MWPrint4ReCon
- Contact:
- Funding:
Helmholtz
- Partner:
FAST-LB, Fraunhofer ICT, KIT-IHM, KIT-IMB, KIT-IRM, delta Karlsruhe GmbH, project mentors: Schöck Bauteile GmbH, GOLDBECK
- Startdate:
01.04.2023
- Enddate:
31.03.2025
Microwave-assisted 3D Printing of Continuous Carbon Fiber Reinforced Spatial Lattice Structures (CCFSLS) for Concrete Enhancement
The focus of MWPrint4ReCon is the development of a robot-based manufacturing process for large-scale continuous fiber-reinforced three-dimensional skeletal structures using a microwave-based print head. In the application as concrete reinforcement, the manufactured components are to be examined within the framework of the project for their usability as a replacement for conventional steel reinforcements. The robot-assisted process should enable a higher degree of freedom in the geometry of the concrete reinforcement, so that reinforcements can be implemented more easily in the future, even for complex concrete structures.