摘要
为满足某码头水下安保需求,加装了水下探测设备。首先,通过实地勘察码头结构形式及水域情况并综合设备性能指标,确定设备布放位置。然后,进行总体结构设计及流体受力与受热仿真分析、防腐防污设计,以保证设备工作性能与使用寿命。该工程的顺利验收表明,该水下探测设备的加装可满足其近海环境长期浸泡的使用要求,且具备水下长期工作的能力。
For the demand of the underwater security of the wharf,retrofitting the diver detection equipment would be feasible.The install location is confirmed based on the structural style of the wharf,hydrologic regime and the performance of equipment.After that,the structural design,fluid computation,thermal analysis and anticorrosive and antifouling design are carried out in order to guarantee the long-duration normal operation.The project is accepted smoothly,showing that the diver detection equipment retrofitted into wharf could satisfy the needs of dipping in water for long time and running normally.
作者
姚赛
杨小芳
晏怀斌
杨龙
刘刚
YAOSai;YANG Xiao-fang;YAN Huai-bin;YANGLong;LIUGang(Shanghai Marine Electronic Equipment Research Institute,Shanghai201108,China)
出处
《机械研究与应用》
2024年第1期75-78,共4页
Mechanical Research & Application
关键词
水下安保设备
受力受热仿真
防腐防污设计
underwater security equipment
simulation of stress and heating
anticorrosive and antifouling design
