The FLAMINGo project is segregated from 10 Work Packages (WPs) and the duration of the project is 48 Months (M1-M48). In the next bullets, the General Project Management plan of the FLAMINGo Project is presented.
WP1: Coordination and Management – M1-M48
WP2: Specification, design and Topology Optimisation – M1-M25
WP9: Dissemination, Exploitation and communication activities– M01-M45
WP1: Coordination and Management – M1-M48
WP2: Specification, design and Topology Optimisation – M1-M25
WP3: Production of Al-MMnCs – M5-M18
WP7: Validation and demonstration of materials & components– M5-M48
WP8: Circularity and environmental sustainability - M5-M48
WP9: Dissemination, Exploitation and communication activities– M01-M45
WP1: Coordination and Management – (started M1)
WP2: Specification, design and Topology Optimisation – (started M1)
WP3: Production of Al-MMnCs – (started M5)
WP4: Topology Optimisation and process simulation – M6-36
WP7: Validation and demonstration of materials & components – (started M5)
WP8: Circularity and environmental sustainability – (started M5)
WP9: Dissemination, Exploitation and communication activities – (started M1)
WP1: Coordination and Management – (started M1)
WP2: Specification, design and Topology Optimisation – (started M1)
WP3: Production of Al-MMnCs – (started M5)
WP4: Topology Optimisation and process simulation – (started M6)
WP5: Casting production methods – M14-M36
WP7: Validation and demonstration of materials & components – (started M5)
WP8: Circularity and environmental sustainability – (started M5)
WP9: Dissemination, Exploitation and communication activities – (started M1)
WP1: Coordination and Management – (started M1)
WP2: Specification, design and Topology Optimisation – (started M1)
WP4: Topology Optimisation and process simulation – (started M6)
WP5: Casting production methods – (started M14)
WP7: Validation and demonstration of materials & components – (started M5)
WP8: Circularity and environmental sustainability – (started M5)
WP9: Dissemination, Exploitation and communication activities – (started M1)
WP1: Coordination and Management – (started M1)
WP2: Specification, design and Topology Optimisation – (started M1)
WP4: Topology Optimisation and process simulation – (started M6)
WP5: Casting production methods – (started M14)
WP6: Extrusion production methods– M19-M40
WP7: Validation and demonstration of materials & components – (started M5)
WP8: Circularity and environmental sustainability – (started M5)
WP9: Dissemination, Exploitation and communication activities – (started M1)
WP1: Coordination and Management – (started M1)
WP4: Topology Optimisation and process simulation – (started M6)
WP5: Casting production methods – (started M14)
WP6: Extrusion production methods – (started M19)
WP7: Validation and demonstration of materials & components – (started M5)
WP8: Circularity and environmental sustainability – (started M5)
WP9: Dissemination, Exploitation and communication activities – (started M1)
WP1: Coordination and Management – (started M1)
WP6: Extrusion production methods – (started M19)
WP7: Validation and demonstration of materials & components – (started M5)
WP8: Circularity and environmental sustainability – (started M5)
WP9: Dissemination, Exploitation and communication activities – (started M1)
WP1: Coordination and Management – (started M1)
WP7: Validation and demonstration of materials & components – (started M5)
WP8: Circularity and environmental sustainability – (started M5)
WP9: Dissemination, Exploitation and communication activities – (started M1)
MBN Nanomaterialia SPA VIA BORTOLAN 42, CARBONERA , 31030, IT
Email: info@flamingo-project.eu/
Project Title: Fabrication of Lightweight Aluminum Metal matrix composites and validation In Green vehicles Topic: LC-GV-06-2020 Advanced light materials and their production processes for automotive applications.
This Project has received funding from the European Community’s H2020. Programme under the Grant Agreement No. 101007011. The material presented and views expressed here are the responsibility of the author(s) only. Funding Scheme: H2020-LC-GV-2020