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Study on variation in ship's forward speed under regular waves depending on rudder controller

机译:基于舵控制器的规则波浪作用下船舶前进速度变化研究

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ABSTRACT The purpose of this research is to compare and analyze the advanced speed of ships with different rudder controller in wavy condition by using a simulation. The commercial simulation tool named AQWA is used to develop the simulation of ship which has 3 degree of freedom. The nonlinear hydrodynamic force acting on hull, the propeller thrust and the rudder force are calculated by the additional subroutine which interlock with the commercial simulation tool, and the regular wave is used as the source of the external force for the simulation. Rudder rotational velocity and autopilot coefficients vary to make the different rudder controller. An advanced speed of ships depending on the rudder controller is analyzed after the autopilot simulations.
机译:摘要本研究的目的是通过仿真比较和分析具有不同舵控制器的船舶在波浪状态下的先进速度。使用名为AQWA的商业仿真工具来开发具有3个自由度的船舶仿真。作用在船体上的非线性流体动力,螺旋桨推力和方向舵力是通过与商业仿真工具互锁的附加子程序来计算的,并且将规则波用作仿真外力的来源。舵的旋转速度和自动驾驶系数会发生变化,从而形成不同的舵控制器。在自动驾驶模拟之后,将分析取决于舵机控制器的船舶的先进速度。

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