Papers
3
Total Citations
18
H-Index
3
About
Gang Shen is a researcher specializing in robotics, parallel manipulators, and advanced control systems for industrial automation. His work focuses on the design and control of novel robotic mechanisms, particularly for challenging environments like tunneling and excavation. Shen’s major contributions include the kinematic analysis of a parallel manipulator driven by four pneumatic artificial muscles, where he explored position, Jacobian, decoupling, and workspace characteristics—a foundational study for soft and compliant robotics. He has also made significant strides in robust control for hydraulic tunneling robots, proposing disturbance observer-based backstepping sliding mode cascade control to address high nonlinearities and uncertainties in 2-degrees-of-freedom systems. His most cited paper (9 citations) on the pneumatic manipulator demonstrates his impact in mechanism design, while his later works (6 and 3 citations) advance practical control solutions for heavy-duty robots. Shen’s research bridges theoretical control methods with real-world applications, offering adaptive compensators and disturbance rejection techniques that enhance stability and precision in electro-hydraulic systems. His work is valuable for students and researchers interested in robotics, nonlinear control, and automation in harsh environments.
Research Focus
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