Induction Induced Bi-Phasic Stiffness Internal Fixation for Proximal Humeral Fractures
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ANSYS Model
The ANSYS models below show the deformation values used to determine the stiffnesses for axial loading, bending moment, and torsion.
Axial Loading
Axial deformation on proximal head of humerus above fracture region with 3mm thick steel plate and 7mm thick SMP
Axial load on proximal head of humerus with 3mm thick steel plate and 7mm thick SMP
Axial deformation on proximal head of humerus above fracture region with 3mm thick steel plate and 2mm thick SMP
Axial load on proximal head of humerus with 3mm thick steel plate and 2mm thick SMP
Bending Moment
Deformation due to beinding moment on proximal head of humerus above fracture region with 3mm thick steel plate and 2mm thick SMP
Bending moment on proximal head of humerus with 3mm thick steel plate and 2mm thick SMP
Deformation due to bending moment on proximal head of humerus above fracture region with 3mm thick steel plate and 7mm thick SMP
Bending moment on proximal head of humerus with 3mm thick steel plate and 7mm thick SMP
Torsion
Deformation due to torsion on proximal head of humerus above fracture region with 3mm thick steel plate and 2mm thick SMP
Torsion on proximal head of humerus with 3mm thick steel plate and 2mm thick SMP
Deformation due to torsion on proximal head of humerus above fracture region with 3mm thick steel plate and 7mm thick SMP
Torsion on proximal head of humerus with 3mm thick steel plate and 7mm thick SMP