Material-efficient Cu wire-based 3D printing technology

Area Acceleration (D2) Segment Upscaling (D2.2) Duration 2019/01/01-2021/12/31

Subsequent years

According to the project schedule, after the first year, WP4, WP5 and WP6 will start.

WP4 – within this stage it is planned to perform the analysis of the structure, mechanical properties, corrosion-fatigue resistance and erosion and cavitation wear and to perform nondestructive tests on the printed wall structures and the samples at the 1:10 scale. The results of the experiments will be a basis for the process of the material selection of industrial importance, planning the experimental tests at the semi industrial scale and to develop the technical assumptions in order to produce a prototype element of a length larger than 1 meter.

WP5 – within this stage it is planned to produce the finished components with length lager than 1 meter in Gefertec and to evaluate their quality based on nondestructive tests. The verification of the technological parameters will allow to clarify and, if necessary, optimize the process parameters.

WP6 – the last stage will be focused on the work related to the commercialization of the research and the Gefertec promotional activities as well as the determination of other possible applications for the newly developed copperbased wires.

The interactions between all WPs are depicted in Fig. 1. All the tasks included in the schedule will be financially and substantively supervised according to the guidelines included in WP1 and in the Project Agreement. The tasks included in the individual WPs will end with the reports according to the specified Deliverables.


Fig. 1. The interactions between Work Packages.

Project Partners

Łukasiewicz Research Network - Institute of Non-Ferrous Metals

  • Development of the Cu-based alloys
  • Development of production technology of feedstock materials for WAAM
  • Wire arc additive manufacturing at laboratory scale
  • Materials investigations

Ghent University

  • Corrosion-fatigue investigations
  • Tests of the prototypes in seawater environment
  • Educational activities

Italian National Agency for New Technologies, Energy and Sustainable Economic Development

  • Material investigations
  • Mechanical proporties

Gefertec GmbH

  • Development of the production process parameters by means of 3DMP technology
  • Implementation of the results of the project (end user)
  • Manufacturing of the new products

Tecnalia Research and Innovation

  • Erosion tests
  • Non-destructive tests

Acknowledgements

The project „3DMPWire. Material-efficient Cu wire-based 3D printing technology”, 2019-2021 (Upscaling) is cofunded by EIT RawMaterials.