Papers
2
Total Citations
12
H-Index
2
About
Yonggui Cheng is a researcher focused on the mechanics of magneto-responsive smart structures, particularly hard magnetic soft materials. His work explores how these materials undergo large, controllable deformations under magnetic fields, enabling remote, non-contact actuation for engineering applications. Cheng’s major contributions include analyzing the peeling behavior of hard magnetic soft sheets, where he accounts for geometric nonlinearity to predict deformation under magnetic loading—a key insight for designing flexible actuators and soft robots. He also identified abnormal deformation and negative pressure in hard magnetic discs under magnetic fields, revealing counterintuitive mechanical responses that expand understanding of magneto-elastic coupling. Though his most-cited papers have garnered 6 citations each, their novelty in addressing nonlinear mechanics of smart materials signals growing impact. Cheng’s research bridges theoretical mechanics and applied physics, offering foundational models for next-generation soft devices. His work is particularly notable for tackling complex deformation phenomena that challenge classical assumptions, making him a rising voice in the field of adaptive structures and magnetic soft matter.
Research Focus
Key Achievements
Top Papers
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