摘要
为了利用海上风能和潮流能,文章提出了"三筒型漂浮式风—流发电装置"概念,并开展了装置总体设计,然后利用ANSYS软件建立联合发电装置载体有限元模型,根据CCS相关规范,对平台载体进行了波浪载荷计算和结构强度评估,对不同工况下的载荷特点和结构响应进行了分析。结果表明,该型式发电装置载体结构符合CCS规范要求,能够保证安全运行,进而为同类载体的应用设计提供了一定参考。
In order to use the wind energy and tidal energy on the sea, the paper presents the concept of ＂three-cylinder floating wind-tidal co-generator＂ and does the general design of the installation. The paper establishes the finite element model of co-generator installation carrier by ANSYS software. According to the relative rules of CCS, the wave load calculation and structure strength assessment are done on the platform carrier. The load features and structure responses under different working conditions are analyzed. The results show that the type of generator installation carrier meets the requirements of CCS rules. It can operate safely and offer reference for the application and design of similar carriers.
出处
《船舶工程》
北大核心
2016年第4期43-46,60,共5页
Ship Engineering
关键词
风能
潮流能
发电装置
载体
有限元法
强度评估
wind energy
tidal energy
generator installation
carrier
FEM
strength assessment
