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Biomechanical Engineering explores fluid dynamics, heat transfer, elastic and dynamic mechanisms, and materials within biological organisms. Research focuses on advancing both theoretical and practical engineering insights concerning biomechanical systems, while applying engineering concepts to create biological materials, treat illnesses, and enhance medical device functionality. Substantial research is dedicated to unraveling the fundamental mechanisms behind aging and disease in living organisms. Faculty members collaborate across disciplines in these key areas: (1) Investigating the characteristics of rigid biological tissues (such as bone, dentin, and enamel), synthetic replacements, their interfaces, and innovating manufacturing techniques for biological and biomedical applications in dentistry and medicine. (2) Examining the mechanical responses of flexible particles, including living cells, and how hydrodynamic and external forces affect them, along with rapid assessment methods for cellular mechanical properties.