Completed Deliverables
D1.1 Report and product of Graphene/GO mixing with polymers and composites with multi-functionality
D1.2 Self-healing polymer matrices materials and specifications
D1.3 Polymer matrix modification for smart composites manufacturing
D1.4 Novel sizing approaches for smart composites manufacturing
D1.5 Intermediate CFRP product and hybrid approaches for smart composites
D1.6 Report on smart polymer based on thermoplastic matrix for healing
D1.7 Smart composite structures with functional properties
D1.8 Shape memory composite structures
D1.9 Report on self-sensing polymer based on chromophores substances
D1.10 Inks and electrolytes formulation for electrostatic/faradaic systems
D2.1 Report on the surface structure and properties of functionalised carbon-based reinforcements
D2.2 Report on 2D and 3D microstructures of designed smart composites
D2.3 Database of nano-and micro-mechanical and interface properties of designed smart composites
D2.4 Macro-mechanical and functional properties of smart products
D2.5 Methodology and testing systems for function-structure relations
D2.6 Report on electrical and self-sensing properties of smart composites
D2.7 Data-sheet with materials smart properties
D2.8 Report with material Specification
D2.9 Report on laboratory validation test (for domestic appliance application
D2.10 Validation of supercapacitance and EMS behaviour
D3.1 Technologies description and specification
D3.2 Automotive and racing sector Components 3D design
D3.3 Appliances components 3D design
D3.4 Design review report
D3.5 Small electrodes serial fabrication for electrostatic/faradaic systems
D3.6 First graphene based EMS structure
D3.7 Technical report on large-scale process analysis and impact on material properties
D3.8 Grabbing device made of SM composites
D3.9 Processing conditions for smart composites manufacturing
D3.10 FFF System optimisation for thermal managing materials
D3.12 Safety recommendation
D4.1 Report on reuse/recycling of thermoplastic smart polymers
D4.2 Scrap material re-use guidelines
D5.1 MODA classification of the planed models, according to the European Materials Modelling Council (EMMC) specifications
D5.2 Determination of interface properties from atomistic models
D5.3 Macroscopic properties interpolation functions (depending on the underlying layer structures and/or fibre grids)
D5.4 Architectures optimization through continuum models
D5.5 Analytical modelling of composites through RAMAN
D6.1 Technical report on simulation, design prototyping and testing
D6.3 Supercap samples of 30cmx30cm
D6.5 Report on parameters and design of Race and automotive prototypal component
D6.7 IoT Equipment (Software embedded & hardware)
D6.8 Machine Learning algorithm for Digital Equipment
D6.9 CLOUD Solution
D6.11 Report on ICT Standard and platform commercial up-take.
D6.12 Research on and evaluate the feasibility, pros and cons of each of the approaches considered for the composite filament from the point of view of the input materials processability
D6.13 Manufacturing and testing of the input filaments (polymer and/composite) for the 3D printer
D6.14 Relevant sets of 3D printed coupon samples and structural parts
D7.1 Risk assessment & Safe-by-Design Report
D7.2 Data Management Plan
D7.4 Cost evaluation report
D7.6 Market intelligence report
D8.3 Plan for the Exploitation and Dissemination of Results (PEDR)
8.4 Training plan
D9.1 Initial Risk Management Plan (RMP) and Quality Assurance Plan (QAP)
D9.2 Yearly periodic progress reports and financial report
D9.3 Yearly periodic progress reports and financial report (M24)
D9.4 Yearly periodic progress reports and financial report (M36)
Achieved Milestones
Selection of materials approach to introduce smart functionalities into composites (NTUA)
Results of characterization for composites with smart properties
Selection of L and G concept in relation with the large dimension composite’s manufacturing
Selection of manufacturing conditions to achieve CFRP with smart behaviour
Optimization of material properties based on their architectures
Review on the optimal selection of constituents, the reinforcing fibre (carbon, glass, polymeric, so) and thermoplastic polymer, with respect to their compatibility, processability and performance parameters
Feasibility report on simulation, design prototyping and testing