Results of field experiment of a wave power extracting caisson breakwater
Yoshimi Goda, Hiroaki Nakada, Hideaki Ohneda, Masaru Suzuki, Shigeo Takahashi, Masazumi Shikamori
Abstract
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Yoshimi Goda, Hiroaki Nakada, Hideaki Ohneda, Masaru Suzuki, Shigeo Takahashi, Masazumi Shikamori
Abstract
Open-access reader
The Ministry of Transport is currently developing a wave energy absorption type caisson breakwater called a wave power extracting caisson. The aim of developing this type of breakwater is to improve its performance such as stability against waves by providing air chambers which serve as energy converters, a d to reduce costs for wave power generation through use of breakwater.This report describes the field experiment of the breakwater at Sakata Port and its results.
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The Ministry of Transport is currently developing a wave energy absorption type caisson breakwater called a wave power extracting caisson. The aim of developing this type of breakwater is to improve its performance such as stability against waves by providing air chambers which serve as energy converters, a d to reduce costs for wave power generation through use of breakwater.This report describes the field experiment of the breakwater at Sakata Port and its results.
Key concepts: Breakwater, Caisson, Christian ministry, Power (physics), Port (circuit theory), Marine engineering, Wave power, Engineering