Papers
12
Total Citations
172
H-Index
8
About
Ali Kamali E. is a leading researcher in robotics and multibody dynamics, whose work spans the stiffness and elastodynamic analysis of robotic manipulators, the dynamic modeling of flexible parallel robots, and the control of medical rehabilitation systems. His most cited paper, “On the stiffness analysis of robotic manipulators and calculation of stiffness indices” (2018, 42 citations), provides foundational methods for evaluating robot rigidity, directly impacting design optimization. He advanced the field with dynamic analyses of flexible parallel robots using co-rotational and rigid finite element formulations (2019, 33 citations) and developed the modified decoupled natural orthogonal complement method for forward dynamics (2017, 25 citations). Kamali E. has also made notable contributions to microrobotics, applying the iteration perturbation method to friction drive locomotion (2011, 11 citations) and harmonic balance techniques for Coulomb friction dynamics (2011, 10 citations). His recent work includes an adaptive backstepping controller for an ankle rehabilitation spherical parallel robot (2024, 9 citations) and robust state estimation for aerial systems using adaptive unscented Kalman filters (2025, 7 citations). With over 160 total citations across his publications, Kamali E. demonstrates a sustained impact on both theoretical mechanics and practical robotic applications.
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