Lei Qiao

The University of Texas at Arlington, Northeast Forestry University

Papers

Total Citations

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About

Lei Qiao’s research lies at the intersection of bioinspired materials and thermal management, where she explores how nature’s designs can solve engineering challenges. Her early work, “Increase buoyancy of a solid fragment using micropillars” (2012, 8 citations), demonstrated a novel approach to manipulating buoyancy through surface microstructures—a foundational contribution to the field of biomimetic surface engineering. More recently, Qiao has advanced into smart materials for thermal regulation. Her 2025 paper, “Sea cucumber-inspired cellulose phase-change gel with a switchable mechanical state for thermal management,” introduces a responsive gel that changes stiffness in response to temperature, drawing directly from the sea cucumber’s ability to alter its dermal rigidity. This work, though newly published, signals a significant leap in sustainable, bioinspired phase-change materials for applications like wearable thermal regulation and energy-efficient building systems. Qiao’s ability to translate biological principles into functional materials—from buoyancy control to adaptive thermal management—marks her as an innovative voice in materials science, with a growing portfolio that promises to inspire future research in soft robotics and green engineering.