Netherlands
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ORGANIZATION NAME/ WEBSITE |
SCIENTIFIC/TECHNOLOGICAL DOMAINS |
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nanolithography research (also thin-film and surface science related activities) |
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polymers and their diverse applications using a multidisciplinary, chain-of-knowledge approach. |
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Polymeric materials |
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Thin film photovoltaic solar energy |
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Applied mechanical behaviour; Multi-scale modeling of mechancial behaviour; Durable surfaces, interfaces and interations; Functional materials; Advanced metals; Composites; Additive manufacturing and welding |
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Rapid manufacturing of certified relatively large metal parts using wire arc-based additive manufacturing (WAAM). The metal parts produced are typically used in a maritime, industrial, aeronautical context as well broad range of other industries. |
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Mechanical metamaterials, nanophotonics, nanophotovoltaics, self-organizing matter, soft robotic matter, ultrafast spectroscopy, living matter |
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Fusion energy and solar fuels, modeling of processes and material properties |
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Photonics, fluidics, hard materials, soft materials and devices. |
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Composites: Materials; Manufacturing; Regulatory aspects; Certifcation; Education. |
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DFC focuses on the development and demonstration of new automated and digital technology for the production of composites. |
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Tape laying, compression moulding, insert moulding, recycling and automation (robotics). |
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Materials, processes, manufacturing machines and design methodologies for three applications: Ceramics; Printed Electronics and Dental applications. |
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ACM3 (Fieldlab for Automated Composites, Metal Manufacturing and Maintenance) |
The Fieldlab for Automated Composites, Metal Manufacturing and Maintenance (ACM3) consists of three units: 1. ACM-TC, a centre for cross-sectoral technology development; 2. ACM-PP): A centre for specific production technology or product development; 3. MAMTEC: A centre for the development of “free form metal additive” production technology or product development |