Lukas Ledderose
Papers
4
Total Citations
41
H-Index
3
About
Lukas Ledderose is an emerging researcher at the forefront of innovative structural engineering, with a particular focus on precast concrete connections, robotic manufacturing techniques, and sustainable construction systems. His work addresses a critical gap in modern construction: how traditional structural elements and jointing methods can be reimagined to align with the capabilities of advanced robotic fabrication technologies, including both additive and subtractive manufacturing processes. Ledderose's most influential contribution, cited 25 times, examines experimental and numerical assessments of novel concrete dry connections developed specifically for robotic CNC manufacturing — a study that challenges conventional construction paradigms and opens pathways for more efficient, precise structural assembly. His subsequent research expands this vision by exploring diverse connection typologies, including coupled-bolts, hinges, and steel tube systems, evaluating their role in enabling flexible precast building geometries and promoting structural re-utilisation — a significant nod toward circular construction principles. With a growing body of work accumulating over 40 citations since 2023, Ledderose has established himself as a thoughtful innovator bridging structural mechanics and digital fabrication. His research on bolted steel plate connections further demonstrates a commitment to improving robustness and adaptability in precast flooring systems, offering practical solutions to longstanding industry challenges.
Research Focus
Key Achievements
Top Papers
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