Please use this identifier to cite or link to this item: http://hdl.handle.net/10524/36067

Hawaii Deep Water Cable Program, phase II : high frequency wave analysis for the Alenuihaha Channel

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Title:Hawaii Deep Water Cable Program, phase II : high frequency wave analysis for the Alenuihaha Channel
Authors:Edward K. Noda & Associates
Keywords:Hawaii Deep Water Cable Program
Alenuihaha Channel
engineering
wave impacts
Hawaii
LC Subject Headings:Cables, Submarine--Hawaii
Electric power transmission--Hawaii
Electric lines--Hawaii
Electric cables
Underground electric lines--Hawaii
Date Issued:Nov 1986
Publisher:Edward K. Noda & Associates
Citation:Edward K. Noda & Associates. 1986. Hawaii Deep Water Cable Program, phase II: High frequency wave analysis for the Alenuihaha Channel. Edward K. Noda & Associates.
Series:Hawaii Deep Water Cable Program Phase II
Abstract:One of the major obstacles in the design and deployment of this power cable system is the Alenuihaha Channel located between the islands of Hawaii and Maui. Not only is the 1,920m (6,300 ft) depth of the channel a significant constraint, but the Alenuihaha Channel is well renowned for its severe wind and wave environment. In order to quantify the magnitude of wave energy in the high frequency region, a surface wave measurement program was initiated and is herein described. The purpose of this measurement and analysis effort was two fold. First, high frequency wave measurements were to be obtained and compared with the theoretical spectrum models used by Vega et al. (1984) for, verification and validation purposes. If the measured high frequency wave energy characteristics were significantly different from the theoretical spectra, then the second objective was to develop an analytical representation for the high frequency energy region which could then be applied to future cable-barge dynamic simulations. As part of this second objective, the analytical representation of the high frequency wave spectrum should be of a form generally utilized for dynamic analysis input.
Pages/Duration:40 pages
URI/DOI:http://hdl.handle.net/10524/36067
Appears in Collections: The Geothermal Collection


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