| WP N. | Del Rel. N. | Title | Lead Beneficiary |
|---|---|---|---|
| WP1 | D1.1 | 3D Eulerian FE code first release | CSM SPA |
| WP1 | D1.2 | 2.5D Lagrangian FE code first release | TU BAF |
| WP1 | D1.3 | New FE platform for the fast simulation of long product rolling release | CSM SPA | WP1 | D1.4 | Web based “user friendly” interface for pre and post processing of FE simulations release | CSM SPA |
| WP1 | D1.5 | Optimization algorithm for plant setup optimization release | TU BAF |
| WP2 | D2.1 | Essential knowledge baseline regarding the assessment of inclusions and voids for selected materials | ORI |
| WP2 | D2.2 | Mechanical and metallurgical materials characterization | IMZ |
| WP2 | D2.3 | Quantitative characterization of metallic inclusions evolution during thermomechanical processing | IMZ |
| WP2 | D2.4 | Quantitative characterization of pores closure during thermomechanical processing | IMZ |
| WP3 | D3.1 | First samples of fabricated model material | CSM SPA |
| WP3 | D3.2 | Flat Pilot rolling trials | CSM SPA |
| WP3 | D3.3 | Shape pilot rolling trials | TU BAF |
| WP4 | D4.1 | Mechanical constitutive model release | IMZ |
| WP4 | D4.2 | Phase evolution model release | TU BAF |
| WP4 | D4.3 | Inclusion evolution model release | CSM SPA |
| WP4 | D4.4 | Void crushing evolution model release | CSM SPA |
| WP5 | D5.1 | Validation of new FE platform | TU BAF |
| WP5 | D5.2 | Class of accuracy of new FE platform | TU BAF |
| WP6 | D6.1 | Optimised setups of rolling mills | CSM SPA |
| WP6 | D6.2 | Reports assessing the achieved benefit by implemented optimization | ORI |
| WP7 | D7.1 | Dissemination plan implementation | CSM SPA |
| WP7 | D7.2 | Comprehensive overview of the project | CSM SPA |