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http://hdl.handle.net/10524/36085Hawaii Deep Water Cable Program, phase II-D task 7 : development of friction test specimen for the HDWC system
| File | Size | Format | ||
|---|---|---|---|---|
| 1988-Aug-Phase II-D task 7 friction.pdf | 402.12 kB | Adobe PDF | View/Open |
Item Summary
| Title: | Hawaii Deep Water Cable Program, phase II-D task 7 : development of friction test specimen for the HDWC system |
| Authors: | Knapp, R.M. |
| Keywords: | Hawaii Deep Water Cable Program demonstration engineering friction Hawaii |
| LC Subject Headings: | Cables, Submarine--Hawaii Electric power transmission--Hawaii Electric lines--Hawaii Electric cables Underground electric lines--Hawaii |
| Date Issued: | Aug 1988 |
| Publisher: | Department of Mechanical Engineering, University of Hawaii |
| Citation: | Knapp RM. 1988. Hawaii Deep Water Cable Program, phase II-D task 7: Development of friction test specimen for the HDWC system. Honolulu (HI): Department of Mechanical Engineering, University of Hawaii at Manoa. |
| Series: | Hawaii Deep Water Cable Program Phase II |
| Abstract: | The work described herein has been completed in support of the State of Hawaii Deep Water Cable (HDWC) program, Phase II-D, and provides matching support for the ongoing SEA GRANT research project, "Design Investigation of Hawaii Deep-Water Cable Systems", R/OE-7. This effort and the SEA GRANT research project have the common objective to improve modeling accuracy of Self-Contained, Oil- Filled (SCOF) power cables. Improved modeling accuracy is expected to result in improved design methodology. This effort focuses on the effects of cable laying on component stresses at the overboarding sheave (or chute) where maximum tensile and bending actions occur. |
| Pages/Duration: | 8 pages |
| URI: | http://hdl.handle.net/10524/36085 |
| Appears in Collections: |
The Geothermal Collection |
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