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About

Tudor Deaconescu is a researcher specializing in compliant robotic systems, pneumatic muscle actuation, and rehabilitation engineering. His work focuses on developing innovative, bioinspired mechanisms that leverage the inherent compliance of pneumatic muscles to create safer, more adaptable robotic systems for industrial and medical applications. His most cited paper, "Pneumatic Muscle-Actuated Adjustable Compliant Gripper System for Assembly Operations" (2017, 21 citations), presents a novel gripper design that eliminates the need for complex sensors and controllers by using a linear pneumatic muscle as the actuator. This contribution demonstrates a practical approach to soft robotics for automated assembly. Deaconescu has also advanced rehabilitation technology with his "Mechanical Design of a Bioinspired Compliant Robotic Wrist Rehabilitation Equipment" (2021, 5 citations), which aims to reduce recovery time and costs for patients with wrist disabilities. His earlier work on "Pneumatic Muscle Actuated Robotized Arm for Rehabilitation Systems" (2009, 4 citations) laid the groundwork for actuation in rehabilitation robotics. More recently, his "Compliant Parallel Asymmetrical Gripper System" (2025, 2 citations) continues to explore soft gripper designs for industrial automation. Deaconescu’s research bridges the gap between compliant actuation and practical robotic systems, offering impactful solutions for both manufacturing and healthcare.