Papers
2
Total Citations
18
H-Index
2
About
Xueqing Cao is a rising researcher in the field of mechanical metamaterials and structural mechanics, with a focus on harnessing large, reversible deformations for advanced functional applications. Her work bridges the gap between theoretical mechanics and practical design, particularly through the study of post-buckling behavior in engineered structures. In her highly cited 2022 paper, Cao investigated the "waisted post-buckling" of perforated cylindrical shells, revealing how pattern transformations can be exploited to control structural instability—a concept critical for developing adaptive and energy-absorbing materials. Building on this foundation, her 2025 study introduces a novel "partitional semi-random optimization" method for the inverse design of highly deformable mechanical metamaterials. This approach overcomes the limitations of traditional topology optimization, enabling the creation of lattice-based structures that efficiently transfer force, motion, and energy through reversible deformation. Although early in her career, with her most cited works accumulating 12 and 6 citations respectively, Cao’s contributions are already shaping the next generation of morphing and functional materials, offering a powerful toolkit for engineers and researchers in soft robotics, deployable structures, and smart materials.
Research Focus
Key Achievements
Top Papers
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