Papers
1
Total Citations
4
H-Index
1
About
Tobias Herrmann is a researcher in advanced manufacturing and robotic machining, with a focus on precision drilling of hybrid material stacks. His work addresses critical challenges in aerospace and automotive assembly, particularly the influence of boundary conditions and clamping forces on hole quality in robotic one-up drilling. His most-cited paper, "Evaluating the impact of boundary conditions and clamping force in robotic one-up drilling of hybrid stacks" (2025, 4 citations), demonstrates how optimizing process parameters can reduce defects like delamination and burr formation in carbon fiber-reinforced polymers and metal stacks. This contribution is vital for industries requiring high-strength, lightweight structures, where robotic drilling offers flexibility but demands precise control to ensure joint integrity. Herrmann’s research bridges the gap between theoretical modeling and practical application, providing guidelines for improving process reliability. His work is particularly notable for its direct relevance to automated assembly lines, where even small improvements in hole quality can significantly enhance component lifespan and safety. With a growing citation impact, Herrmann is establishing himself as a key voice in the evolution of intelligent manufacturing systems.
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