TRR 375 
 

Collaborative Research Centre / Transregio (TRR) 375

Multifunctional High-Performance Components made of hybrid porous materials


The objective of TRR 375 is to establish a new class of components: multifunctional high-performance components. These consist of hybrid porous (HyPo for short) materials, which are characterized by a combination of different metallic materials and an intentionally cellular material structure.

Components made from HyPo-materials have a locally varying density, for example in the form of graded porosity, and mechanical and thermal properties that are specifically tailored to the application. They should also fulfill additional functions, including sensors integrated into the components. The sensors can, for example, be used for permanent self-monitoring. Thus, a complete load history of the component up to its impending failure can be recorded, its lifetime can be determined and thus fully exploited.

The focus of the Collaborative Research Centre is on developing methods for the calculation, design, construction, manufacture and characterization of components made of HyPo-materials. In order to answer the underlying questions, the Collaborative Research Centre pursues an interdisciplinary approach. In TRR 375, researchers from the disciplines of production engineering, materials engineering, metrology, mechanics, design and computer science work together to understand the material design, development and production of multifunctional high-performance components.


News

06.11.2025

10th Scientific colloquium

The speaker at our 10th Scientific Colloquium was Professor Alexander Binder from the University of Leipzig. Prof. Binder gave a lecture on Explainable AI (XAI). He explained some basic methods for making...   More






30.10.2025

Best Publication

The winner for the best publication in the TRR 375 2025 is Maximilian Faßhauer with his publication: M. Faßhauer, H.J. Maier, T. Hassel: Influence of the manufacturing sequence on the microstructure and...   More






17.10.2025

Awarding of a fellowship to Julia Huuk

The funding will enable Julia to continue her work on simulation-based prediction and compensation of shape errors in end milling and to further develop this for hybrid and porous materials. In doing so, she...   More









News Archive


Duration

01.04.2024 – 31.12.2027