A. K. Moosavi

Papers

Total Citations

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About

A. K. Moosavi’s research focuses on the dynamic modeling and control of lightweight and flexible-link robotic systems—a critical area for improving robot speed, energy efficiency, and safety. His major contributions center on developing and experimentally validating dynamic models that account for the often-neglected inertial and elastic deformations in these structures. Moosavi pioneered the use of an Equivalent Rigid Link System (ERLS) combined with Finite Element Methods (FEM) to accurately simulate spatial flexible-link robots under large displacements and small deformations. His most cited work, "Experimental Validation of a Dynamic Model for Lightweight Robots" (2013, 9 citations), provides crucial empirical confirmation that these advanced models can effectively predict real-world robot behavior, enabling more precise motion planning and control. He also developed a generic MATLAB simulator for 3D flexible-link serial robots, offering a practical tool for researchers. While his citation counts reflect a specialized, emerging field, Moosavi’s work is foundational for advancing lightweight robot design, directly impacting the development of safer, more agile industrial and service robots.