Share 
Follow 
AboutDownloadsDocumentsForumsIssuesNews
Image not available
MSc project_Elien_Sien
The Impact of Subject-Specific Bone Geometry on Femoral Bone Growth Simulations in Children with Cerebral Palsy: Sensitivity Analysis of an Adaptive, Multi-Scale, Image-Based Workflow The download package includes the thesis, short paper, Matlab code and results from the MSc thesis project from Elien Vlaeyen and Sien Vingerhoets, who were supervised by Hans Kainz and Ilse Jonkers.
The Impact of Subject-Specific Bone Geometry on Femoral Bone Growth
Jun 15, 2020

The Impact of Subject-Specific Bone Geometry on Femoral Bone Growth Simulations in Children with Cerebral Palsy: Sensitivity Analysis of an Adaptive, Multi-Scale, Image-Based Workflow The download package includes the thesis, short paper, Matlab code and results from the MSc thesis project from Elien Vlaeyen and Sien Vingerhoets, who were supervised by Hans Kainz and Ilse Jonkers.   View License

Download Links

Jun 15, 2020
10 MB
Any
Data/images/video
doi:10.18735/cetk-qn47

The Impact of Subject-Specific Bone Geometry on Femoral Bone Growth Simulations in Children with Cerebral Palsy: Sensitivity Analysis of an Adaptive, Multi-Scale, Image-Based Workflow The download package includes the thesis, short paper, Matlab code and results from the MSc thesis project from Elien Vlaeyen and Sien Vingerhoets, who were supervised by Hans Kainz and Ilse Jonkers.


Paper1_InputAndResults
This package includes the (i) motion capture data of our participant, (ii) musculoskeletal models, (iii) finite element model of the femur, and (iv) results from the musculoskeletal and bone growth simulations from our first study (Impact of femoral geometry on hip joint contact forces and femoral growth simulations).
Impact of femoral geometry on hip joint contact forces and femoral growth simulations
Feb 06, 2020

  


Feedback