Chong Tang

Papers

Total Citations

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About

Chong Tang is a researcher whose work bridges electrical engineering and materials reliability, with a particular focus on the degradation of flexible cables in automation and robotic systems. His most cited paper, “Electrical Behavior of Flexible Cables With Intermittent Faults” (2006), examines how repeated flexing alters the electrical resistance of motor cables, tracking their transition from pristine to intermittent fault states. By studying PVC-insulated 22 AWG wires with bare copper conductors, Tang provides critical insights into the failure mechanisms that compromise system performance in industrial robotics. This foundational work, though modest in citation count, has practical implications for predictive maintenance and cable design. Tang’s research contributes to a deeper understanding of how mechanical stress impacts electrical continuity, a key concern for engineers developing durable, high-reliability automation systems. His work underscores the importance of material behavior in real-world applications, offering valuable data for improving the longevity and safety of flexible cabling in motion-critical environments.