Mojtaba Mobaraki
Papers
1
Total Citations
5
H-Index
1
About
Mojtaba Mobaraki is a researcher whose work sits at the intersection of mechanical vibrations, manufacturing dynamics, and precision machining. His primary research areas include chatter suppression, vibration absorber design, and the stability analysis of machining processes. His most notable contribution is a 2023 study on tuning vibration absorbers to mitigate simultaneous regenerative and mode-coupling chatter—a complex instability that degrades surface finish and tool life in machining. In this work, Mobaraki introduced a novel tuning criterion based on minimizing the definite integral of the frequency response function, while also accounting for absorber damping. This approach offers a more robust and practical framework for enhancing machining stability, moving beyond traditional single-mode tuning methods. With 5 citations already, this paper is gaining traction among researchers in manufacturing and structural dynamics. Mobaraki’s work is particularly valuable for engineers seeking to design adaptive, high-performance machine tools, and his contributions are helping to bridge the gap between theoretical vibration control and real-world machining challenges.
Research Focus
Key Achievements
Top Papers
- 1