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)
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.