Sebastian Zimprich
Papers
1
Total Citations
3
H-Index
1
About
Sebastian Zimprich is a researcher focused on advancing the circular economy through precision engineering, with a particular emphasis on the automated disassembly of threaded connections—a critical but often overlooked bottleneck in remanufacturing. His work systematically investigates the unscrewing process, specifically the factors influencing breakaway torque, which is essential for designing reliable, automated disassembly systems. By quantifying how life-phase conditions affect disassembly behavior, Zimprich provides foundational insights that bridge mechanical engineering and sustainable production. His most-cited paper, a 2022 study on breakaway torque dynamics, has garnered early attention with 3 citations, signaling growing interest in his targeted approach to making separable connections more recyclable. This research directly supports the shift toward a circular economy, where efficient disassembly is key to recovering value from end-of-life products. Zimprich’s contributions are particularly notable for their practical implications in production systems, offering a data-driven path to automate what has traditionally been a manual, inconsistent process. His work stands out for its precision in tackling a specific mechanical challenge with broad sustainability impact.
Research Focus
Key Achievements
Top Papers
- 1