Anderson S Camp

Papers

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About

Anderson S. Camp’s research centers on soft robotics and rehabilitation engineering, with a particular focus on fluidic artificial muscles (FAMs) for assistive technologies. His major contribution lies in the modeling and analysis of hydraulic piston actuation for McKibben-style FAMs, specifically targeting hand rehabilitation applications. By exploring hydraulic over pneumatic actuation, Camp’s work advances the design of safer, more controllable soft robotic systems that can interact intimately with the human body—a critical requirement for effective rehabilitation devices. His most-cited paper, “Modeling and analysis of hydraulic piston actuation of McKibben fluidic artificial muscles for hand rehabilitation” (2019), has garnered 19 citations, underscoring its influence in the growing field of soft robotics. This work demonstrates how hydraulic actuation can enhance the performance and reliability of FAMs, paving the way for more practical, patient-friendly rehabilitation tools. Camp’s research is notable for bridging theoretical modeling with real-world application, offering insights that benefit both engineers designing soft actuators and clinicians seeking improved therapeutic devices. His contributions highlight the potential of soft robotics to transform rehabilitation, making assistive technologies more adaptable and effective for patients with hand impairments.