摘要
The structural design and protective methods for the 100 kW shoreline wave power station in China are described in detail. The proper structural type is designed for effective minimization of wave loads and bending stress. Various protective devices are adopted to protect the station in the extreme conditions against excessive power of airflow, excessive torsion of the shaft, over-pressure of the chamber, over-speed of rotation, power failure, and so on. It turns out that the structural design and protective methods for the 100 kW shoreline wave power station are successful.
The structural design and protective methods for the 100 kW shoreline wave power station in China are described in detail. The proper structural type is designed for effective minimization of wave loads and bending stress. Various protective devices are adopted to protect the station in the extreme conditions against excessive power of airflow, excessive torsion of the shaft, over-pressure of the chamber, over-speed of rotation, power failure, and so on. It turns out that the structural design and protective methods for the 100 kW shoreline wave power station are successful.
出处
《海洋工程：英文版》
2003年第3期439-448,共10页
China Ocean Engineering
基金
ThissubjectissupportedbyChina'sNationalKeyTechnologiesR&DPrograminthe 9thfive yearplan (GrantNo .96 A17 0 6 0 1and 96 A17 0 8 0 4 ),theHighTechResearchandDevelopment (86 3)Program (GrantNo .2 0 0 1AA5 16 0 10 ),theNationalNaturalScienceFoundatio
