Roman Knobloch

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About

Roman Knobloch is a researcher focused on advanced manufacturing processes for polymer composite structures, with particular expertise in robotic winding technologies. His work addresses critical challenges in producing lightweight, high-strength frames for aerospace, automotive, and agricultural applications. Knobloch’s most notable contribution, "Optimal Roving Winding on Toroidal Parts of Composite Frames" (2023), introduces a novel methodology for using industrial robots to wind rovings onto non-load-bearing frames, optimizing the production of complex toroidal geometries. This research bridges the gap between automation and composite material science, offering practical solutions for scalable, high-precision manufacturing. With 3 citations to date, his work is gaining traction among engineers and researchers seeking to enhance the efficiency and structural integrity of composite frame production. Knobloch’s achievements highlight his role in advancing robotic winding techniques, positioning him as an emerging voice in the field of composite manufacturing and automation.