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Material characterisation parameters for WAAM steels through a comprehensive experimental programme, featuring geometric characterisation, tensile coupon tests, microstructural analysis and structural/mechanical testing.
Consulting related to Characterization and Modeling Simulation and Optimization in the context of Construction Manufacturing
Scope:
Significant uncertainty regarding the material properties and structural response of WAAM steels, combined with absence of standardised methods for the testing and determination of mechanical properties of WAAM material for structural applications are notable challenges for the industry.
Approach:
Key material characterisation parameters for WAAM steels can be established through a comprehensive experimental programme, featuring geometric characterisation, tensile coupon tests, microstructural analysis and structural/mechanical testing of WAAM components and hybrid WAAM–conventional steel parts.
Outcome:
The provision of validated, reproducible methodologies and datasets enabling a reliable understanding of the mechanical behaviour of WAAM steel components. These results directly support the derivation of design resistances, partial safety factors, and numerical modelling strategies suitable for structural design.
Assessment
Gather information, evaluate the potential and outline an implementation roadmap.
Implementation
Develop a tailored solution to seize the identified potential and optimize the starting situation.
Adoption
Integrate and exploit the outcomes from the implementation within the existing workflow.