Mooring systems have been widely used both in ship navigation and in the comprehensive utilization and development of marine resources.
See the complete code
Practical application case: mooring system (MATLAB implementation)
This paper takes the information provided by the 2016 Mathematical Modeling Question A [1] as an example to explore how to establish a mooring system efficiently. This paper is the first part of the mooring system series, and the main content is the establishment of the mooring model.
mooring system
The mooring system [2] consists of mooring lines, anchors and connectors, which are used to secure ships or floating platforms at all water depths. Mooring lines connect anchors on the sea floor to the floating structure.
mooring line
Mooring lines are made from a combination of synthetic fiber rope , wire and chain . The choice of its materials is determined by environmental factors such as wind, waves and currents.
For permanent mooring in shallow water areas below 100 m, chains are generally used; for sea conditions with water depths greater than 300 m, steel wire ropes are generally used (steel wire ropes are less dense and more elastic than chains); for ultra-deep water conditions (depth greater than 2000 m), Generally, a head-to-tail combination of chains, steel wire ropes and synthetic fiber ropes is used.
