Stress-Strain Data for Fire-Damaged Aluminum Alloy 6061 Subjected to Multiaxial Loading
Description
Files in the data repository are organized in folders according to sample identifiers. Samples are named according to the following convention SP_00XX where “XX” are two numerals. Some sample identifiers additionally include a “b” at the end indicating a repeated test subsequent to a failed test. Each folder contains Comma Separated Values (CSV) files from the MTS (DAQ_Running_Time_Timed.txt) and Vic3D systems (SP_00XX_data.txt), a MATLAB scripts for data interpolation (Analysis_script.m), and the CSV file that is generated from running the MATLAB script (SP_00XX_MTS_V3D.csv). For stress calculations it is necessary to input cross-section information for each sample. Sample dimensions (as well as machining direction, material condition, and mechanical test) are included in a descriptive excel file in the root folder named "samples.xlsx". A set of folders (SP_0001b, SP_0003, SP_0005b, SP_0006b, SP_0007b, SP_0009, SP_0010, SP_0011, SP_0012) has one CSV file from MTS and one CSV file from Vic3D (the timing data from the Vic3D cameras was manually added to the strain data file). Folders associated with subsequent tests (SP_0070-SP0082) contain two CSV files from Vic3D (SP_00XX_data.txt, SP_00XX.txt): strain data and data acquisition timing. Regardless, MATLAB scripts in each folder correctly read and interpolate the data as needed. Folders SP_0068 and SP_0069 contain single files because interpolation of MTS and Vic3D data was done manually in Excel prior to development of analysis script.
Files
Steps to reproduce
See description
Institutions
Categories
Funding
Office of Naval Research
Computational Modelling
| Objective of the Model | NA |
| Typical Input | NA |
| Typical output | NA |
| Computer System Requirements | Intel or AMD x86-64 processor |
| Simulation ID | NA |
Patents
| Patent Title | NA |
| Patent Application | NA |
AM Sample Data Template
| Sample ID | NA |
| Date | 2017-01-02T05:00:00.000Z |
| Alloy Type | Al-based |
| Alloy composition | Al 95.8-98.6%, Mg 0.8-1.2%, Si 0.4-0.8%, Fe max 0.7%, Cu 0.15-0.4%, Cr 0.04-0.35% |
| Alloy certificate | NA |
| Process ID | NA |
| Additive Manufacturing Process | NA |
AM Process Data Template
| Additive Manufacturing Process | NA |
| Process Parameters | NA |
| Process Date | 2017-02-22T17:00:00.000Z |
| Process Description | NA |
| CAD File | NA |
| Process ID | NA |
Research Process Flow
| Process Flow for Additive Manufacturing | NA |
| Process Flow for Ex-situ Characterization | NA |
| Process Flow for In-situ Characterization | NA |
| Process Flow for Computational Modeling | NA |
Software
| Available Software | MATLAB |
| Type | Commercial |
| Contact link | https://www.mathworks.com/products/matlab.html |
Publications
| Sample ID | NA |
| Publication Title | Stress-Strain and Microscopy Data for Fire-Damaged Aluminum Alloy 6061 Subjected to Multiaxial Loading |
| Citation | NA |
| Authors | Stephen Puplampu (University of Tennessee Knoxville), Akawut Siriruk (Suranaree University of Technology), Aashish Sharma (University of Tennessee Knoxville), Dayakar Penumadu (University of Tennessee Knoxville) |
MURI/AUSMURI University
| User Name | Stephen Puplampu |
| spuplampu@utk.edu | |
| University | University of Tennessee, Knoxville |
| Address | 851 Neyland Dr, Knoxville, TN 37902 |
| Acknowledgement | Dr. Penumadu would like to acknowledge the financial support of the Office of Naval Research by a program managed by Dr. Bill Mullins. |
Hardware
| Available Hardware | NA |
| Accessibility | NA |
| Contact link | NA |
Ex-situ Characterization Data Template
| Sample ID | NA |
| Process ID | NA |
| Characterization Type | NA |
| Characterization Instrument | NA |
| Ex-situ Measurement Details | NA |
In-situ Characterization Data Template
| Sample ID | NA |
| Process ID | NA |
| Characterization Type | Digital Imaging Correlation |
| Characterization Instrument | Vic 3D |
| In-situ Measurement Details | NA |