1987 Biomechanics Symposium: Presented at the 1987 ASME Applied Mechanics, Bioengineering, and Fluids Engineering Conference, Cincinnati, Ohio, June 14-17, 1987D. L. Butler, P. A. Torzilli |
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Page 117
... plates used for treatment of fractures of the long bones , corrosion has been observed . Detailed inspections showed , that more corrosion seems to occur in plates with elongated holes , indicating that the geometry of the plate holes ...
... plates used for treatment of fractures of the long bones , corrosion has been observed . Detailed inspections showed , that more corrosion seems to occur in plates with elongated holes , indicating that the geometry of the plate holes ...
Page 121
... plate are strength , fixation and low strain shielding . Metal plates are typically strong enough to bear both weight and resist fatigue . They can , however , cause significant strain - shielding , which leads to bone atrophy , due to ...
... plate are strength , fixation and low strain shielding . Metal plates are typically strong enough to bear both weight and resist fatigue . They can , however , cause significant strain - shielding , which leads to bone atrophy , due to ...
Page 122
... plate- bone system , with and without a machined depression , was developed along with an analytical composite beam model to serve as a validator . The finite element model contains 800 , 8 - node solid elements . A special purpose mesh ...
... plate- bone system , with and without a machined depression , was developed along with an analytical composite beam model to serve as a validator . The finite element model contains 800 , 8 - node solid elements . A special purpose mesh ...
Contents
Michroarchitectural Basis for the Mechanical Properties and Integrity of | 3 |
A Finite Element Procedure for Biological Tissues Viewed as Poroelastic Materials | 9 |
Effect of Test Conditions on Heel Strike Attenuation by Shock Absorbing | 17 |
Copyright | |
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acceleration algorithm analysis angle angular ankle approximately artery axial axis Biomechanics bone fracture brachioradialis calculated cancellous bone cartilage cells central tendon clinical collagen collagen fibers components compression configuration coordinate system curve deformation diameter digitized dimensional displacement distribution dynamic elastic elastin equations error experimental femoral femur finite element flexion flow fluid force function gait gait analysis human increase interface joint kinematics knee layer ligament limb linear load markers matrix measured mechanical properties method Milwaukee brace modulus motion movement muscle nonlinear normal orientation osteons parameters patterns peak phase plane plate Poisson's ratio position pressure prosthesis proteoglycans ratio region relative rigid rotation screw axis shear rate shear stress shown in Figure simulate solution specimens spine stiffness strain stretch structure surface technique tendon tensile tensile strength three-dimensional tibia tissue torque values valves vector velocity wall