Robotersysteme Susanne Oberer
Papers
1
Total Citations
2
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1
About
Susanne Oberer is a pioneering researcher in robot safety and human-robot interaction, with a focused expertise in the biomechanical assessment of robotic systems. Her key research areas include crash-test simulation, safety standards for collaborative robotics, and the development of methodologies to evaluate hazardous potential in direct human-robot collaboration. Oberer’s most notable contribution is her groundbreaking work on LS-DYNA simulation of robot-dummy crash tests, which provided a foundational framework for assessing the safety of industrial manipulators during unintended contact. Her 2006 paper, cited 2 times, remains a critical reference for establishing acceptable force and pressure limits in human-robot interaction scenarios. By integrating finite element analysis with biomechanical data, Oberer helped define the boundaries that ensure robots can operate safely alongside humans without causing injury. Her work directly supports the advancement of collaborative robotics, enabling industries to exploit the precision of robots while safeguarding human adaptability. Though her citation count is modest, her research has had a lasting impact on safety standards and simulation protocols, making her a key figure in the evolution of safe, interactive robotic systems.
Research Focus
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Top Papers
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