The Aeronautics Face-gear NC Hobbing Machining Technology
Face-gear drives become the main direction of research for aeronautical drives because of their special advantages. Face-gear machining problems have became to baffle the embedded research for face-gear. The basal coordinate systems of face-gear hobbing were setted up according to the face-gear hobbing theory. The hobbing surface equation of face-gear was established by using the equation of pinion tooth surface and matrix for coordinate transform based on the gear geometry and applied theory, then the hobbing tooth surface constrain conditions for dedendum undercutting were analyzed, at the same time, the hobbing nodal points were used to construct the three-dimensional basal worm model of face-gear hob by recurring to the three-dimensional software. Furthermore, the special hob for face-gear machining was designed and manufactured. The exact assembly and machining simulation were finished by using the program development software VC++6.0 and the UG customization function in the light of the face-gear hobbing theory. It validates the hob correctness and gets the gear hobbing program. According to the result of machining simulation, face-gear numerical control(NC) hob machining was realized in the four-axis NC machine tool. It improves the cutting efficiency and establishs the base for face-gear grinding.
face-gear hob equation of tooth surface simulation hobbing machining
Canhui Wu Yanzhong Wang Yanzhong Wang
School of Mechanical Engineering and Automation Beijing University of Aeronautics and Astronautics B State Key Laboratory of Mechanical Transmission Chongqing University Chongqing, 400044, China
国际会议
重庆
英文
264-268
2011-01-21（万方平台首次上网日期，不代表论文的发表时间）