CD Cook

Papers

Total Citations

H-Index

About

C.D. Cook is a robotics researcher whose work focuses on the dynamic performance and control of industrial manipulators, particularly SCARA-type robots used in assembly automation. His research addresses the fundamental challenge of predicting and optimizing the highly non-linear behavior of robotic arms, which is complicated by the interaction of inertial, centripetal, and Coriolis forces. Cook’s most cited paper, "Dynamic behaviour of a SCARA robot with links subjected to different velocity trajectories" (1988, 5 citations), examines how varying velocity profiles affect a robot’s dynamic response, providing foundational insights for trajectory planning. He further advanced this field by investigating how a robot’s geometrical parameters influence its optimal dynamic performance (2005, 3 citations), establishing indicators for design optimization. Cook also contributed to control theory by analyzing the limitations of PID controllers for assembly robots (1993, 2 citations), highlighting the need for more sophisticated control strategies when handling varying payloads and high-speed trajectories. His work, conducted at Monash University College - Gippsland, remains relevant for engineers seeking to improve the efficiency and precision of industrial robotic systems.