Tobias Seiberlich
Papers
1
Total Citations
4
H-Index
1
About
Tobias Seiberlich is a researcher specializing in manufacturing process simulation and flexible clamping technologies for sheet metal assembly, particularly within automotive body-in-white production. His major contribution lies in developing a force-controlled, running clamping technology that enables welding robots to clamp parts during laser welding, replacing traditional rigid fixtures. This innovation improves adaptability and precision in joining processes. In his most-cited work, "Process Simulation Model of a Flexible Clamping Technology for Sheet Metal Parts" (2017), Seiberlich presents a finite element simulation method that models the clamping process, allowing for predictive analysis of deformation and force distribution. Though his citation count is modest, his work addresses a critical gap in flexible manufacturing—how to maintain part stability without fixed tooling. His research is notable for bridging simulation and practical automation, offering a pathway toward more reconfigurable production lines. Seiberlich’s contributions are particularly relevant for researchers and engineers seeking to reduce tooling costs and increase flexibility in high-volume sheet metal assembly.
Research Focus
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Top Papers
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