Zhanli Sun

Papers

Total Citations

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About

Zhanli Sun is a leading researcher in the field of smart materials, specializing in electroactive shape memory polymers (SMPs) and their composite systems. Their work focuses on developing materials that can be remotely triggered to change shape using electrical stimulation—a critical advancement for applications in actuators, biomedical devices, and deployable structures. Sun’s most-cited study (2021, 7 citations) investigates polyvinyl alcohol/waterborne polyurethane/short carbon fiber composites, demonstrating how incorporating waterborne polyurethane enhances elongation and lowers the glass transition temperature, while short carbon fibers enable efficient electroactive shape recovery. More recently (2024, 2 citations), Sun explored energized treatment methods to optimize electrically triggered shape memory behavior, emphasizing the advantages of remote heating and rapid response. Though early in their career, Sun’s contributions are foundational to the development of high-performance, electrically responsive SMPs, offering a pathway toward smarter, more versatile materials. Their work is particularly notable for bridging material chemistry and practical actuation, making it highly relevant for researchers in polymer science, smart materials, and soft robotics.