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Due to the complexity, the model is developed for a steady-state problem assuming velocity of the vessel is constant, seabed is flat and the effect of wind and wave is insignificant. 87, Jalan Mega Mendung, Kompleks, Jalan Klang Lama, 58200, Kuala Lumpur, WP Kuala Lumpur. The current problem was addressed using a mathematical model by considering a number of defining parameters such as the external forces, the cable properties and geometry. In order to control wastages during installation, the slack needs to be minimized and the movement of a ship/vessel needs to be synchronized with the cable being laid out. It is very often that the cable being laid out is not perfectly fit on the route being planned, which results in the formation of slack.
Abstract: Subsea cable laying process is a difficult task for an engineer due to many uncertain situations which occur during the operation.
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