Tung‐Wu Lu

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About

Tung-Wu Lu is a leading researcher in musculoskeletal biomechanics, with a focus on computational modeling, joint mechanics, and assistive technologies. His work centers on understanding the human tibiofemoral joint through innovative modeling approaches, including the use of ex vivo determined compliance matrices to simulate joint behavior under normal and pathological conditions—a contribution that has garnered 6 citations and laid groundwork for more accurate lower limb models. Lu has also advanced robotic joint-testing systems, evaluating force-position hybrid control methods to measure joint stiffness with unconstrained degrees of freedom, a technique cited 5 times for its precision in biomechanical testing. Notably, his research extends to rehabilitation engineering, where he has explored balance control and energetics in powered exoskeleton-assisted sit-to-stand movements for individuals with paraplegic spinal cord injury, earning 4 citations for its practical implications in mobility restoration. Through these contributions, Lu has bridged theoretical modeling with clinical applications, enhancing our understanding of joint mechanics and improving assistive device design. His work is essential reading for students and researchers in biomechanics, rehabilitation robotics, and orthopedic engineering, offering insights into both fundamental joint behavior and real-world solutions for movement impairments.