Richard Burton

Papers

Total Citations

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About

Richard Burton’s research career is defined by pioneering contributions to hydraulic actuation systems, fault detection, and robotic simulation. His most-cited work, “Failure monitoring in a high performance hydrostatic actuation system using the extended Kalman filter” (2006, 51 citations), established a foundational method for real-time fault diagnosis in high-performance hydraulic systems, blending control theory with practical engineering to enhance system reliability. This work remains a key reference for researchers in condition monitoring and fluid power control. Burton also made a notable impact with his 2009 study on the “Design and Control of a Hydraulic Simulator for a Flexible-Joint Robot” (7 citations), which introduced a novel experimental hydraulic system capable of emulating joint flexibility in single-rigid-link flexible-joint robot manipulators. For the first time, this system allowed adjustable parameters for joint flexibility, providing a versatile testbed for advancing robot control strategies. Though his citation counts are modest, Burton’s contributions are highly specialized and influential within hydraulic and robotic communities, offering practical tools for failure prevention and flexible-joint simulation that continue to inform modern research in automation and mechatronics.