2023 Data (Information)
Parametric solid models of the at-term uterus from magnetic resonance images: solid and finite element models
This file contains models and simulation results from the creation of parametric solid models of the at-term uterus. These parametric solid models are based on measurements collected from MRI and MRI segmented solid models of five pregnant patients at 38-39 weeks gestation. The measurements were then used to create three parametric models for each patient: elliptical, averaged, and multi-measure. Each parametric model was compared to the corresponding MRI segmented model visually and through finite element analysis.
The Solid and Finite Element Models folder is organized by file type. The folder named “Full Solid Models” contains STL files of all five patients generated using each modeling method (MRI segmented, elliptical, averaged, and multi-measure). The folder named “Mesh Half Solid Models” contains STL files with the mesh used in finite element analysis for all five patients generated using each modeling method. The folder named “FEBio files” contains the .feb code for conducting a finite element simulation in FEBio for all five patients generated using each modeling method. The folder named “Postview Files” contains the results generated from the corresponding FEBio file.
Subjects
Files
- LouwagieEtAl_JBiomech2024_SolidAndFiniteElementModels.zip application/zip 522 MB Download File
More About This Work
- Published Here
- October 13, 2023
Notes
The data in this file correspond to the manuscript entitled “Parametric solid models of the at-term uterus from magnetic resonance images”, to be published in the Journal of Biomechanical Engineering. The manuscript is co-authored by Erin Louwagie (Mechanical Engineering, Columbia University), Divya Rajasekharan (Mechanical Engineering, Columbia University), Arielle Feder (Mechanical Engineering, Columbia University), Shuyang Fang (Mechanical Engineering, Columbia University), Chia-Ling Nhan-Chang (Obstetrics and Gynecology, Columbia University Irving Medical Center), Mirella Mourad (Obstetrics and Gynecology, Columbia University Irving Medical Center), and Kristin Myers (Mechanical Engineering, Columbia University).