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About

Shengyou Yang is a researcher specializing in the mechanics of soft electromechanical materials, with particular focus on soft dielectrics, flexoelectricity, and piezoelectricity in flexible systems. His work addresses a fundamental challenge in the field: the absence of truly soft natural piezoelectrics, and he has made significant contributions toward engineering viable alternatives for next-generation applications. His highly cited 2018 paper (76 citations) explored nonlinear bending deformation in soft electrets, opening promising pathways for realizing flexoelectricity and transverse piezoelectricity in compliant materials—capabilities critical for soft robotics, stretchable electronics, energy harvesters, and sensors. His 2016 work (48 citations) revisited instability and bifurcation behavior in soft dielectrics, providing deeper theoretical insight into electrostatic actuation mechanisms. Building on this foundation, his 2020 study examined the interplay between symmetry-breaking and symmetry-preserving bifurcations in soft dielectric films, revealing mechanisms that enable giant electro-actuation. More recently, he has extended these investigations to the electromechanical performance of soft capacitors under large bending deformations. Collectively, Yang's research has helped establish a rigorous theoretical framework for designing soft electromechanical systems, making him a noteworthy contributor to this rapidly evolving interdisciplinary field.