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MXenSe, Roles and Duties, 1, 1 - Coggle Diagram

- - - - • the responsibilities of the partners;
      - • decision processes inside the project;
      - • management of any change of partners;
      - • how to exploit and/or commercialise the results (for each partner);
      - • IPR issues.
  - - - Strength- or stiffness-to-weight-ratio.
      - ● Durability (e.g. vs. creep, fatigue, impact, fracture, use conditions, etc.).
      - ● Thermal management properties.
      - ● Self-healing or repairable behaviour.
      - ● Self-monitoring capabilities.
      - ● Electrical or electrochemical properties.
      - ● Biocompatible, anti-microbial, bioactive, or biologically functional.
      - ● End-of-life management.
      - ● Fire retardant properties with environmentally friendly substances.
      - ● Processability or manufacturability.
  - - - ● Considerations of cost and scalability.
      - ● Separation / disassembly of composites to enable recycling or reuse.
      - ● Elimination of substances of concern.
      - ● Dependence on critical raw materials and vulnerable supply chains.
      - ● New bio-based (renewable) constituents.
      - ● Advanced computational methods
  - - - ● Socioeconomic, ecological and/or ethical benefits as a direct result of the significant
      - advances to be realised in the proposed effort.
      - ● Materials with responsible resource consumption using advanced design and
      - manufacturing concepts (esp. avoiding substances of concern), in line with SDG 12
      - “responsible consumption and production”.
      - ● More competitive industrial products and processes.
      - ● Improved knowledge sharing and the reinforcing of scientific and technological
      - platforms within the international research & innovation community.
- - - - Sustainable materials for energy applications
        
        Innovative surfaces, coatings and interfaces
        
        :!: Advanced composites and lightweight materials
        
        Functional materials
        
        Materials addressing environmental challenges
        
        Next generation materials for electronics
  - - - Turkey
        
        In case there is more than one partner from Turkey in the same international project, a single joint application must be made to the TÜBİTAK 1071 Program. In this context, each partner must be defined as an implementing organization separately under the "Implementing Organizations" tab in the national project application to be made through the TÜBİTAK Project Application System (PBS)1.
        
        Max 165.000 Euro for companies, Max 125.000 Euro for universities/research inst
        
        Within the scope of the call, a maximum of 116,000 TL can be requested for travels to participate in domestic/international scientific meetings (congresses, conferences, etc.) and a maximum of 195,000 TL for travels for study visits, networking, etc. among project partners, up to a total of 311,000 TL per executing organization (the mentioned travel support is included in the project budget and is not an additional budget provided for research support).
        
        • Higher education institutions, training and research hospitals and public institutions and organizations will be supported with a 100% support rate based on their approved budgets. • Large-scale private institutions will be supported with a 60% support rate based on their approved budgets and SMEs will be supported with a 75% support rate based on their approved budgets.
      - Latvia
      - Poland
        
        In Poland, the research program within the M-ERA.NET Call 2025 is funded by the National Centre of Research and Development (NCBR). The program aims to support the involvement of Polish R&D actions and companies. Therefore, the presence of at least one Polish enterprise is obligatory. All topics are eligible for funding, and projects should start from 3-6 TRL range and finish at TRL 5-8.
  - - - COMU/KTUN TEAM
        
        Developemnt of the peizo sensor
        
        processing and optimization
        
        mechanical characterization of the sensor
      - Sazcilar
        
        Prototype (mechanical and other performances)
    - - AFIT
        
        Sensor position (on surface, embedded)
        
        Mechanical tests
        
        Dynamic
        
        Static
        
        NDT (CT, ultrasonic tomography)
        
        Data analysis
      - MUT
        
        Mechanical modelling of the composite
        
        modeling of the mechanical behavior of the sensor
    - - University of Latvia
        
        Hydrothermal Aging of composite :warning: 2
        
        Termal effects on th sensor 1 and composite modeling and experimental 2
        
        Modeling of piezo resistivity of sensor
      - Riga Technical University
        
        statical approach of SHM
        
        Algorithm development of SHM
  - - - Explain how the project will engage with
      - Circularity, environmental dimensions of the proposed research
      - Ethical, political, social and / or cultural dimensions of the proposed research