摘要
在计算双层铠装海底光缆拉伸强度的基础上,建立了海底光缆结构参数的优化模型,对于海底光缆的设计制造有一定的指导意义。海底光缆铠装钢丝层之间的滑动对于海底光缆的拉伸强度有重要影响,分析这种滑动产生的原因,提出控制滑动的一些方法,并建立相应的结构参数优化模型。
On the base of calculating tensile strength of submarine optical fiber cable with double armor , the optimal model of structure parameter of the SOFC is established. This model has the certain guiding sense to the structure design of the SOFC. The slippage of the armor fiber optic cable steel wire level has great influence on the SOFC＇ s tensile strength. We have analyzed the reason of the slippage, and proposed some methods to control it, and established the corresponding optimal model.
出处
《舰船电子工程》
2006年第4期185-187,共3页
Ship Electronic Engineering
关键词
海底光缆
优化模型
滑动
submarine optical fiber cable, optimal model, slippage
