A naval radar system mounted in ships is exposed to a variety of natural and man-made environments during its operational life. All of all of these events need to be considered in the design of the radar. Specially, a shock wave initiated by detonatio...
A naval radar system mounted in ships is exposed to a variety of natural and man-made environments during its operational life. All of all of these events need to be considered in the design of the radar. Specially, a shock wave initiated by detonation of explosive device has a bad influence on life expectancy. Therefore the radar is required to survive in the shock and return to an operational state after the shock has occurred. In this paper, the shock response is analyzed by the dynamic design analysis method (DDAM) and design margin of the radar is evaluated from the results of DDAM.