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Biomechanical simulation of contact pressure on acetabular cartilage.
Abstract
<p>(A) Surface models of a dysplastic hip; (B) Volume meshes of a dysplastic hip. (C) Surface models for a planned situation after acetabulum fragment reorientation. (D) Volume meshes for the planned situation. (E) Boundary conditions and loading for biomechanical simulation. (F) Coarse meshes for bone models, and refined meshes for cartilages.</p- Image
- Figure
- Biological Sciences
- cartilage models
- thickness cartilage model
- biomechanical simulation results
- cartilage model
- peak contact pressure
- CT arthrography studies
- Periacetabular Osteotomy Modern
- LCE
- fe
- center edge angle
- PAO planning tool
- thickness cartilage models
- preoperative planning software
- Constant Thickness Cartilage Models vs
- contact areas
- peak contact pressures