This paper calculates the diagram of steering by using optimal method according to the nonlinear mathematical model of ship maneuverability.
根据稳定状态船舶操纵运动非线性数学模型，通过优化计算求出操纵性特征曲线，以此作为船舶操纵性初步衡准依据。
Ship maneuverability is the ship in accordance with the driver's intentions to maintain or change its speed, course and location of the performance.
船舶操纵性是指船舶按照驾驶者的意图能保持或改变其航速、航向和位置的性能。
The precision of the maneuverability hydrodynamic derivatives was undoubtedly of great importance to predict the ship maneuverability at the preliminary stage of ship design.
其中，操纵水动力导数预报的精确程度无疑对整个船舶操纵性预报工作具有至关重要的影响。
The results of this thesis can provide the reference guides to study on rapidity and maneuverability of large-scale ship.
本论文可为进一步研究大型船舶快速性以及操纵性能提供一些参考和依据。
Ship course control is closely related with navigation security, maneuverability and economy.
船舶航向控制与航行的安全性、可操纵性和经济性密切相关。
In order to meet the modern ship high-speed, high maneuverability.
为满足现代舰船高速、高机动性的要求。
This paper analysis the problem—how to determine the main stream velocity on the flanking rudder, the accelerating nozzle and the steering rudder in the prediction of maneuverability of a ship.
本文对船舶操纵性预计中，如何确定作用在倒车舵（侧翼舵）、加速导管、正舵上的主流速度进行了分析。
These expressions are suitable for calculating the value of the propeller thrust with computer and convenient for the study of the ship 's maneuverability.
所得的回归表达式适用于计算机进行螺旋桨的进、倒车推(拉)力计算，同时便于进行船舶操纵性研究。
Hence, the maneuverability and the course control problem of large container ship should be given adequate attention.
因此应对大型集装箱船舶的操纵性能以及航向控制问题应给予足够的重视。
The results show that the model has good engineering value, the ship seakeeping and maneuverability study guide.
计算结果表明，该模型具有良好的工程使用价值，对船舶耐波性和操纵性研究有指导意义。
Each ship has her own feeling, her own sensationswhen you maneuver her, just like when you sit in two different cars, and youcan feel the difference in power, maneuverability, and acceleration.
每艘船都有她自己的感官，在你驾驭不同的她时，有不同的感觉。就像你开着不同的车，不同的马力，工艺，加速性等都有不同。
Each ship has her own feeling, her own sensationswhen you maneuver her, just like when you sit in two different cars, and youcan feel the difference in power, maneuverability, and acceleration.
每艘船都有她自己的感官，在你驾驭不同的她时，有不同的感觉。就像你开着不同的车，不同的马力，工艺，加速性等都有不同。
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