Overview
The participating project FAIR-GB is an open community effort for the development of consistent and extendable representations of the structure and properties of grain boundaries (GBs). This includes macroscopic degrees of freedom, microscopic structural units, and properties of special as well as general GBs in simple and complex crystal structures. The currently involved research groups in Aachen, Bochum, Düsseldorf and Münster share long-term interest in GB research and cover high-resolution characterization experiments, atomistic simulations and artificial intelligence (AI). They will contribute experimental and simulation data, AI methodology as well as engagement through ongoing research projects, e.g., the DFG project 535248809, “Atomistic simulations of H trapping at grain boundaries in ferritic alloys”.
| Acronym: | FAIR-GB |
| Website: | |
| Contact: | Dr. habil. Thomas Hammerschmidt, Dr. habil. Rebecca Janisch, Ruhr-University, Bochum |
| DFG Classification: | 4.31-04 - Mechanical Properties of Metallic Materials and their Microstructural Origins 4.32-03 - Thermodynamics and Kinetics as well as Properties of Phases and Microstructure of Materials |
| Material/ Methodology: | Materials with grain boundaries / high-resolution experiments and atomistic simulations |
| Engagement: | 7 research groups, DFG project 535248809 |
Releated Used Cases
- IUC04 Model driven data space exploration
- IUC07 Beyond 3D: Tools for tracking spatiotemporal microstructure evolution
- IUC09 Infrastructure interfaces with condensed-matter physics (collaboration with FAIRmat)
- IUC10 Interoperability of workflow systems
- IUC12 Alignment of application- and higher-level ontologies
- IUC17 Ontologies for defects in crystals
All Participant Projects
- PP01 From atoms to turbine blades – a scientific basis for a new generation of single crystal superalloys
- PP02 Structural and chemical atomic complexity
- PP03 Method development for mechanical joinability in versatile process chains
- Project ended - PP04 Magnetoelectric sensors: from composite materials to biomagnetic diagnostics
- PP05 Hysteresis design of magnetic materials for efficient energy conversion
- PP06 Modeling of oxygen-free production
- Project ended - PP07 Processing uncertain microstructural data
- Project ended - PP08 Cluster of Excellence Living, Adaptive and Energy-autonomous Materials Systems
- Project ended - PP09 The Digital Transformation in Materials Testing: Necessary Actions for the Paradigm Change in Enterprises
- Project ended - PP10 Integrated engineering of continuous-discontinuous long fiber reinforced polymer structures
- Project ended - PP11 ERC Starting Grant MuDiLingo: Ontology Design for Dislocations
- PP12 Data Science in MSE education, qualification and life-long learning
- PP13 Correlative Microscopy and Tomography
- PP14 Materials modeling across the scales
- PP15 Metadata in nanoindentation and micromechanics
- PP16 Profile area advanced materials engineering at RPTU
- PP17 Leibniz-Institut für Werkstofforientierte Technologien
- PP18 Bundesanstalt für Materialforschung und -prüfung (BAM)
- Project ended - PP19 Physikalisch-Technische-Bundesanstalt – Standards for reporting numerical information (PTB)
- PP20 Materials-open-Laboratory
- PP21 FAIR Grain Boundaries
- PP22 Engineered Living Materials with Adaptive Functions
- PP23 Multiscale analysis and inverse design of uncertain meso-structures
- PP24 AI-based data collection and optimisation of additive manufacturing process parameters for titanium-based materials
- PP25 Data-driven alloy and microstructure design of sustainable structural metals
- PP26 Atomic-scale understanding and design of multifunctional compositionally complex solid solution surfaces
- PP27 O(A)pportunities for your Publications
- PP28 BioAntiFatigue
- PP29 Applying Interoperable Metadata Standards
- PP30 DGM Expert Committee on hydrogen effects in engineering materials
- PP31 Plattform MaterialDigital