| 371 |
Richard |
Hall |
|
Functional Joint Simulation |
UK |
| 134 |
Bethany |
Luxmoore |
V.N. Wijayathunga, S. Rehman, R.K. Wilcox |
Finite Element Models of the Intervertebral Disc developed from MRI data to include Lamellar Mechanics |
UK |
| 130 |
René |
Widmer |
Benedikt Helgason, Stephen Ferguson |
Patient-Specific Modelling Of Vertebroplasty: How Can We Optimize The Outcome Of The Treatment? |
Switzerland |
| 032 |
Fabio |
Galbusera |
Marta Tibiletti, Marco Brayda-Bruno, Antje Mietsch, Cornelia Neidlinger-Wilke, Hans-Joachim Wilke |
Inverse finite element determination of patient-specific diffusion properties of the intervertebral disc |
Germany |
| 083 |
Benedikt |
Helgason |
Philippe Lindenmann, Harald Studer, Christoph Reutlinger, Stephen J. Ferguson |
A Parameterized FE Model For Simulating The Influence Of Disc Anatomy On The Mechanical Response Of Human Intervertebral Discs |
Switzerland |
| 250 |
Ondrej |
Holub |
Daniel Skrzypiec, Robert Oakland, Vishal Borse, Adam Liddle, Jake Timothy, , Nik Kapur, Richard Hall, |
Predicting Vertebral Fracture Of Specimens With Three Different Pathologies Using A Non-FE Method |
UK |
| 019 |
Hadi S. |
Hosseini |
Dieter H. Pahr, Philippe K. Zysset |
Modelling and Experimental Validation of Trabecular Bone Softening and Densification under High Compression |
Switzerland |
| 047 |
Ghislain |
Maquer |
Philippe Zysset |
Intervertebral disc degeneration influences ultimate load and damage distribution in human lumbar vertebral bodies under axial compression |
Germany |
| 122 |
Frank |
Niemeyer |
Hans-Joachim Wilke, Hendrik Schmidt |
The Influence Of Uncertain Anatomical Parameters On The Response Of Finite Element Models Of The Human Lumbar Spine |
Germany |
| 156 |
Uwe |
Wolfram |
Thomas Gross, Dieter Pahr, Jakob Schwiedrzik, Philippe Zysset |
Comparing Numerically Determined Yield Criteria For Vertebral Trabecular Bone In Strain Space |
Switzerland |
