超声珩齿振动系统的非谐振设计理论与实验研究
发布时间：2018-08-23 20:05
【摘要】：正论文重点研究了齿轮超声精密加工谐振系统的设计理论及其超声珩齿工艺试验。主要研究工作如下。将齿轮等效为与其分度圆等径的中厚环盘,利用Mindlin中厚板振动求解理论,通过齿轮轮毂、辐板、轮缘三个环盘单元的耦合振动连续条件和边界条件,并结合三个环盘单元的厚度尺寸关系,建立了圆柱齿轮的横向弯曲振动求解的统一模型,
[Abstract]:This paper focuses on the design theory of ultrasonic precision gear machining resonance system and ultrasonic honing technology test. The main research work is as follows. The gear is equivalent to an equal diameter ring disk of its indexing circle. By using the theory of vibration solution of Mindlin plate, the coupling vibration continuity condition and boundary condition of three ring disk elements of gear hub, spoke plate and wheel edge are obtained. Combined with the thickness and size relationship of the three ring disk elements, a unified model for solving the lateral bending vibration of cylindrical gears is established.
【作者单位】： 太原理工大学;
【分类号】：TG618.2
本文编号：2199778
[Abstract]:This paper focuses on the design theory of ultrasonic precision gear machining resonance system and ultrasonic honing technology test. The main research work is as follows. The gear is equivalent to an equal diameter ring disk of its indexing circle. By using the theory of vibration solution of Mindlin plate, the coupling vibration continuity condition and boundary condition of three ring disk elements of gear hub, spoke plate and wheel edge are obtained. Combined with the thickness and size relationship of the three ring disk elements, a unified model for solving the lateral bending vibration of cylindrical gears is established.
【作者单位】： 太原理工大学;
【分类号】：TG618.2
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