In China, many scholars have also made beneficial contributions to the strength research of spiral bevel gears. For example, Yang Shenghua and others studied the application of general contact element in the calculation of gear tooth deformation and contact stress through contact simulation analysis, discussed the errors of gear...
The original spiral bevel gear design was based on geometry and kinematics. Because spiral bevel gear is a load-bearing component in mechanical components, in order to further improve the performance of spiral bevel gear, mechanical analysis was also introduced into the research field of spiral bevel gear. Therefore, the...
First press the green start button in Figure 1 to start the gear measuring center, and then start the supporting computer. Start the GIS software system on the interface of microcomputer, create a new bevel gear database to be tested, and input the key parameters of spiral bevel gear....
In addition to special machine tools, in recent years, with the development of machining center technology, scholars at home and abroad gradually began to study the use of general machine tools for gear processing. Gao Zhenshan et al. Proposed the machining method of high-speed milling the large wheel of...
Based on the theoretical analysis of two-axis linkage gear cutting, computer processing simulation analysis, the principle prototype of gear cutting machine has been developed and the point milling tool has been purchased, the milling experiment of spiral bevel gear can be carried out to verify the feasibility of the...
In China, by analyzing the machining principle of spiral bevel gear and the structure and motion relationship of machining machine tool, and based on the spatial meshing theory, Xu Yanwei and others established the blade cone equation and meshing equation, and deduced the calculation method of motion parameters of...
The tooth blank material selected for the tooth cutting experiment of spiral bevel gear is nylon, and the profile shape parameters refer to the tooth blank designed by simulation processing. According to the geometric parameters of spiral bevel gear blank. According to the key parameters of spiral bevel gear...
The basic machining principles of Oerlikon and Klingelnberg Spiral bevel gears are the same. The main difference between them lies in the cutter head and the different methods of dealing with the displacement coefficient. The tool spindle of Klingelnberg Spiral bevel gear milling machine cannot be tilted. The universal...
According to the scheme and structure design of two axis linkage gear cutting of spiral bevel gear and the simulation analysis of gear cutting, the gear cutting machine designed based on the proposed new method of two axis linkage gear cutting is a 6-axis 2-linkage NC machine tool. Based...
The cutting technology of spiral bevel gear was first proposed by wildhaber and Baxter of Gleason company in the United States. Later, Oerlikon company of Switzerland and Klingelnberg company of Germany also studied the tooth cutting technology of spiral bevel gear and formulated their respective tooth systems. Among them,...