Research status of modeling method of equal height spiral bevel gear
Equal height spiral bevel gear has complex tooth surface structure and strict meshing conditions, so its three-dimensional modeling and design […]
Equal height spiral bevel gear has complex tooth surface structure and strict meshing conditions, so its three-dimensional modeling and design […]
The theory of spiral bevel gear was put forward by E. wiidhaber, M.L. Baxter and other outstanding scientists of Gleason
In 1985, the 59th Institute of ordnance industry successfully used the cold rotary forging process to realize the cold forming
Although a lot of research has been done on the precision forging of spiral bevel gear at home and abroad,
The forging process of gears has also been studied by numerical simulation in China. Liu Quankun, Hu Chengliang and Wang
1.Grinding of milling cutter bar Before preparing for the gear cutting experiment, the grinding of the cutting edge of the
As shown in the figure, the coordinate system Sa of the large wheel surface cone of spiral bevel gear is
The cutting force of spiral bevel gear milling is an important data for the design of NC gear milling machine.
In the mechanical transmission industry, gear is an important basic transmission component. Gear transmission has many advantages, such as stable
Helical gears play a pivotal role in advancing robotics, significantly impacting the development and functionality of next-generation automation solutions. Their
Curved bevel gear (also known as spiral bevel gear) is the basic component to realize the motion transmission of intersecting
With the acceleration of China’s industrialization process, automobile, agriculture and construction machinery have higher requirements for the development of gear
Before the 1990s, the research and production practice of gear forging was mainly based on physical simulation. That is because
There are two different directions of rotation for equal height spiral bevel gear milling cutter, which are divided into left
The 18CrNiMo7-6 spur gear of Zhengzhou Machinery Research Institute is taken as the research object. The spur gear is characterized
As the key component of high-end equipment, the research on the precision forging process of large module spur gear has
Through the gear meshing principle, the machining method of equal height spiral bevel gear is studied, the structure of milling
In view of the problems of large material waste and high cost caused by the traditional die design and process
(1) The hot forging process of spiral bevel gear blank is completed at high temperature, and the metallographic structure of
Based on the research of bionics theory, combined with the characteristics of automobile gear meshing transmission, and based on the
The extrusion forming method is proposed to realize the bar drawing, and the extrusion drawing process is numerically simulated by
Due to the high cost of precision forming and high requirements for equipment, the production method of plastic forming blank
Forging is a plastic forming processing method, which uses various pressure machines to exert pressure on the metal blank under
There are roughly two methods for precision forging of gears: (1) Traditional closed die forging Closed die forging, also known
Warm cold composite forming technology is a new process abroad in the 1970s, but it was not widely used in
The forging process of driving spiral bevel gear blank also includes four steps: heating, drawing, die forging and trimming. That
The swing rolling forming process of spur bevel gear is studied. The forming process law of spur bevel gear is
Spiral bevel gear is the key transmission part of many important machines and is widely used. Forging spiral bevel gear
Gear transmission device is an important component widely used in mechanical equipment. Today, with the rapid development of industrial production,
Forging is one of the main ways of manufacturing spiral bevel gears. The forging of spiral bevel gear can be
Thermal wear and thermal fatigue analysis of forging die are two main forms of thermal failure, which can significantly improve
China’s gear manufacturing industry started relatively late. It began to produce gears in the s of the last century and
Spiral bevel gear is a kind of transmission part that can drive stably and low noise according to stable transmission
Due to the characteristics of rotary forging process, its motion form is different from traditional forging and has its particularity
A lot of simulation research has been carried out on the production process of driven spiral bevel gear blank and
At present, Britain, Japan, China, the former Soviet Union and Poland have done a lot of work on the research
The hot forging cold finishing method is used for the experiment. Because the forging simulation of small wheel shows that
According to the actual situation in the production and experiment of rotary forging of spur bevel gears, in order to
Using the die model established by the software, the contact condition of the contact area can be observed through motion
The driven spiral bevel gear of automobile rear axle is an important part of automobile main reducer. At first, in
For the manufacturing industry, the core of competition in the 21st century will be the competition of new products. How
(1) Aiming at the fatigue failure of the blank forging die of driven spiral bevel gear, the equivalent stress field
So far, great progress has been made in the research of swing rolling theory all over the world, such as
Straight bevel gear is widely used in mechanical transmission, especially in automobile transmission mechanism. The traditional straight bevel gear processing
Swing rolling, namely swing rolling, also known as axial rolling. It first appeared in the s. It was not until
Precision forging die processing of spiral bevel gear is the main means of rapid product development in industry for a
Rotary forging is a processing method of local deformation, multiple accumulation and finally overall forming. It uses the upper die
At present, the countries producing rotary forging machines in the world include Japan, Germany, Switzerland, Poland and so on. In
Rotary forging is a new type of pressure processing technology, which has only entered the practical stage in the s.
In the actual production process, in addition to die wear, hot forging die cracking is also one of the main
Rotary forging has the following characteristics: Labor saving. Firstly, the deformation force during forging is determined by the product of
Therefore, in recent years, the application of plastic forming technology to replace the traditional mechanical cutting methods has been paid
Gear processing technology can be roughly divided into four stages: gear blank processing, gear profile processing, heat treatment and finish
The whole production process of driven spiral bevel gear blank is simulated, and the ring rolling steps are mainly introduced.
The service life of spiral bevel gear blank hot forging die plays an important role in the process of hot
At present, ring rolling process is applicable to ring parts or blanks of various shapes, sizes and materials. Ring rolled
During the cold precision forging of spiral bevel gear big wheel, the blank deforms under the loading force of the
In recent years, the research on rotary forging in China has made substantial development. For the research on swing rolling,
The material utilization rate and productivity of the machining process are both low, and its blank also has the disadvantages
Ring rolling module is a special module of DEFORM-3D to simulate spur gear ring rolling process, which is a method