TEAMER: Ocean Survivability Analysis for a WEC - Post-Access Report Data, Newport, OR
In curation
License 
E-Wave Technologies LLC worked with the American Bureau of Shipping for the project of ocean survivability analysis of a wave energy converter that powers marine aquaculture. The performance period extended from 9/15/2021 to 6/30/2022 off the coast of Newport, Oregon. The data and scripts are used to generate all figures, tables, and charts in the Post Access Report, as well as the report itself. Project was part of the TEAMER RFTS 3 (request for technical support) program.
Figure_01.txt
This figure only contains an illustration; there is no data behind it.
Available Jun 30, 2027
Figure_02.txt
This Figure is Figure 2 of the reference ?PacWave Wave Resource Assessment, PMEC and Oregon State University, 2020? which is provided here by the filename ?PacWav... more
Available Jun 30, 2027
Figure_03.txt
This Figure is Figure 30 of the reference ?PacWave Wave Resource Assessment, PMEC and Oregon State University, 2020? which is provided here by the filename ?PacWa... more
Available Jun 30, 2027
Figure_04.txt
This Figure is Figure 13 of the reference ?PacWave Wave Resource Assessment, PMEC and Oregon State University, 2020? which is provided here by the filename ?PacWa... more
Available Jun 30, 2027
Figure_05.txt
This figure only contains an illustration; there is no data behind it
Available Jun 30, 2027
Figure_06.xlsx
Data used to generate Figure 6. Units are included in the Excel file.
Available Jun 30, 2027
Figure_07.xlsx
Data used to generate Figure 7. Units are included in the Excel file.
Available Jun 30, 2027
Figure_08.xlsx
Data used to generate Figure 8. Units are included in the Excel file.
Available Jun 30, 2027
Figure_09.xlsx
Data used to generate Figure 9. Units: Tp (s), FwdMax (N), AftMax (N)
Available Jun 30, 2027
Figure_10.xlsx
Data used to generate Figure 10. Units: Tp (s), FwdMax (Nm), AftMax (Nm)
Available Jun 30, 2027
Figure_11.txt
Figure 11. Definition of the paddle forces and moments in the CFD analysis.
This figure only contains an illustration; there is no data behind it
Available Jun 30, 2027
Figure_12.txt
Figure 12. The simplified geometry of the WEC for CFD analysis.
This figure only contains an illustration; there is no data behind it
Available Jun 30, 2027
Figure_13.txt
Figure 13. The CFD computational domain.
This figure only contains an illustration; there is no data behind it
Available Jun 30, 2027
Figure_14.zip
Figure 14(a). The computational grids for Case 3 (T_p = 15 s): (a) top view
The mesh data is saved as vtk format. Two mesh files inlcude the data for the WEC and backg... more
Available Jun 30, 2027
Figure_15.zip
Figure 15. The time histories of the simulated free surface elevation at the location 10 m in front of the WEC (x = -10 m), FWD paddle force, and motions for Case 1 T_p... more
Available Jun 30, 2027
Figure_16.zip
Figure 16. The CFD-simulated free surface patterns (a) before and (b) at the time when the maximum FWD paddle force occurred (Case 1 T_p = 8.5 s, Wave #2).
In the data... more
Available Jun 30, 2027
Figure_17.zip
Figure 17. The CFD-simulated pressure distributions on the FWD paddle at the time when the maximum FWD paddle force occurred (Case 1 T_p = 8.5 s, Wave #2).
