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Calculation of Loads Transmitted of the Anatomical Joints
The TensionLength and ForceVelocity Relationships of Human Muscle in Situ
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activity angle angular arm movements biceps Biomech Biomechanics body segments Bouisset brachialis brachioradialis calculated characteristic relations coefficients component contraction coordinate system curves determined developed diagram Direct Linear Transformation dynamic elbow joint electromyographic ELITE system equilibrium equations erector spinae evaluation experimental flexion force-velocity forces and couples frequency Gait Analysis gastrocnemius muscle geometry ground reaction Human Gait human locomotion human muscle indeterminate problem inertia investigation isolated muscle isometric joint force joint model joint surface kinematic level of excitation ligament limbs line of action linear load manipulator markers mathematical model maximum measured mechanical method minimizing Morecki motion motoneurons motor muscle model muscle stress numerical differentiation obtained parameters PCSA Pedotti performed Photogrammetry Politecnico di Milano position predicted problem reaction forces relationship rotation shown in Fig solution space stimulation structures target tension-length torque trajectory transducers upper variables vaulter vector velocity walking Warsaw