Finite Element Analysis on Dislocation Torque and Contact Stress of a Novel Acetabular Cup Liner Defect When Prosthetic Impingement Occurs.
Wei. Min ChiChien-Chung LinChih-Wei LinHsiao-Che LinJian-Horng ChenPublished in: ICKII (2018)
Keyphrases
- finite element analysis
- contact force
- stress distribution
- finite element
- finite element model
- computer aided design
- total hip arthroplasty
- material properties
- using artificial neural networks
- stress response
- temperature field
- flow field
- total hip replacement
- machine learning
- experimental data
- friction coefficient
- artificial intelligence
- boundary conditions
- intraoperative
- total weight
- dynamic model
- steady state
- image sequences