导弹故障诊断系统减振器设计

Design of the Shock Absorber in a Missile Fault Diagnosis System

某导弹故障诊断系统减振器设计遵循隔振、缓冲系统期望的动态特性要求——变阻尼、变刚度 ,采用刚度拟合、干摩擦阻尼技术 ,实现了低固有频率、无谐振峰 ,并兼顾了缓冲要求。

Design of the shock absorber in a missile fault diagnosis system is based on its dynamic property, i.e. the shock absorber must adapt to the needs of variable damping and variable rigidities, hence, the technologies of rigidity approach and dry friction damp are applied to the design of the shock absorber. And the target of low-intrinsic-frequency and no-resonant peak has been achieved.