摘要
为满足某发射装置作战需求,减少人员暴露时间,设计电动旋回平台,通过ProE建立其精确模型,建立了Simulink数学模型,分析不同高低角和不同的调转速度下机构所承受的总力矩,计算其所需功率,并对其控制方案进行优化,得到了优化设计结果。
In order to meet the operational requirements of a launcher and reduce the exposure time of combatants, a electric cycle platform is designed. Its accurate model is built through ProE and its mathematical model is built through Simulink. Then the total moment at different angles and speeds is analyzed to obtain the optimal design results.
出处
《机电工程技术》
2017年第12期68-71,共4页
Mechanical & Electrical Engineering Technology
