spacecraft structures, insulation, lightweight components, and other space-related systems. The research
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& Lifecycle Engineering Robotics & Autonomous Inspection Systems Composite Structures Inspection & Repair Advanced Repair Technologies (e.g. Additive Manufacturing) Responsibilities: Lead and contribute
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-powered aircraft structures. Job description How do aerospace materials deform and fail at temperatures approaching 20 K (-250 °C)? And how does their behaviour change under dynamic loading? In this PhD
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research environment aims to develop manufacturing technologies for next-generation aerospace composites. The successful candidates will be responsible for the experimental characterisation of fibre
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Albert-Ludwigs Universität Freiburg | Freiburg im Breisgau, Baden W rttemberg | Germany | 22 days ago
Skłodowska-Curie Actions Doctoral Network "LEGEND" (Leading-Edge evaluation and GENeration of Defect-tolerance in composite structures) Contract: Full-time, 36 months Planned start date: October or November
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Mechanics and Mission Analysis Satellite Technology and Applications Aircraft Design, Control Systems and Avionics Aerospace Materials and Composite Structures Engineering Management and Aerospace Research
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industry? You want to develop novel hybrid composite structures for lightweighting in the automotive industry/aerospace? Then we have a new opening for you! The Structural Composites (SC) Unit at LIST is
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-performance composite materials used in sectors such as aeronautics, aerospace, and automotive. Its activity is organized into four main areas: Structural analysis and reliability, including service-life
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-performance composite materials used in sectors such as aeronautics, aerospace, and automotive. Its activity is organized into four main areas: Structural analysis and reliability, including service-life