Hooi Min Yee

Papers

Total Citations

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About

Hooi Min Yee is a researcher whose work bridges structural engineering and biomimetic design, with a primary focus on tensegrity and biotensegrity systems. Her most-cited paper, "Overview on the Form-Finding of Tensegrity Structure" (2018), synthesizes decades of research on these self-stabilizing, flexible networks of compression and tension elements, highlighting their potential in applications ranging from architecture to robotics. By systematically reviewing form-finding methods—the process of determining optimal equilibrium shapes—Yee has provided a foundational resource for engineers and designers seeking to harness the stability and adaptability of tensegrity structures. Her work also explores biotensegrity, linking these principles to biological systems, which opens pathways for innovations in prosthetics and soft robotics. While her citation count (2) reflects the niche, emerging nature of this field, Yee’s contributions are significant for their clarity and synthesis, offering a roadmap for future research. Her efforts underscore the growing importance of tensegrity in creating lightweight, resilient structures for modern technology.