DIC measurements of flexible floating sheet, data underlying the publication: Measuring Hydroelastic Deformation of Very Flexible Floating Structures
doi:10.4121/14443877.v1
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doi: 10.4121/14443877
doi: 10.4121/14443877
Datacite citation style:
Schreier, Sebastian; Gunnar Jacobi (2021): DIC measurements of flexible floating sheet, data underlying the publication: Measuring Hydroelastic Deformation of Very Flexible Floating Structures. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/14443877.v1
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Dataset
This dataset contains the surface elevation and error data of a floating flexible neoprene foam rubber sheet in regular waves from the experiments conducted in Feb. 2020 at Delft University of Technology (TU Delft).
Two wave conditions were investigated:
1. nominal wavelength 495 mm, nominal wave amplitude 10 mm, model length/wavelength = 10
2. nominal wavelength 990 mm, nominal wave amplitude 20 mm, model length/wavelength = 5
A description of the experiments can be found in the publication below.
Schreier, S. and Jacobi, G. (2020). Measuring Hydroelastic Deformation of Very Flexible Floating Structures. In Piatek, L., de Graaf, R.E., Lim, S.H. and Wang, C.W.(Eds.) WCFS2020 - Proceedings of the Second World Conference on Floating Solutions, Rotterdam. Springer. ISBN 978-981-16-2256-4.(in press)
Data is stored in Matlab .mat format with Matlab R2020b Update 3. Structure "test_info" contains metadata decribing the test, facility, model, and the data. Measurement data is stored per time step in cell array "Frame". X and Y coordinates as well as surface elevation Z and total elevation error H_err are stored in matrices of the same size. Corresponding data points are identified by the same matrix indices. Surface elevation and error data is stored once in dimensional form and once in non-dimensional form, the latter normalized by the amplitude of the incoming waves. Normalization is indicated by expression "norm" in the file name and by variable "test_info.norm".
Two wave conditions were investigated:
1. nominal wavelength 495 mm, nominal wave amplitude 10 mm, model length/wavelength = 10
2. nominal wavelength 990 mm, nominal wave amplitude 20 mm, model length/wavelength = 5
A description of the experiments can be found in the publication below.
Schreier, S. and Jacobi, G. (2020). Measuring Hydroelastic Deformation of Very Flexible Floating Structures. In Piatek, L., de Graaf, R.E., Lim, S.H. and Wang, C.W.(Eds.) WCFS2020 - Proceedings of the Second World Conference on Floating Solutions, Rotterdam. Springer. ISBN 978-981-16-2256-4.(in press)
Data is stored in Matlab .mat format with Matlab R2020b Update 3. Structure "test_info" contains metadata decribing the test, facility, model, and the data. Measurement data is stored per time step in cell array "Frame". X and Y coordinates as well as surface elevation Z and total elevation error H_err are stored in matrices of the same size. Corresponding data points are identified by the same matrix indices. Surface elevation and error data is stored once in dimensional form and once in non-dimensional form, the latter normalized by the amplitude of the incoming waves. Normalization is indicated by expression "norm" in the file name and by variable "test_info.norm".
history
- 2021-04-20 first online, published, posted
publisher
4TU.ResearchData
format
Matlab .mat
organizations
TU Delft; Faculty of Mechanical, Maritime and Materials Engineering; Department of Maritime and Transport Technology
DATA
files (5)
- 1,706 bytesMD5:
5d0b02a59009cffb6c157ac84d0ed77c
ReadMe.txt - 32,514,481 bytesMD5:
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DIC_data_Floating_Neoprene_sheet_l495mm_A10mm_Fr2_2_400.mat - 32,831,135 bytesMD5:
3b2e31cf0be732a01dd607182954ff64
DIC_data_Floating_Neoprene_sheet_l495mm_A10mm_Fr2_2_400_norm.mat - 33,034,450 bytesMD5:
b3322fa3d9f4a81e116fa48743e77758
DIC_data_Floating_Neoprene_sheet_l990mm_A20mm_Fr2_2_400.mat - 33,084,421 bytesMD5:
2e98db6158a756c3df527fb6927e63e9
DIC_data_Floating_Neoprene_sheet_l990mm_A20mm_Fr2_2_400_norm.mat -
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