Papers
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About
Kang Yan is a pioneering researcher in the field of piezoelectric materials and advanced actuation systems, with a particular focus on low-temperature co-fired ceramics (LTCC) and metamaterial design. Their most notable contribution is the development of shear-type piezoelectric metamaterial stacks operating in the d36 mode, which enable efficient torsional actuation at reduced processing temperatures. This work, published in 2025 and already garnering initial citations, represents a significant advancement in the fabrication of multifunctional smart materials, offering enhanced performance for precision positioning, micro-robotics, and adaptive optics. Yan’s research bridges the gap between materials science and engineering, demonstrating how tailored crystallographic orientations and metamaterial architectures can unlock new deformation modes. By integrating LTCC technology with piezoelectric shear modes, they have opened pathways for compact, high-torque actuators that are both cost-effective and scalable. Their growing citation record reflects the immediate relevance of their findings to the smart materials community. Yan’s work stands out for its innovative combination of processing techniques and fundamental electromechanical principles, positioning them as a rising authority in the development of next-generation actuation systems for aerospace, biomedical, and industrial applications.
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