Mehdi Daemi

Papers

Total Citations

140

H-Index

About

Mehdi Daemi is a robotics researcher whose work has significantly advanced the modeling and control of robotic systems, with a particular focus on the critical challenges of friction and rigid body dynamics. His most influential contribution, the 2001 paper "Friction and rigid body identification of robot dynamics," has garnered 127 citations, establishing a foundational framework for accurately characterizing the complex frictional forces that degrade robot performance. Daemi’s research provides systematic methods for identifying and compensating for these nonlinear effects, enabling more precise motion control and realistic simulation of robotic arms. Earlier, his 1997 work on "Identification and Compensation of Gear Friction for Modeling of Robots" laid the groundwork for this approach, demonstrating how gear friction—often overlooked—can be modeled and mitigated to improve robot fidelity. By bridging theoretical identification techniques with practical compensation strategies, Daemi’s contributions have proven essential for engineers designing high-precision robots in manufacturing, surgical, and service applications. His work remains a key reference for anyone tackling the persistent problem of friction in robot dynamics.