Ayhan Kural

Papers

Total Citations

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About

Ayhan Kural’s research career has centered on the control and automation of robotic systems, with a particular emphasis on hydraulic actuation and precision positioning. His most-cited work, “Pole-Placement Position Control of a Hydraulic Robot Arm” (1994), introduces a discrete-time, single-input single-output model designed to regulate joint displacement in a manipulator intended for painting applications. By identifying system parameters from voltage inputs to control valves and output joint movements, Kural demonstrated how pole-placement techniques can achieve stable, accurate control in nonlinear hydraulic environments. This foundational contribution has garnered 3 citations, reflecting its niche but enduring relevance in robotics and control engineering. Kural’s approach bridges theoretical control design with practical implementation, offering insights into modeling and real-time adjustment for industrial manipulators. His work underscores the challenges of hydraulic system dynamics and provides a framework for enhancing automation in manufacturing settings. For students and researchers exploring position control, hydraulic robotics, or discrete-time system identification, Kural’s study remains a concise yet valuable reference point for understanding how classical control methods can be adapted to complex, real-world robotic tasks.