Liaoyuan Zhang

North University of China, Shenyang Ligong University

Papers

Total Citations

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About

Liaoyuan Zhang is a pioneering researcher at the intersection of advanced nanomaterials and high-voltage power engineering. Their work spans two distinct yet impactful domains: developing next-generation flexible sensors and creating robotic solutions for power infrastructure maintenance. In the field of flexible electronics, Zhang’s 2020 paper on PZT nanowire-modified graphene stress/strain sensors (10 citations) introduced a breakthrough approach to achieving both high sensitivity and wide carrier mobility, enabling highly responsive wearable devices. Concurrently, Zhang addressed a critical safety challenge in power transmission with their 2015 work on an entanglement-clearing robot (5 citations). This robotic system, equipped with a composite clearing tool, was designed to safely remove external entanglements from transmission lines—a task traditionally performed by linemen under dangerous conditions, especially during rain when flashover risks are highest. By automating this hazardous operation, Zhang’s innovation directly reduces human risk and economic losses from power outages. Though early in their citation trajectory, Zhang’s dual focus on material science and practical robotics demonstrates a rare ability to bridge fundamental research with real-world engineering solutions, positioning them as a versatile contributor to both smart materials and power system safety.