Shaocheng Wu
Papers
2
Total Citations
10
H-Index
2
About
Shaocheng Wu’s research career is defined by pioneering contributions to robotic manufacturing and intelligent process control, with a particular focus on precision automation for advanced materials. His work bridges mechanical engineering, sensor integration, and adaptive control systems. In his highly cited paper, “Analysis of Drill Failure Modes by Multi-sensors on a Robotic End Effector” (1996, 7 citations), Wu introduced a novel multi-sensor framework—combining thrust, torque, and lateral vibration measurements—to detect and diagnose nine distinct drill failure modes. This work laid the groundwork for real-time tool condition monitoring in automated machining. Earlier, in “Development of an Adaptive Force/Position Controller for Robot-Automated Composite Tape-Layering” (1993, 3 citations), he addressed a critical challenge in composite manufacturing: maintaining consistent contact force and precise tape abutment during layering. By developing an adaptive force/position controller for industrial manipulators, Wu directly improved part quality and process reliability. Though his citation counts reflect a focused, specialized audience, his research has had lasting influence on robotic end-effector design and sensor-based fault diagnosis. Wu’s work remains a foundational reference for engineers developing intelligent, sensor-driven automation systems for high-precision manufacturing.
Research Focus
Key Achievements
Top Papers
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