Biomechanics in limb support systems explores how mechanical principles apply to the function and design of prosthetic and orthotic devices. This book explains load distribution, gait mechanics, and joint kinematics in both normal and pathological movement. It discusses how biomechanical analysis informs the design of supportive structures for stability, mobility, and comfort. Readers learn to evaluate dynamic and static forces, optimize alignment, and enhance functional outcomes. The book integrates theory with real-world clinical scenarios and assessments.
Anelisa Radebe is a lecturer and biomechanical analyst with expertise in gait evaluation, joint kinetics, and material dynamics. Her research delves into the role of mechanical principles in therapeutic and preventive orthopedic interventions. She has contributed to national guidelines for supportive limb technologies and serves as an advisor to athletic rehabilitation centers. Anelisa’s work blends theoretical modeling with hands-on device testing. Her academic activities include mentoring graduate students in applied biomechanics.