Contact: NFDI

NFDI-MatWerk

About

What is NFDI-MatWerk?

Consortium Members

Who we are

Task Areas

Our fields of activity

Cooperation Partners

Associated institutions

Aims

Focus on the benefit of the researchers

FAIR principles as the basis for all efforts

Close involvement of researchers in the development process

Rapid implementation through existing research projects

Close cooperation with national and international digitization initiatives

Participant Projects

PP01 From atoms to turbine blades

PP02 Defect phases in structural materials

PP03 Method development for mechanical joinability in versatile process chains

PP04 Magnetoelectric sensors: From composite materials to biomagnetic diagnostics

PP05 HoMMage – Hysteresis design of magnetic materials for efficient energy conversion

PP06 Working group modeling of oxygen-free production

PP07 Processing uncertain microstructural data

PP08 Cluster of excellence living, adaptive and energy-autonomous materials systems

PP09 The digital transformation in materials testing: Necessary actions for the paradigm change in enterprises

PP10 Integrated engineering of continuous-discontinuous long fiber-reinforced polymer structures

PP11 ERC starting grant MuDiLingo: Ontology design for dislocations

PP12 Data science in MSE education, qualification and life-long learning

PP13 Tomography and microstructure-based modelling

PP14 Interdisciplinary centre of advanced materials simulation – micromechancial modelling

PP15 Working group “Metadata in nanoindentation and micromechanics”

PP16 Profile area advanced materials engineering TU Kaiserslautern

PP17 Leibniz-Institut für Werkstofforientierte Technologien

PP18 Bundesanstalt für Materialforschung und -prüfung

PP19 Physikalisch-Technische-Bundesanstalt – Persistent Identifiers (PTB)

PP20 Mat-o-Lab – Materials-open-Laboratory

Infrastructure Use Cases

IUC01 Web-based demonstration and teaching framework for MSE research data infrastructure

IUC02 Framework for curation and distribution of reference datasets

IUC03 Storage concepts for large hierarchical datasets

IUC04 Model driven data space exploration

IUC05 Digital infrastructure and workflows for labs

IUC06 Integrating materials data from experiments and computation (ICME) into Industry 4.0 manufacturing paradigms

IUC07 Beyond 3D: Tools for tracking spatiotemporal microstructure evolution

IUC08 Interactive visual exploration for analyzing correlations in high dimensional materials data spaces

IUC09 Infrastructure interfaces with condensed matter physics (collaboration with FAIRmat)

IUC10 Interoperability of workflow systems (collaboration with NFDI4Ing)

IUC11 Development of coupled ontologies and workflows for thermochemical treatments

IUC12 Alignment of application- and higher-level ontologies

IUC13 Co-creation environment for experts

IUC14 Adaptive automated characterization pipelines and meta data schemas for high throughput experiments

IUC15 Method- and scale-bridging workflows and data structures for tomography

IUC16 Unified ontology for matrix-inclusion microstructure and composites

IUC17 Ontologies for defects in crystals

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NFDI-MatWerk

About Consortium Members Task Areas Cooperation Partners

Aims

Focus on the benefit of the researchers FAIR principles as the basis for all efforts Close involvement of researchers in the development process Rapid implementation through existing research projects Close cooperation with national and international digitization initiatives

Participant Projects

PP01 From atoms to turbine blades PP02 Defect phases in structural materials PP03 Method development for mechanical joinability in versatile process chains PP04 Magnetoelectric sensors: From composite materials to biomagnetic diagnostics PP05 HoMMage – Hysteresis design of magnetic materials for efficient energy conversion PP06 Working group modeling of oxygen-free production PP07 Processing uncertain microstructural data PP08 Cluster of excellence living, adaptive and energy-autonomous materials systems PP09 The digital transformation in materials testing: Necessary actions for the paradigm change in enterprises PP10 Integrated engineering of continuous-discontinuous long fiber-reinforced polymer structures PP11 ERC starting grant MuDiLingo: Ontology design for dislocations PP12 Data science in MSE education, qualification and life-long learning PP13 Tomography and microstructure-based modelling PP14 Interdisciplinary centre of advanced materials simulation – micromechancial modelling PP15 Working group “Metadata in nanoindentation and micromechanics” PP16 Profile area advanced materials engineering TU Kaiserslautern PP17 Leibniz-Institut für Werkstofforientierte Technologien PP18 Bundesanstalt für Materialforschung und -prüfung PP19 Physikalisch-Technische-Bundesanstalt – Persistent Identifiers (PTB) PP20 Mat-o-Lab – Materials-open-Laboratory

Infrastructure Use Cases

IUC01 Web-based demonstration and teaching framework for MSE research data infrastructure IUC02 Framework for curation and distribution of reference datasets IUC03 Storage concepts for large hierarchical datasets IUC04 Model driven data space exploration IUC05 Digital infrastructure and workflows for labs IUC06 Integrating materials data from experiments and computation (ICME) into Industry 4.0 manufacturing paradigms IUC07 Beyond 3D: Tools for tracking spatiotemporal microstructure evolution IUC08 Interactive visual exploration for analyzing correlations in high dimensional materials data spaces IUC09 Infrastructure interfaces with condensed matter physics (collaboration with FAIRmat) IUC10 Interoperability of workflow systems (collaboration with NFDI4Ing) IUC11 Development of coupled ontologies and workflows for thermochemical treatments IUC12 Alignment of application- and higher-level ontologies IUC13 Co-creation environment for experts IUC14 Adaptive automated characterization pipelines and meta data schemas for high throughput experiments IUC15 Method- and scale-bridging workflows and data structures for tomography IUC16 Unified ontology for matrix-inclusion microstructure and composites IUC17 Ontologies for defects in crystals

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