Hamed Ali Yaghini Bonabi

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About

Hamed Ali Yaghini Bonabi is a robotics researcher whose work focuses on the design and control of compliant actuators for human-robot interaction, particularly in rehabilitation and haptic applications. His major contributions center on developing novel variable impedance and series elastic actuators that mimic the biological structure of muscles and tendons to improve safety and performance in interactive robotics. His most cited work, "Design and Implementation of a Distributed Variable Impedance Actuator Using Parallel Linear Springs" (2015, 9 citations), introduces an innovative actuator that independently controls angular position and impedance, drawing inspiration from the morphological structure of biological tissues. This system offers significant advantages over traditional actuators by enabling adjustable compliance without sacrificing bandwidth. In earlier work, "Distributed series elastic actuator: Analysis and simulations" (2012, 2 citations), Bonabi addressed key limitations of conventional series elastic actuators—namely their restricted bandwidth and limited force control capabilities—by proposing a distributed design that enhances performance. His research represents an important step toward safer, more adaptable robotic systems capable of working closely with humans, making his contributions valuable for students and researchers in rehabilitation robotics, haptics, and compliant actuation.