摘要
抛丸工艺是一种利用丸料对材料表面的高速冲击进行表面处理的相关工艺。为使抛丸机的工作效率与工艺更加优化,本研究通过数学分析并经过实验机验证调整设计新型的抛丸机。对抛丸机关键零部件尺寸及位置进行优化设计与讨论,通过实验调整抛头、定向套的位置和角度使抛丸宽幅达到1 000 mm,同时保证最佳的抛丸效果。
Shot blasting process is a process which use of shot blasting material to effect high-speed im- pact on the surface of material to achieve the purpose of surface treatment. In order to make the working efficien- cy and process of shot blasting machine more optimization, this research through mathematical analysis and vali- dation adjustment by experimental machine design new type of shot blasting machine. This research conduct opti- mize design and discussion for the size and position of key parts of shot blasting machine, adjust position and an- gle of throwing head and orientation sleeve by experiment to make the shot blasting width reach 1 000 mm, and at the same time ensure best shot blasting effect.
出处
《中国工程科学》
北大核心
2013年第8期84-88,共5页
Strategic Study of CAE
关键词
抛丸机
抛丸器
表面处理
实验机
抛丸宽幅
抛丸效果
shot blasting machine
shot blasting apparatus
surface treatment
experimental machine
shot blasting width
shot blasting effect