机械研究与应用
機械研究與應用
궤계연구여응용
MECHANICAL RESEARCH & APPLICATION
2014年
5期
127-128
,共2页
结合面%动静态特性%实验装置
結閤麵%動靜態特性%實驗裝置
결합면%동정태특성%실험장치
joint surface%dynamic and static characteristics%experimental device
结合面的动静态特性是机床整机动态优化中的关键技术，通过建立结合面实验的数学模型，开发了一套实验装置，并进行了实验，最终得到了结合面的实验数据。为机床整机的动静态优化设计提供了理论基础。
結閤麵的動靜態特性是機床整機動態優化中的關鍵技術，通過建立結閤麵實驗的數學模型，開髮瞭一套實驗裝置，併進行瞭實驗，最終得到瞭結閤麵的實驗數據。為機床整機的動靜態優化設計提供瞭理論基礎。
결합면적동정태특성시궤상정궤동태우화중적관건기술，통과건립결합면실험적수학모형，개발료일투실험장치，병진행료실험，최종득도료결합면적실험수거。위궤상정궤적동정태우화설계제공료이론기출。
The dynamic and static properties of the joint surface are the key technologies in machine tool dynamic optimiza-tion. In this article, a set of experimental device is developed through mathematical model of the joint surface, and then it is testified and finally the experimental data is obtained. Such design provides a theoretical basis for the dynamic and static opti-mization and design of machine tool.
