Abstract
In order to realize the efficient and rapid erection and flexible unfolding of super large active array meter wave radar with an area of more than 100 square meters, this study takes a meter wave radar antenna array unfolding and retracting system as the research object, makes a detailed structural design of the unfolding and retracting system, and establishes a three-dimensional model of the unfolding and retracting system on this basis to to Simulate the stiffness and strength of it. The changes of stiffness and strength of the array under different wind loads and wind angles are compared and analyzed. The results show that the unfolding and retracting system has high reliability under the condition of rapid erection and mobility, and has a good application and popularization prospect in the automatic unfolding and retracting system of super large radar array.
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