Marcus Meyer
Papers
2
Total Citations
13
H-Index
2
About
Marcus Meyer’s research bridges the frontiers of robotics and aerospace engineering, with a particular focus on automated manipulation and surface integrity. His early, highly cited work on “Optimized Control Methods for Capturing Flying Objects with a Cartesian Robot” (2008, 11 citations) pioneered a novel approach to object transportation in production systems, using gantry robots equipped with camera-based tracking to catch objects in mid-flight—a concept that redefined possibilities for high-speed material handling. More recently, Meyer has turned his expertise to the critical field of gas turbine maintenance. His landmark two-part study on “Roughness Investigations on In-Service High-Pressure Compressor Blades” (2023) introduces an automated process for high-fidelity surface roughness measurements, enabling unprecedented precision in assessing blade degradation. This work is vital for improving engine efficiency and extending component life in aviation. While his citation counts reflect the specialized, emerging nature of his later work, the methodological rigor and industrial applicability of his research—from dynamic robotic control to in-service diagnostics—mark him as a versatile engineer whose contributions are shaping both smart manufacturing and propulsion system reliability.
Research Focus
Key Achievements
Top Papers
- 1
- 2