Jianghong Yuan
Papers
2
Total Citations
48
H-Index
2
About
Jianghong Yuan’s research lies at the intersection of polymer composites and soft matter mechanics, with a focus on thermal transport and large elastic deformations. In their most cited work, “A comprehensive study on the effective thermal conductivity of random hybrid polymer composites” (2021, 34 citations), Yuan provided a systematic framework for predicting heat transfer in complex composite systems, offering critical insights for thermal management in engineering applications. Complementing this, Yuan developed “Analytical solutions for inflation of pre-stretched elastomeric circular membranes under uniform pressure” (2021, 14 citations), a contribution that addresses a pressing need in soft robotics and flexible electronics. By deriving simple, closed-form solutions for the elastic response of pre-stretched membranes—a problem often tackled numerically—Yuan’s work enables more efficient structural design of soft actuators and sensors. This analytical approach stands out for its elegance and practical utility, bridging theoretical mechanics with real-world device performance. With a growing citation record, Yuan’s research demonstrates a clear impact on both materials science and applied mechanics, offering tools that are as accessible as they are rigorous. Their work continues to inspire advances in smart materials and deformable structures.
Research Focus
Key Achievements
Top Papers
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