| [Rod Lakes] |
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Ligament and tendon * Tendon hierarchical structure diagram. * Ligament structure. * Ligament structure. Scanning electron micrographs of a normal rat medial collateral ligament (A) * Ligament structure. Normal (top) and scar (bottom) tissues of a healing medial collateral ligament (MCL) in slack configuration. * Ligament structure. Bifurcation/Fusion of collagen fibrils in normal MCL tissue at 20,000X (arrow). Note the collagen fibril overlap and interweaving. * Ligament structure. Ligament in which a single tensile overload produced microstructural damage but not ligament rupture (B). * Ligament overload damage image * Ligament overload damage graph * Ligament stress-strain curves * Constitutive equations. Linear and nonlinear viscoelasticity * Superposition in viscoelasticity * Prediction of nonlinear viscoelasticity * Ligament relaxation. * Ligament creep and relaxation. * Ligament rate effect. Bone * Bone hierarchical structure. * Dry bones. * Bone Galen View * Bone structure pdf. * Bone histology 1 after U. Texas. * Bone histology 2 after U. Michigan. * Bone structure, function after American Society for Bone and Mineral Research. * Bone relaxation and damping plot. * Bone axial damping summary plot . * Bone shear damping summary plot . * Bone torsion damping summary plot . * Viscoelasticity due to fluid flow. * Stiffness / loss plot: comparison of materials. * Bone long creep * Cement line displacement in bone under prolonged load. * Slow waves * Bovine bone * Osteons, size effect. §. * Misshapen head reshaped * Baby helmet for head reshaping * Baby heads improper treatment. 2, 3. * Contemplative skeleton. Muscle * Heart muscle relaxation. * Heart muscle relaxation time related to size. * Interpretation via Biot theory. * Viscoelasticity due to fluid flow. Other tissues * Skin Poisson's ratio * Diagnostic percussion waveforms * Lens of the eye * Spine viscoelasticity * Spinal creep in living subject. Height change. * Spine height change with time * Leg impact damping * Foot hysteresis * Droop? Wood * Wood structure. * Wood viscoelasticity 2, 3. |