Optimal design of ball socket on artificial cervical joint complexity by finite element analysis / 医用生物力学
Journal of Medical Biomechanics
; (6): E302-E307, 2010.
Article
Dans Zh
| WPRIM
| ID: wpr-803633
Responsable en Bibliothèque :
WPRO
ABSTRACT
Objective To optimize the design of ball socket of artificial cervical joint complexity. Method A three dimension model of the artificial cervical joint complexity was constructed by the finite element method. The height range of the ball socket handle in the model was set. A simulation was manipulated to optimize the height under the physical load. The stress and strain of the joint complexity with different sizes was analyzed and the systematic safety factor was also evaluated. Results The simulation showed that the maximum Von mises stress appeared at the joint of handle and bottom in the anteflexion position. As the height of the handle increased, the maximum strain increased, and the graph of minimum safety factor was Parabola curve. Conclusions Considering the systematic stability and mobility, when the height of handle is 6 mm, the design of ball socket is considered to be optimal.
Texte intégral:
1
Indice:
WPRIM
Type d'étude:
Prognostic_studies
langue:
Zh
Texte intégral:
Journal of Medical Biomechanics
Année:
2010
Type:
Article