Tensile performance data of 3D printed photopolymer gyroid lattices created using a range of base materials and lattice porosities

Published: 15 June 2023| Version 1 | DOI: 10.17632/wj766p2w9t.1
Contributor:
Jacob Peloquin

Description

This dataset is for the Data in Brief article: "Tensile Performance Data of 3D Printed Photopolymer Gyroid Lattices". Individual CSV files for each printed and mechanically tested lattice sample are contained in the "Raw Mechanical Data" folder, and the measured porosity values for these samples are contained in "Porosity_data.xlsx". The three-letter acronym appended to each sample name corresponds to the material used to print that sample. The full material names and printers used to print samples of each material can be found in "Materials_table.pptx". Mechanical properties for each sample were extracted from the individual stress-strain curves using a custom MATLAB script, and both the extracted properties and script are available in the "MATLAB" folder. Data and results for the finite element simulations performed in the corresponding research article for the Data in Brief article are available in "FEA_data.xlsx". For additional information about the dataset, including specific steps for how the data was obtained, see the Data in Brief article mentioned above.

Files

Steps to reproduce

See Data in Brief article: "Tensile Performance Data of 3D Printed Photopolymer Gyroid Lattices".

Institutions

Duke University

Categories

Machine Learning, Mechanical Testing, Three Dimensional Printing, Mathematical Lattice

Funding

U.S. National Science Foundation

DGE-2022040

Licence