Datasets

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Creator
Type
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subject: Bone

Total is 5 Results
3D Image Data from In-situ X-ray Imaging Transverse Crack Growth Experiments in Human Cortical Bone

10.4231/94PZ-AB06

Glynn Ellen Gallaway ORCID logo , Matthew Robert Allen ORCID logo , Rachel Kathleen Surowiec ORCID logo , Thomas H Siegmund ORCID logo

10/09/2024

This publication documents 3D image stacks in support of the publication "Quasi-brittle Fracture Mechanics of Human Cortical Bone Enables the Combined Analysis of Bone Quantity and Quality" G. Gallaway et al, Journal of Biomechanics.

Bone Cracks Fracture Imaging

Load Data and Code for Analysis of In-situ X-ray Transverse Crack Growth Experiments in Specimens of a Human Cortical Bone

10.4231/RWPA-PG56

Glynn Ellen Gallaway ORCID logo , Laura J Pyrak-Nolte ORCID logo , Thomas H Siegmund ORCID logo

10/09/2024

This publication documents experimental data and analysis code in support of the publication "Quasi-brittle Fracture Mechanics of Human Cortical Bone Enables the Combined Analysis of Bone Quantity and Quality" G. Gallaway et al, Journal of Biomechanics.

Bone Fracture Mechanics Matlab Mechanical Engineering

MicroCT based FE model of bone core with tissue heterogeneity and anisotropy

10.4231/R7CC0XX4

Joseph Wallace , Matthew R Allen , Max A Hammond , Thomas Siegmund ORCID logo

06/26/2018

This publication contains a finite element model for the analysis of bone core under consideration of bone tissue heterogeneity and tissue anisotropy.

Biomedical Engineering Bone Finite Element Analysis Mechanical Engineering

MicroCT based FE model of single bone trabeculae with tissue heterogeneity and anisotropy

10.4231/R7H41PP9

Joseph Wallace , Matthew R Allen , Max Hammond , Thomas Siegmund ORCID logo

06/26/2018

This publication contains a finite element model for the analysis of single bone trabeculae under consideration of bone tissue heterogeneity and tissue anisotropy.

Biomedical Engineering Bone Finite Element Analysis Mechanical Engineering

Image Data and Analysis Materials for In-situ Fracture Mechanics Experiments on Human Cortical Bone Treated Ex-vivo with Raloxifene

10.4231/F557-WQ66

Glynn Ellen Gallaway ORCID logo , Laura J Pyrak-Nolte ORCID logo , Matthew Robert Allen ORCID logo , Thomas H Siegmund ORCID logo

12/19/2024

This publication documents image data and analysis codes in support of the publication "Assessment of Ex-Vivo Raloxifene Treatment on Human Cortical Bone by Quasi-Brittle Fracture Mechanics" G. Gallaway et al, Acta Biomaterialia, submitted (Dec 2024)

Bone Cracks Fracture Imaging Mechanical Engineering Raloxifene

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