A musculoskeletal finite element model of rat knee joint for evaluating cartilage biomechanics during gait.
Gustavo A. OrozcoKalle KarjalainenEng Kuan MooLauri StenrothPetri TanskaJaqueline Lourdes RiosTeemu V. TuomainenMikko J. NissiHanna IsakssonWalter HerzogRami K. KorhonenPublished in: PLoS Comput. Biol. (2022)
Keyphrases
- finite element model
- finite element analysis
- gait analysis
- joint angles
- articular cartilage
- motion capture
- computer assisted
- finite element
- experimental data
- boundary conditions
- total knee replacement
- numerical simulations
- finite element methods
- mechanical properties
- degrees of freedom
- boundary element
- human body
- manual segmentation
- mr images
- material properties
- inverse kinematics
- cad systems
- automatic segmentation
- optimization methods
- gait recognition
- measured data
- finite element method
- stress response
- neural network
- deformable object tracking
- human motion
- newly introduced
- optimization problems
- motion analysis
- shape from shading