Papers
3
Total Citations
36
H-Index
3
About
Yandong Wang is a rising materials scientist whose research bridges flexible electronics, self-healing polymers, and advanced shape memory alloys. Their work centers on developing intelligent materials for next-generation sensors, actuators, and electronic skin applications. Wang’s most cited paper, “Multifunctional Janus-type self-healing MXene/polyionic liquid flexible sensor” (2023, 22 citations), introduces a novel sensor design combining MXene nanosheets with polyionic liquids to achieve both high sensitivity and autonomous healing—a critical advance for wearable electronics. In a parallel line of inquiry, Wang’s study on “Ferroelastic oligocrystalline microwire with unprecedented high-temperature superelastic and shape memory effects” (2022, 7 citations) tackles the urgent need for high-temperature shape memory alloys in aerospace and robotics, demonstrating record-breaking performance through a unique microstructural design. Their work on “Potential applications of flexible self-healing polyionic liquids as electronic skin” (2023, 7 citations) further explores how these materials can mimic human skin’s sensory and reparative functions. With a growing citation record and contributions to both fundamental materials science and applied device engineering, Wang is establishing a reputation for creating multifunctional, durable materials that address real-world challenges in extreme environments and human-machine interfaces.
Research Focus
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Top Papers
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