TC4航空发动机机匣加工变形控制策略
摘要
航空产业是高技术产业,发展航空产业能够有效的带动国家科技进步与工业产业升级,提高国家的综合实力。航空发动机作为航空产业中的重要一环需要持续加大科技投入。航空发动机被誉为工业的瑰宝,不论是航空发动机的设计还是制造的难度都极高,文章将结合航空发动机机匣加工后的变形问题就航空发动机机匣加工流程进行分析,对如何做好航空发动机机匣加工工艺的优化,控制航空发动机机匣加工变形量,提高航空发动机机匣的加工质量。
The aviation industry is a high-tech industry, and the development of the aviation industry can effectively promote the scientific and technological progress of the country and the upgrading of the industrial industry. Improve the comprehensive strength of the country. As an important part of the aviation industry, aero-engine needs to continue to increase investment in science and technology. The aero-engine is regarded as the treasure of the industry, and it is very difficult to design and manufacture the aeroengine. In view of the deformation problem of aero-engine casing after machining, this paper analyzes the machining flow of aeroengine casing, how to optimize the processing technology of aero-engine casing and how to control the machining deformation of aero-engine casing. Improve the processing quality of aero-engine casing.
The aviation industry is a high-tech industry, and the development of the aviation industry can effectively promote the scientific and technological progress of the country and the upgrading of the industrial industry. Improve the comprehensive strength of the country. As an important part of the aviation industry, aero-engine needs to continue to increase investment in science and technology. The aero-engine is regarded as the treasure of the industry, and it is very difficult to design and manufacture the aeroengine. In view of the deformation problem of aero-engine casing after machining, this paper analyzes the machining flow of aeroengine casing, how to optimize the processing technology of aero-engine casing and how to control the machining deformation of aero-engine casing. Improve the processing quality of aero-engine casing.
引文
[1]罗奎林,郭双全,何勇,等.激光熔覆修复航空发动机风扇机匣TC4钛合金静子叶片[J].中国表面工程,2015(6):141-146.
[2]吴泽刚,刘良宝,孙剑飞,等.航空发动机TC4机匣加工变形控制研究.航空制造技术[J].2017(21):62-67.
[3]吴心晨,陈明和,谢兰生,等.复杂外形航空发动机TC4钛合金宽弦空心风扇叶片弯扭成形[J].航空学报.2015,36(6):2055-2063.
[2]吴泽刚,刘良宝,孙剑飞,等.航空发动机TC4机匣加工变形控制研究.航空制造技术[J].2017(21):62-67.
[3]吴心晨,陈明和,谢兰生,等.复杂外形航空发动机TC4钛合金宽弦空心风扇叶片弯扭成形[J].航空学报.2015,36(6):2055-2063.