| WP4 |
Materials and Fabrication of Structures - WPL: TUS (TJ)
& DNV (BH) |
| Task 4.1 |
Design and fabrication of metallic structures – TL: TUS (TJ) |
| Subtask 4.1.1 |
Steel and other metallic materials in maritime technology |
| Subtask 4.1.2 |
Welding processes of marine metallic materials |
| Subtask 4.1.3 |
Modern production processes in shipbuilding |
| Task 4.2 |
Fabrication Imperfections of Metallic Structures – TL: NTUA (VP) |
| Subtask 4.2.1 |
Comparison of shrinkage and distortion management tools |
| Subtask 4.2.2 |
Benchmarking of calculation methods for innovative steel structures |
| Task 4.3 |
Design and fabrication of structures using composite materials – Task
Leader: UoS (RAS) |
| Subtask 4.3.1 |
Development and modelling of innovative components and assemblies for ship
structures |
| Subtask 4.3.2 |
Understanding production processes and the influence of production defects,
geometric imperfections and residual stresses on strength of composite
structures |
| Subtask 4.3.3 |
Advanced analysis and optimisation of composite structures |
| Subtask 4.3.4 |
Longitudinal strength of composite ship hulls |
| Subtask 4.3.5 |
Optimisation of structural components |
| Subtask 4.3.6 |
Reliability modelling of composite structures |
| Subtask 4.3.7 |
Joints in composite structures |
| Subtask 4.3.8 |
Damage tolerance of curved composite beams and panels |
| Task 4.4 |
Adhesive bonding – TL: DNV (JW) |
| Subtask 4.4.1 |
Experience of the application of adhesive bonding |
| Subtask 4.4.2 |
Guidance for design and fabrication of adhesive joints in ship structures
|
| Subtask 4.4.3 |
Long-term performance of adhesive joints in ship environment |
| Task 4.5 |
Corrosion protection systems – TL: CTH (AU) |
| Subtask 4.5.1 |
Coating and electrochemical anticorrosion protection systems |