Marian Funaru

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About

Marian Funaru is a researcher in mechanical engineering and robotics, specializing in the kinematic analysis and precision of parallel robotic systems. Her primary research areas include the study of joint clearances, positioning accuracy, and dynamic behavior of parallel manipulators, with a particular focus on Delta-type robots. Funaru’s major contribution lies in quantifying how kinematic joint clearances affect the positioning accuracy of 3-degree-of-freedom (3DOF) Delta parallel robots, a critical issue for high-precision applications such as pick-and-place operations and medical devices. Her most-cited work, “The Influence of Kinematic Joints Clearances on the Positioning Accuracy of 3DOF Delta Parallel Robots” (2013), has garnered 5 citations, providing foundational insights into error modeling and tolerance analysis for these increasingly popular structures. By addressing the trade-offs between high stiffness, speed, and accuracy, Funaru’s research supports the design of more reliable and precise robotic systems. Her work is notable for bridging theoretical kinematics with practical engineering challenges, making it valuable for students and researchers advancing automation and mechatronics.