Fatigue4Light
Fatigue4Light Deliverables
WP1 - Eco-design of lightweight materials
- D1.1 - Methodological framework to support integrated Eco-design for automotive components in EV
- D1.2 - Eco-design of Fatigue4Light materials
- D1.4 - Lightweight materials selection
WP2 - Advanced fatigue testing
WP3 - Fatigue modelling
- D3.1 - Numerical analyses of steel/ multi-materials solution
WP4 - Effect of manufacturing on fatigue
- D4.1 - Experimental and numerical results on forming effects
WP5 - Part performance monitoring
- D5.1 - Health monitoring techniques for chassis parts
WP6 - Long-life Eco-design for EVs
- D6.1 - Life cycle assessment and recycling options of Fatigue4Light solutions
- D6.2 - Eco-design of Fatigue4Light chassis parts
- D6.3 - Fatigue behaviour of lab-scale demonstrator
WP7 - Lightweighting EV chassis parts
- D7.1 - Virtual testing on LDEV and HDV parts and EV wheels
WP8 - New tools to assess optimal weight savings and performance
- D8.1 - Lightweight potential and performance the solutions analysed
WP9 - Coordination
- D9.3 - First periodic report
- D9.4 - Final report
WP10 - Dissemination & exploitation
- D10.4 - Interim plan of Use and Dissemination of Results - PUDR
- D10.5 - Final Plan of Use and Dissemination of Results and Communication activities- PUDR
- D10.6 - Report on the contribution to standardization
- D10.7 - Final data management plan
