Project results
A decentralized data room architecture makes it possible to efficiently link material, process and component data. This structure improves the traceability and integration of data across the entire production chain, enabling companies to optimize their manufacturing processes and increase the quality of their products. This is particularly important in additive manufacturing, where success often depends on accurate data.
An algorithm for process-specific topology optimization (PSTO) has been implemented. This makes it possible to automatically design lightweight components in such a way that they are not only lighter but also more efficient. Compared to conventional designs, the developed components were able to achieve a weight reduction of up to 23% while at the same time meeting the mechanical requirements. This leads to considerable material savings and improves the competitiveness of companies.
Transfer of the project results
- Development of decentralized data rooms: Fraunhofer supports companies in the semantic structuring of material and process data in addition to their analysis. This enables well-founded decision-making and the optimization of production processes through access to comprehensive and networked data.
- Process-specific topology optimization (PSTO): The algorithm-based approach to topology optimization developed in the project can be transferred to specific development processes.
- Material characterization and evaluation: Fraunhofer IWM characterizes and evaluates additively manufactured materials and components and assesses the effects of defects and porosities on safety, reliability and durability.