Alexandra Werber
Papers
1
Total Citations
4
H-Index
1
About
Alexandra Werber’s research centers on advancing manufacturing processes, particularly in the realm of flexible clamping technologies for sheet metal parts. Her major contribution lies in developing and simulating a novel, force-controlled clamping method that can be operated by a welding robot during laser welding in the body-in-white shop—a critical step in automotive production. Unlike traditional rigid fixtures, her “running clamping technology” allows for adaptive, force-controlled clamping, enhancing precision and flexibility in assembly. Her most-cited work, a 2017 paper detailing a finite element (FE) simulation model for this process, has garnered 4 citations, establishing a foundational approach for integrating simulation with real-world robotic clamping. This work demonstrates her ability to bridge theoretical modeling and practical manufacturing challenges, offering a pathway to more efficient, automated body-in-white assembly. Werber’s research is notable for its focus on simulation-driven innovation, providing a blueprint for future studies in adaptive clamping and robotic integration. Her findings are particularly relevant for engineers and researchers working to optimize welding processes in high-volume production environments.
Research Focus
Key Achievements
Top Papers
- 1