机械科学与技术2011，Vol.30Issue(8)：1258-1261,4.
基于砂带磨削的钛合金复合板材恒压自适应控制研究
Adaptive Control with Constant Pressure on Titanium Alloy Composite Plates Based on Abrasive Belt Grinding
摘要
Abstract
We present a new method of adaptive control with constant pressure on large-scale surface grinding ma- chine for solving the problem of unevenness in the process of abrasive belt grinding on titanium alloy composite plates. The grinding head and the belt follow of the ups and downs the plate surface effectively through contacting the workpiece with the constant pressure. Not only the grinding depth and the size of the titanium alloy plates are en- sured, but also the surface processing quality is improved. We used the Matlab7. 0 for simulation in the minimum va- fiance self-tuning controller, and found that the weighting factor between 1.2 and 2 is better. The results show that： using the adaptive control grinding with constant pressure, the thickness of the material removal of the specimen sur- face is floating between 0. 1 nun -0. 2 nun, and the adaptive control with constant pressure achieves good results.关键词
钛合金复合板材/砂带磨削/自适应控制/恒压随型/大型平面磨床Key words
titanium alloy composite plates/abrasive belt grinding/adaptive control/constant pressure with the surface/large-scale surface grinder分类
机械制造引用本文复制引用
刘瑞杰,黄云,靳星星,黄智,闾志明..基于砂带磨削的钛合金复合板材恒压自适应控制研究[J].机械科学与技术,2011,30(8):1258-1261,4.基金项目
重庆市科委科技计划攻关项目（CSTC2008AB3014）资助 （）
