The University of Sheffield
Browse
TEXT
2.5mm_7hz_2.txt (1.45 MB)
TEXT
2.5mm_7hz_3.txt (1.48 MB)
TEXT
2.5mm_10hz_3.txt (1.38 MB)
TEXT
2mm_10hz_2.txt (1.46 MB)
TEXT
2mm_10hz_3.txt (1.38 MB)
TEXT
3.5mm_7hz_3.txt (1.47 MB)
TEXT
3mm_7hz_3.txt (1.47 MB)
TEXT
3mm_10hz_2.txt (1.45 MB)
TEXT
4mm_10hz_2.txt (1.45 MB)
TEXT
5mm_0_5 hz_2.txt (4.18 MB)
TEXT
5mm_1hz_2.txt (2.13 MB)
TEXT
5mm_2hz_2.txt (2.13 MB)
TEXT
5mm_3hz_2.txt (2.13 MB)
TEXT
5mm_4hz_2.txt (1.96 MB)
TEXT
5mm_4hz_3.txt (1.71 MB)
TEXT
5mm_5hz_2.txt (1.99 MB)
TEXT
5mm_5hz_3.txt (1.65 MB)
TEXT
5mm_7hz_2.txt (1.45 MB)
TEXT
5mm-0.5hz_3.txt (2.87 MB)
TEXT
5mm-1hz_3.txt (2.73 MB)
1/0
65 files

Helical Inerter Test Data from 2016

dataset
posted on 2020-02-13, 08:29 authored by David WaggDavid Wagg

Data from the testing of a novel type of fluid inerter system where the inertance can be varied. This inertance is achieved by having a fluid filled cylinder that induces flow in a helical pipe system. The parameters of the helical pipe system can be adjusted to give different amounts of inertial force depending on the requirements. See Reference below for full details.


Parameters for the tests are given in the file name: Xmm_Yhz_Z.txt

Where X is amplitude in mm

Y is sine wave frequency in Hz

Z is the test case:

For test case 2, the radius of the helix was 120mm and for test case 3 the radius of the helix was 80mm. See reference below for full details of the parameters.


Further details of the tests cab be found in the following paper:

@CONFERENCE{SmithWaggEACS,

author = {Smith, N.D.J. and Wagg, D. J.},

title = {A fluid inerter with variable inertance properties},

booktitle = {Proceedings of the 6th European Conference on Structural Control},

year = {2016},

pages = {1--8},

note = {https://doi.org/10.15131/shef.data.4206096.v1}

}

Funding

N/A

History

Ethics

  • There is no human data or any that requires ethical approval

Policy

  • The data complies with the funder's policy on access and sharing

Sharing and access restrictions

  • The data can be shared openly

Data description

  • The file formats are open or commonly used

Methodology, headings and units

  • Headings and units are explained in the files