Achilles tendon stress is more sensitive to subject-specific geometry than subject-specific material properties: A finite element analysis - Hansen, Wencke; Shim, Vickie B.; Obst, Steven; Lloyd, David G.; Newsham-West, Richard; Barrett, Rod S. (Journal of biomechanics, 2017)
Keywords: Accuracy; Achilles tendon; Achilles Tendon - diagnostic imaging; Achilles Tendon - physiology; Adult; Anatomy; Ankle; Brightness; Calcaneus; Clinical trials; Data processing; Exploration; Feedback; Female; Finite Element Analysis; Finite element method; Finite element modelling; Geometry; Humans; Influence; Insertion; Isometric Contraction - physiology; Magnetic resonance imaging; Male; Mapping; Material properties; Mathematical models; Mechanical properties; Morphology; Motor task performance; Muscle contraction; NMR; Nuclear magnetic resonance; Physical Medicine and Rehabilitation; Rupture; Strain; Stress; Stress distribution; Stress, Mechanical; Subject specificity; Surgery; Tendons; Three dimensional analysis; Ultrasonic imaging; Ultrasonography; Ultrasound; Visual perception; Finite element modelling; Morphology; Achilles tendon; Subject specificity; Stress; Strain; Material properties