In the data... more
Available Jun 30, 2027
Figure_18.zip
Figure 18. The time histories of the CFD-simulated free surface elevation at the location 10 m in front of the WEC (x = -10 m), the AFT paddle force, and motions for Ca... more
Available Jun 30, 2027
Figure_19.zip
Figure 19. The CFD-simulated free surface pattern and pressure distributions on the AFT paddle at the time instant when the maximum AFT paddle force occurred (Case 2 T_... more
Available Jun 30, 2027
Figure_20.zip
Figure 20. The time histories of the CFD-simulated free surface elevation at the location 10 m in front of the WEC (x = -10 m), the AFT paddle force, and motions for Ca... more
Available Jun 30, 2027
Figure_21.zip
Figure 21. The CFD-simulated free surface pattern and pressure distributions on the AFT paddle at the time instant when the maximum AFT paddle force occurred (Case 2 T_... more
Available Jun 30, 2027
Figure_22.zip
Figure 22. The CFD-simulated time histories of the free surface elevation at the location 10 m in front of the WEC (x = -10 m) and the motions for Case 3 T_p = 15 s (Wa... more
Available Jun 30, 2027
Figure_23.zip
Figure 23. Time histories of the CFD-simulated forces and moments acting on the AFT paddle for Case 3 T_p = 15 s (Wave #1). The vertical dashed line marks the time inst... more
Available Jun 30, 2027
Figure_24.zip
Figure 24. The CFD-simulated free surface pattern and pressure distributions on the AFT paddle at the time instant of the maximum AFT paddle moment about the rail joint... more
Available Jun 30, 2027
Figure_25.zip
Figure 25 The simulated time histories of the free surface elevation at the location 10 m in front of the WEC (x = -10 m) and motions for Case 3 T_p = 15 s (Wave #3). ... more
Available Jun 30, 2027
Figure_26.zip
Figure 26. Time histories of the CFD-simulated forces and moments acting on the AFT paddle for Case 3 T_p = 15 s (Wave #3). The vertical dashed line marks the time inst... more
Available Jun 30, 2027
Figure_27.zip
Figure 27. The CFD-simulated free surface pattern and pressure distributions on the AFT paddle at the time instant of the maximum AFT paddle moment about the CG of the ... more
Available Jun 30, 2027
Figure_28.txt
This figure only contains an illustration; there is no data behind it
Available Jun 30, 2027
Figure_29.txt
This figure only contains an illustration; there is no data behind it
Available Jun 30, 2027
Figure_30.txt
FE mesh and boundary conditions used for the paddle; not able to export data from the software.
Available Jun 30, 2027
Figure_31.zip
Figure 31. An example of surface pressure mapping from CFD results to an FEA mesh.
In the data files (*.dat), there are four columns including the scalar (column 1) a... more
Available Jun 30, 2027
Figure_32.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_33.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_34.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_35.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_36.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_37.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_38.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_39.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_40.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_41.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_42.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_43.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_44.txt
The software is not able to export data. Graphics only.
Available Jun 30, 2027
Figure_45.txt
The software is not able to export data. Graphics only.
Available Jun 30, 2027
Figure_46.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
Figure_47.zip
Data used to generate the figure. "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
Available Jun 30, 2027
PacWave Wave Resource Assessment Report.pdf
This report contains detailed analysis of wave characteristics at both the north and south sites based on a newly available 32-year SWAN hindcast simulation [5] and fol... more
Available Jun 30, 2027
READ_ME software instructions.txt
In this package, "NAS" or "lst" files can be opened using Siemens Femap, which is a FEA pre-processing and post-processing tool.
"VTK" files can be opened by Paraview.
Available Jun 30, 2027
Table_3.xlsx
Data used to generate Table 3.
Available Jun 30, 2027
Table_4.xlsx
Data used to generate Table 4
Available Jun 30, 2027
Table_5.xlsx
Data used to generate Table 5
Available Jun 30, 2027
Table_6.xlsx
Data used to generate Table 6
Available Jun 30, 2027
Table_7.txt
Allowable stresses (kgf/cm2) for different materials and FE mesh sizes (Ref. [4]). LS denotes stiffener space.
[4] ABS Guide for 'Safehull-Dynamic Loading Approach' for... more
Available Jun 30, 2027
Table_8.xlsx
Data used to generate Table 8
Available Jun 30, 2027
Citation Formats
TY - DATA
AB - E-Wave Technologies LLC worked with the American Bureau of Shipping for the project of ocean survivability analysis of a wave energy converter that powers marine aquaculture. The performance period extended from 9/15/2021 to 6/30/2022 off the coast of Newport, Oregon. The data and scripts are used to generate all figures, tables, and charts in the Post Access Report, as well as the report itself. Project was part of the TEAMER RFTS 3 (request for technical support) program.
