Research output per year
Research output per year
Description
Contains Abaqus, Ansys and FEBio validated models of fourth generation composite femurs and the output results as well as the experimental data for validation
**
The condition for use of these models is that the following publication is cited:
**
A.R.MacLeod, H.Rose, H.S.Gill, A Validated Open-Source Multi-Solver Fourth Generation Composite Femur Model, Journal of Biomechanical Engineering, 2016
The files contained in this directory are for the composite femur model F10 discussed in the publication.
All models are for the converged 0.75 mm mesh size detailed in the publication.
The ABAQUS input file:
F10_ABAQUS.inp
The ANSYS input file:
F10_ANSYS.ans
The FEBIO geometry and main input files:
F10_FEBIO_GEOM.feb
F10_FEBIO_MAIN.feb
The predicted equivalent strains for each of the models is given is the 'Results' files:
Results_F10_Abaqus.txt
Results_F10_Ansys.txt
Results_F10_FEBio.txt
In these files, rows 1-4 represent strain gauge locations 1-4. There are 11 load increments for each location: 0 to 500 N in 50 N increments.
The experimental results are also provided in an identical format:
Results_F10_EXPERIMENTAL_STRAINS.txt
**
The condition for use of these models is that the following publication is cited:
**
A.R.MacLeod, H.Rose, H.S.Gill, A Validated Open-Source Multi-Solver Fourth Generation Composite Femur Model, Journal of Biomechanical Engineering, 2016
The files contained in this directory are for the composite femur model F10 discussed in the publication.
All models are for the converged 0.75 mm mesh size detailed in the publication.
The ABAQUS input file:
F10_ABAQUS.inp
The ANSYS input file:
F10_ANSYS.ans
The FEBIO geometry and main input files:
F10_FEBIO_GEOM.feb
F10_FEBIO_MAIN.feb
The predicted equivalent strains for each of the models is given is the 'Results' files:
Results_F10_Abaqus.txt
Results_F10_Ansys.txt
Results_F10_FEBio.txt
In these files, rows 1-4 represent strain gauge locations 1-4. There are 11 load increments for each location: 0 to 500 N in 50 N increments.
The experimental results are also provided in an identical format:
Results_F10_EXPERIMENTAL_STRAINS.txt
| Date made available | 2016 |
|---|---|
| Publisher | University of Bath |
| Date of data production | 1 Feb 2014 - 30 Jun 2016 |
| Geographical coverage | Department of Mechanical Engineering, University of Bath, UK |
Research output
- 1 Article
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A validated open-source multisolver fourth-generation composite femur model
MacLeod, A. R., Rose, H. & Gill, H. S., 1 Dec 2016, In: Journal Of Biomechanical Engineering. 138, 12, 124501.Research output: Contribution to journal › Article › peer-review
16 Citations (SciVal)