Application of precision forging technology for spur bevel gears
The UG software is used to design the part drawing and forging drawing of the spur bevel gear and the […]
The UG software is used to design the part drawing and forging drawing of the spur bevel gear and the […]
Zhangyane of Shandong University estimated the forming force of forged half shaft gear and planetary gear, and used Defrom-3D to
The dynamic characteristics of spiral bevel gear transmission system are studied. The main contents are as follows: (1) Using the
Although the precision forging technology for spur bevel gears has been relatively mature, there are still some defects in the
Japanese scholars K Kondo and K ohga proposed the gear split flow forging method and applied it to spur gears.
In the 1950s, the former Bayer light metal company of West Germany took the lead in using the precision die
Spiral bevel gear is widely used in the high-speed stage of various mechanical transmission systems, such as aviation reducer system,
ZhangHongBin, Shandong University, in view of the reality of the precision forging gear industry today, summarized the general processes commonly
Tianxijie of Shandong University comprehensively analyzed the research status of precision forging technology and tooth profile modification technology of spur
With the rapid development of the forging industry, the industry has made great contributions to China’s scientific and technological development,
For assembly in CATIA, firstly, the driving and driven spiral bevel gears are respectively introduced into the rotating body, then
The tooth profile of spiral bevel gear is a spatial spherical involute, its tooth profile is a circular arc, and
The senior engineer team of ZHY Gear is conducting research on spiral bevel gears. This topic comes from the scientific
The milling method of hypoid gear is studied. Including the derivation of gear machining equation, machining simulation and machining experiment.
The dynamic characteristics of spiral bevel gear transmission with additional damping ring are studied, and the influence of damping ring
At present, the research on the design theory of spiral bevel gears at home and abroad mainly focuses on the
Hypoid gears are machined by generating line cutting method. The basic principle of this method is that the tooth cutting
Damping ring vibration and noise reduction technology was first discovered by R.E. Peterson based on experience and obtained a patent
After decades of unremitting efforts of Chinese scholars, China has thoroughly studied the basic technology and theory of Gleason spiral
Hypoid gears have important applications in the field of mechanical engineering and automobile. However, at present, its machining process is
With the development of mechanical industry, the importance of transmission system is more and more reflected. As the main part
At present, the commonly used spiral bevel gears are mainly Gleason system represented by Gleason company and equal height gear
At first, China did not have its own spiral bevel gear technology system, and the spiral bevel gear technology applied
The advanced manufacturing technology and machine tools of spiral bevel gears have always been the guarantee for enterprises to maintain
In terms of spiral bevel gear theory, in the 1940s and 1950s, scientists such as e.wildhaber and m.l.baxter made a
The new digital simulation method of cylindrical gear hobbing process is proposed, which provides a new way for cylindrical gear
In spiral bevel gear machining, there are many factors that affect the results of tooth contact analysis, such as the
As the basic component of mechanical transmission, spiral bevel gear is mainly used for the movement and power transmission between
The new digital simulation method of cylindrical gear hobbing process is proposed. By analyzing the position relationship between the hob
The large wheel of the hypoid gear is processed by generating method, and the small wheel is processed by denaturing
The hot forging process of spiral bevel gear blank is completed at high temperature, and the metallographic structure of metal
Taking the forging process of driving and driven spiral bevel gears as the research object, the forging process of gear
The error caused by the change of radial distance between the gear hob and the axis of the processed cylindrical
Compared with other hypoid gears with small number of teeth and large reduction ratio, hypoid gears not only have many
Gear as the core mechanical foundation. Despite the high requirements for the manufacturing and installation accuracy of gears, with the
Digital simulation technology is a comprehensive technology based on a variety of disciplines and theories, using computer and its corresponding
Although a lot of research has been done on precision forging of spiral bevel gears at home and abroad, there
The fit between hob spindle and gear hob inner hole should be accurate and firm, which is necessary to improve
Since the 1990s, with the development of computer software and hardware, numerical simulation methods have made great progress. There are
With the improvement of gear hobbing technology, gear hobs are gradually developing towards integration, small diameter and multi head. The
Before the 1990s, the research and production of gear forging were mainly based on physical simulation. That is because the
Super large straight bevel gear is a key component in China’s large-scale equipment. Due to the limitation of transportation and
Gear hobbing processing principle, as shown in the figure. There are many processing methods for cylindrical gears. According to the
The actual forging of spiral bevel gear (without punching and trimming) is shown in the figure. Comparing the numerical simulation
In view of the problems of large material waste and high cost caused by the traditional die design and process
China’s gear manufacturing industry started late. It began to produce gears in the 1950s and formed its own gear manufacturing
With the progress of science and technology, the introduction of technology and the deepening of technological transformation, the processing technology
The purpose of this paper is to simulate the forging process of the blank of the driven spiral bevel gear
In order to improve the comprehensive transmission performance of automobile drive axle, the ease off modification hypoid gear tooth surface
Hypoid gear is widely used in vehicle main reducer. With the development of spiral bevel gear towards high speed and
The research on spur gear forging at home and abroad mainly focuses on the precision forging of spur gears. The
Transmission error is an important excitation that causes the vibration and noise of helical gears. It is a parameter that
The basic research idea is: carry out digital simulation on the gear hobbing process of cylindrical gear, analyze the position
(1) This paper breaks through the condition limitation of calculating the time-varying contact line length of helical gear multi tooth
Forging is a plastic forming processing method, which uses various pressure machines to exert pressure on the metal blank under
Many scholars at home and abroad have put forward a variety of theories and methods for helical gear modification. At
According to the research results, the existing problem is to simplify the gear hobbing process in three-dimensional space to two-dimensional
There are many methods to modify the helical gear drum shape. At present, there are mainly the following two methods;
The impact and vibration of helical gear will inevitably occur in the process of transmission meshing, which will increase the
Gear hobbing machine is widely used in automobile, machine tool, engineering machinery and other machinery manufacturing industries. In gear hobbing,