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针对系泊系统中铁桶倾斜角度、锚链形状、浮标的吃水深度和游动区域等参数的设计问题,通过运用物体受力平衡条件、结构微分原理,构建了系泊系统的静力学、基于微分方程的悬链线模型。综合使用了Lingo、Matlab软件编程,求解系泊系统中倾斜角度、锚链形状、浮标的吃水深度和游动区域的大小,探讨系泊系统在不同海面风速条件下的系统形态,绘制出锚链形状曲线图,使水声通讯设备的工作效果达到最佳状态。
Aiming at the design problems of tilt angle, anchor chain shape, draft depth and swimming area in the mooring system, the static equilibrium of mooring system and the principle of structural differentiation are used to establish the statics of mooring system. Based on the differential Catenary model of the equation. Lingo and Matlab software programs are used in combination to solve the angle of mooring system, the shape of anchor chain, the draft of the buoy and the size of the swimming area. The system shape of the mooring system under different sea surface wind speeds is discussed, Shape curve, the acoustics communications equipment work to achieve the best condition.