Digital Development of Structural Innovations (RAKEDIGI)

The project addresses the increasing demands of industry and research by introducing a new method based on digital manufacturing. This approach enables the design and manufacturing of innovative 3D-printed metal structures. Instead of using solid materials, this method can create hollow or honeycomb structures.

By optimizing internal structures, it is possible to enhance thermal management, reduce material consumption while ensuring structural durability, and improve the longevity and performance of the products. These internal structures can be applied in various applications, such as heat exchangers, mechanical dampers, filters, and aerospace components that require both lightweight properties and strength. This innovative approach not only boosts industry competitiveness and accelerates the commercialization of new products but also promotes the digitalization and modernization of the manufacturing sector as a whole.

Goals

The project focuses on the structural development of metal products, particularly lightweight structures and the optimization of thermal management, as well as the application of manufacturing processes. The goal is to enhance the energy efficiency of both production and products while reducing material consumption.

The project has a special focus on optimizing lattice structures, including the development of established designs such as gyroid and auxetic lattices. The innovative aspect of the project lies in structural optimization, which aims to improve properties and functionality by reducing geometric dimensions.

The research findings generated during the project will be shared with companies through demonstrations tailored to their interests. This initiative supports the enhancement of regional innovation and competitiveness, enabling the adoption of new technologies without requiring substantial initial investments.