由旋转阀门和微排水量的双 functioned 组成的新电镀物品水力的 exciter 水力的柱体被建议认识到波形的不同类型。旋转阀门孔的计算液体动力学(CFD ) 模拟表明那个孔存在二扼杀现象。根据发现,修订流动区域模型被建立。颤动波形分析借助于数学模型被执行,相关实验被验证。作为新分析指示物,而且,浸透百分比首先被介绍。试验性的结果显示修订流动区域模型与原来的,和颤动波形相比是更精确的能通过合适的线轴参数和修订柱体结构被优化。
A new electro-hydraulic exciter that consists of rotary valve and micro-displacement double-functioned hydraulic cylinder was proposed to realize different kinds of waveforms. Calculated fluid dynamics (CFD) simulation of rotary valve orifice reveals that orifice exists the two-throttle phenomenon. According to the finding, the revised flow area model was established. Vibration waveforms analysis was carried out by means of mathematic model and the related experiments were validated. Furthermore, as a new analysis indicator, saturation percentage was introduced first. The experimental results indicate that the revised flow area model is more accurate compared to the original one, and vibration waveforms can be optimized through suitable spool parameters and the revised cylinder structure.