AU - Lou, Junhui
A2 - Bennett, Adam
A3 - Zhang, Xi-Ying
A4 - Ge, Zhongfu
A5 - Zhang, Shirlyn
A6 - Dunkle, Gabrielle
A7 - Robertson, Bryson
A8 - Garcia-Medina, Gabriel
A9 - Yang, Zhaoqing
DB - Marine and Hydrokinetic Data Repository
DP - Open EI | National Renewable Energy Laboratory
DO -
KW - MHK
KW - Marine
KW - Hydrokinetic
KW - energy
KW - power
KW - aquaculture
KW - WEC
KW - geospatial data
KW - processed data
KW - report
KW - wave power
KW - wave height
KW - resource
KW - characterization
KW - excel
KW - Pacwave
KW - wave
KW - TEAMER
KW - Wave Resource Assessment
KW - CFD
KW - computational fluid dynamics
KW - Newport
KW - Oregon
KW - Paraview
KW - Siemens Femap
KW - RFTS 3
LA - English
DA - 2022/06/30
PY - 2022
PB - E-Wave Technologies LLC
T1 - TEAMER: Ocean Survivability Analysis for a WEC - Post-Access Report Data, Newport, OR
UR - https://mhkdr.openei.org/submissions/457
ER -
Lou, Junhui, et al. TEAMER: Ocean Survivability Analysis for a WEC - Post-Access Report Data, Newport, OR. E-Wave Technologies LLC, 30 June, 2022, Marine and Hydrokinetic Data Repository. https://mhkdr.openei.org/submissions/457.
Lou, J., Bennett, A., Zhang, X., Ge, Z., Zhang, S., Dunkle, G., Robertson, B., Garcia-Medina, G., & Yang, Z. (2022). TEAMER: Ocean Survivability Analysis for a WEC - Post-Access Report Data, Newport, OR. [Data set]. Marine and Hydrokinetic Data Repository. E-Wave Technologies LLC. https://mhkdr.openei.org/submissions/457
Lou, Junhui, Adam Bennett, Xi-Ying Zhang, Zhongfu Ge, Shirlyn Zhang, Gabrielle Dunkle, Bryson Robertson, Gabriel Garcia-Medina, and Zhaoqing Yang. TEAMER: Ocean Survivability Analysis for a WEC - Post-Access Report Data, Newport, OR. E-Wave Technologies LLC, June, 30, 2022. Distributed by Marine and Hydrokinetic Data Repository. https://mhkdr.openei.org/submissions/457
@misc{MHKDR_Dataset_457,
title = {TEAMER: Ocean Survivability Analysis for a WEC - Post-Access Report Data, Newport, OR},
author = {Lou, Junhui and Bennett, Adam and Zhang, Xi-Ying and Ge, Zhongfu and Zhang, Shirlyn and Dunkle, Gabrielle and Robertson, Bryson and Garcia-Medina, Gabriel and Yang, Zhaoqing},
abstractNote = {E-Wave Technologies LLC worked with the American Bureau of Shipping for the project of ocean survivability analysis of a wave energy converter that powers marine aquaculture. The performance period extended from 9/15/2021 to 6/30/2022 off the coast of Newport, Oregon. The data and scripts are used to generate all figures, tables, and charts in the Post Access Report, as well as the report itself. Project was part of the TEAMER RFTS 3 (request for technical support) program.},
url = {https://mhkdr.openei.org/submissions/457},
year = {2022},
howpublished = {Marine and Hydrokinetic Data Repository, E-Wave Technologies LLC, https://mhkdr.openei.org/submissions/457},
note = {Accessed: 2025-04-30}
}
Details
Data from Jun 30, 2022
Last updated Jan 10, 2024
Submitted Nov 2, 2022
Organization
E-Wave Technologies LLC
Contact
Junhui Lou
206.954.2211
Authors
Junhui Lou
E-Wave Technologies LLCAdam Bennett
E-Wave Technologies LLCXi-Ying Zhang
American Bureau of ShippingZhongfu Ge
American Bureau of ShippingShirlyn Zhang
American Bureau of ShippingGabrielle Dunkle
Oregon State UniversityBryson Robertson
Oregon State UniversityGabriel Garcia-Medina
Pacific Northwest National LaboratoryZhaoqing Yang
Pacific Northwest National LaboratoryKeywords
MHK, Marine, Hydrokinetic, energy, power, aquaculture, WEC, geospatial data, processed data, report, wave power, wave height, resource, characterization, excel, Pacwave, wave, TEAMER, Wave Resource Assessment, CFD, computational fluid dynamics, Newport, Oregon, Paraview, Siemens Femap, RFTS 3DOE Project Details
Project Name Testing Expertise and Access for Marine Energy Research
Project Lead Lauren Ruedy
Project Number EE0008895
