Data and supplementary materials for "An integrated experimental–computational framework for elasto-plastic characterization and spatial mapping of canine bone properties"

This repository contains data and supplementary research materials associated with the PLOS ONE article, “An integrated experimental–computational framework for elasto-plastic characterization and spatial mapping of canine bone properties.” The deposited materials support the experimental and computational analyses presented in the study and include microscopic images of bone specimens, three-dimensional STL files representing the regions of interest/representative volume elements (RVEs) used in the computational analyses, experimental force–displacement data, and additional supplementary datasets used for characterization, modeling, analysis, and validation. These materials are provided to facilitate transparency, reproducibility, and further investigation of the experimental–computational framework developed for characterizing and spatially mapping the mechanical properties of canine bone. Software attribution: The source code used for elasto-plastic parameter fitting was developed by Tareq Zobaer and is publicly maintained at https://github.com/tareqzobaer/nanoindentation-elastoplasticity-fit. A preserved copy of the source code is included in this Zenodo deposit for reproducibility. Please cite both this Zenodo dataset and the associated PLOS ONE article when using these materials.