Tu Duong Thi Cam

Papers

Total Citations

H-Index

About

Tu Duong Thi Cam is a robotics researcher whose work centers on the kinematics and dynamics of parallel robotic systems. Her most-cited contribution, "Kinematics and Dynamics for a 4-DOF Parallel Robot" (2021), provides a comprehensive analysis of a closed-chain mechanism, detailing its mechanical structure, kinematic behavior, and dynamic modeling using the Lagrange formulation. To validate her theoretical framework, she developed a MATLAB simulation model that systematically tests each stage of the robot's motion. While her citation count is currently modest at 3, this foundational work represents a significant step in understanding the complex motion control of 4-degree-of-freedom parallel robots—a class of manipulators valued for their precision and stiffness in industrial and medical applications. Her research bridges the gap between theoretical dynamics and practical simulation, offering a replicable methodology for future studies. As a researcher at the intersection of mechanical design and control theory, Tu’s work contributes to the growing body of knowledge on parallel robot optimization, with potential implications for automation, assembly, and surgical robotics. Her focus on rigorous mathematical modeling and simulation-based validation marks her as a methodical contributor to the field.