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碳纤维复合材料超声钻孔的研究
引用本文:张其馨,冯友彬,张广玉,罗建伟,孙世宇,南南,陈健. 碳纤维复合材料超声钻孔的研究[J]. 机械工程学报, 1996, 0(3)
作者姓名:张其馨  冯友彬  张广玉  罗建伟  孙世宇  南南  陈健
作者单位:哈尔滨工业大学(张其馨,冯友彬,张广玉,罗建伟),北京卫星制造厂(孙世宇,南南,陈健)
摘    要:为碳纤维复合材料构件钻孔研制成一套旋转超声钻新技术。讨论了小型化超声振动系统的设计要点及试验分析;电流反馈式搜索电流最大值,超声波发生器的频率自动跟踪;轴向力约束型适应控制以及工具的等阻抗匹配。已将此超声振动钻孔系统制成便携式旋转超声钻,加工碳纤维复合材料效果良好。

关 键 词:复合材料,超声钻孔,频率,跟踪,自适应控制

STUDY ON UTRASONIC DRILLING FOR CARBONFIBER REINFORCED POLYMER
Zhang Qixin,Feng Youbin,Zhang Guangyu,Luo Jianwei. STUDY ON UTRASONIC DRILLING FOR CARBONFIBER REINFORCED POLYMER[J]. Chinese Journal of Mechanical Engineering, 1996, 0(3)
Authors:Zhang Qixin  Feng Youbin  Zhang Guangyu  Luo Jianwei
Affiliation:Zhang Qixin;Feng Youbin;Zhang Guangyu;Luo Jianwei(Harbin institute of Technology Harbin)Shun Shiyu;Nan Nan;Chen Jian(Beijing Satellite Manufacturing Factory Beijing)
Abstract:a revolving ultrosonic drilling machine for drilling carbon fiber reinforcedpolymer is developed. The experiments have shown that the technique can offer a neweffective approach. Thorough studies have focused on: the main design considerations andexperimental analyses in miniaturizing the vibration system, automatic frequency-track-ing of the ultrasonic generator by current-feedback searching for the maximum current-value, adaptive restraint control of the axial force and the tool's equal impendance mat-ch. The system has been made into a portable revolving ultrasonic drilling machine,whichproves effective for drilling carbon fiber reinforced polymers.
Keywords:Carbon fiber reinforced polymer Ultrasonics drilling FrequencyTracking Adaptive control
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