现代制造工程Issue(5)：121-125,81,6.DOI:10.16731/j.cnki.1671-3133.2025.05.015
钛合金叶盘铣削加工参数优化及轮廓测量
Optimization of milling machining parameters and profile measurement for titanium alloy blisks
摘要
Abstract
Titanium alloys,due to their high specific strength,excellent heat resistance,and corrosion resistance,are widely used as primary materials in blisks for the aerospace industry.However,the complex geometric shapes,stringent machining precision requirements,and the unique characteristics of titanium alloys present significant challenges during the milling process.These challenges include tool wear,surface quality of the machined parts,and machining efficiency.First,the geometric model of the ti-tanium alloy blisk was established and CNC programming was performed based on the machining features of the blades and flow paths.Subsequently,the milling process for titanium alloy blisks was analyzed,and appropriate tools and machining parameters were selected for experimental validation.Finally,the profiles of the machined blades were measured and analyzed,aiming to pro-vide theoretical guidance and technical support for the efficient and high-quality machining of titanium alloy blisks.关键词
钛合金叶盘/加工参数优化/刀具磨损/轮廓精度Key words
titanium alloy blisk/optimization of machining parameters/tool wear/profile accuracy分类
矿业与冶金引用本文复制引用
韦世勇..钛合金叶盘铣削加工参数优化及轮廓测量[J].现代制造工程,2025,(5):121-125,81,6.基金项目
东莞市重大科技项目(20231200300212) （20231200300212）
