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Integrated Ceramic-based Materials Systems M-EXK3
Director
Typ
TUHH Workinggroup
Website
Founding Date
August 2021
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The Integrated Materials Systems research group is an interdisciplinary group embedded in the Institute of Advanced Ceramics at TUHH. Our main research interest lies in the tailoring and precise functionalization of interfaces of ceramics and metal-ceramic hybrids for relevant applications, building a bridge between materials science and manufacturing engineering. Our main focus is to understand and control the microscale and nanoscale processes at interfaces and/or within microstructures, to be able to tailor the macroscopic materials’ properties. Here, we differentiate between “bulk phase or design properties” and “nano- to microscale-driven properties”, where nanoscale size effects and interfaces play a fundamental role. We strive to study and understand the fundamental structure-processing-properties’ relationships to be able to develop integrated materials systems targeting three main trusts:
- optical (photonics) properties, including structural colors (visible range) and reflective thermal barrier coatings (IR range)
- “chemical” properties, including photocatalysis, dark catalysis and water splitting for energy generation
- advanced and innovative manufacturing, including the development of additive manufacturing combined with self-assembly of hybrid and hierarchical materials systems, as well as atomic layer deposition onto powders and 3D structures
For further details and to learn more about our current as past projects, check https://www.tuhh.de/materials/research
- optical (photonics) properties, including structural colors (visible range) and reflective thermal barrier coatings (IR range)
- “chemical” properties, including photocatalysis, dark catalysis and water splitting for energy generation
- advanced and innovative manufacturing, including the development of additive manufacturing combined with self-assembly of hybrid and hierarchical materials systems, as well as atomic layer deposition onto powders and 3D structures
For further details and to learn more about our current as past projects, check https://www.tuhh.de/materials/research