船舶系泊缆绳破断检测缆绳拉力数据

用于检测船舶靠泊时的缆绳破断情况，特别在台风天气的时候用于检测缆绳符合，预警可能出现的断裂等危害情况，对于保障台风期间的船舶安全起到关键作用。本案例使用的是张力弦理论里的振动法算法测试受张拉缆索张力，将计算基频、计算拉力值等数据通过张力弦理论振动法数学公式计算得到缆绳张力值，进而通过计算出来的张力值对比缆绳许用负荷判断缆绳的破断危害情况。

This dataset is designed to detect rope breakage during ship berthing. Specifically, it is applied to monitor rope tension and issue early warnings for potential hazards including rope breakage during typhoon conditions, playing a critical role in ensuring ship safety during typhoons. In this case, the vibration-based algorithm based on the tensioned string theory is used to test the tension of tensioned mooring ropes. The rope tension value is calculated via the mathematical formula of the vibration method under the tensioned string theory, using data such as the calculated fundamental frequency and tensile force. Subsequently, the breakage risk of the mooring rope is determined by comparing the calculated tension value with the allowable working load of the rope.

搜集汇总

数据集介绍

特点

该数据集包含2002条船舶系泊缆绳的拉力数据，每3分钟更新一次，用于检测缆绳破断情况，特别是在台风天气中保障船舶安全。数据通过张力弦理论中的振动法算法计算缆绳张力，预警可能的断裂危害。