Shun Meng

Papers

Total Citations

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About

Shun Meng is a researcher in soft matter physics and mechanics, whose work focuses on understanding and predicting the complex instabilities that arise in soft materials under deformation. His most cited paper, "A perturbation force based approach to creasing instability in soft materials under general loading conditions" (2021, 24 citations), introduces a novel theoretical framework for analyzing creasing—a common yet poorly understood failure mode in elastomers and gels. By developing a perturbation force method, Meng provides a unified approach to predict the onset of creasing under arbitrary loading, offering critical insights for designing more resilient soft materials in applications ranging from tissue engineering to flexible electronics. This work bridges a gap between classical instability theories and real-world material behavior, earning recognition for its clarity and practical relevance. Meng’s research sits at the intersection of mechanics, materials science, and applied mathematics, contributing to the broader understanding of how soft structures deform, buckle, and fail. His approach is notable for its mathematical rigor and direct applicability to experimental systems, making him a rising voice in the field of soft matter mechanics.