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浮标平台应用于搭载水面监测设备,会受到海流作用而发生偏降、摆动和其他扰动运动,给所搭载的仪器设备稳定运行带来不利影响。以某型小水线面三体浮标平台为研究对象,分别对平台的小倾角稳定性、大倾角稳定性和单点系留稳定性进行分析,分别建立了相应的数学模型,进行了数值仿真计算,为某平台的稳定性设计提供了一定依据。
Buoy platform used in water surface monitoring equipment, will be subject to the role of the ocean side down, swinging and other disturbing movement, to carry the stable operation of equipment and equipment adversely affected. Taking a small water surface tri-body buoy platform as the research object, the small-dip stability, large-dip stability and single-point mooring stability of the platform are analyzed respectively. Corresponding mathematical models are established respectively and the numerical simulation Calculation provides a certain basis for the stability of a platform design.