Development trend of gear forgings
Internationally, the power transmission gear forging device is developing in the direction of miniaturization, high speed and standardization. The application […]
Internationally, the power transmission gear forging device is developing in the direction of miniaturization, high speed and standardization. The application […]
There are teeth on the rim, which can continuously mesh and transmit motion and power. The application of gear forgings […]
Forming speed is also an important factor affecting the precision forging of spiral bevel gear. Because the process of plastic […]
In order to investigate the influence of initial forging temperature on the precision forging of spiral bevel gear, the initial […]
Most middle and low-grade gear molds can be produced in China, and most high-end gear molds rely on imports. There […]
Make full use of CAD two-dimensional software, CATIA three-dimensional software and DEFORM-3D finite element numerical simulation software to carry out […]
There are teeth on the rim, which can continuously mesh and transmit motion and power. The application of gears in […]
China’s gear forging industry has developed rapidly during the Tenth Five Year Plan Period: in 2005, the annual output value […]
The spiral bevel gear blank should be heated to 1150 ℃ for die forging, which belongs to hot die forging. […]
The forming temperature distribution of the bevel gear is reasonable, which has a great impact on the forming quality of […]
Die forging refers to the method of using die processing to make the blank finally form the forging. This forging […]
By analyzing the stress distribution in the forming process of spiral bevel gear forgings, we can fully understand the stress […]
As a transmission part, spiral bevel gear is widely used in automobile, machine tool, ship, aircraft and other related fields. […]
Strain is a physical quantity used to express the deformation size of the deformed body. Through the analysis of the […]
In 1674, Danish astronomer Romer used the enveloping cycloid as the gear tooth profile to obtain the gear with conjugate […]
Forging can make the forging billet segregation, uniform structure and reduce the banded structure, which is conducive to reducing the […]
Through the speed field of precision forging of spiral bevel gear, the flow of metal blank in the forming process […]
The mesh generation program of DEFORM-3D can divide the geometry into tetrahedral elements, and its mesh generation methods can be […]
By analyzing the forming characteristics of open die forging and the shape of spiral bevel gear forging, the plastic deformation […]
The precision forging blank size of spiral bevel gear is determined according to the principle that the forging volume is […]
The new process flow of precision forging of spiral bevel gear is as follows: blanking → less and no oxidation […]
The tooth profile design of spiral bevel gear forging is an important step in the design of gear forging die. […]
The forming process of open die forging of spiral bevel gear is blanking → less and no oxidation heating → […]
The precision forging of spiral bevel gear is carried out under the environment of high temperature and high pressure, and […]
Gear is a basic mechanical part widely used to transmit power and change the speed and direction of movement. It […]
Compared with ordinary die forgings, the shape of precision forgings is more complex, the machining allowance is less or even […]
Gear mold is an important basic equipment of industrial production and an integral part of high-tech industry. Gear mold technology […]
According to the characteristics of the forging process, the tooth profile of the spiral bevel gear is trimmed, which is […]
There are still some difficulties in the precision forging process, so the forging of spiral bevel gear has not been […]
Import the cold precision forging die and blank model of spiral bevel gear into DEFORM-3D software. The specific steps are […]
Precision forging (net forming or near net forming) refers to the forming technology that only needs a small amount of […]
In actual processing, forging blanks are mostly formed by pre forging. First, the blank is pre forged into a blank […]
The precision forging adopts the closed die forging die. During the forging process, the gap between the upper die and […]
The strain of helical gear forging is different under different blank temperature. Figure 1 shows the strain distribution of blank […]
The reason of gear forging folding is that the metal flow is not smooth during final forging, so reducing the […]
The precision of cold forming die is the key of gear precision forging technology. At present, the analysis method has […]
As the first stage of gear precision forging, hot and warm forging process is relatively easy to control, because the […]
As the project requires to find a practical production way suitable for the factory, a high-speed, single action and single […]
The defects in the forging process of helical gear are shown in the figure. In the process of helical gear […]
For the research of traditional helical gear forging process, scholars and researchers at home and abroad mainly focus on the […]
Gear precision forging has developed greatly in recent decades. More and more manufacturers and users pay attention to manufacturing gears […]
Forging process flow of two shaft gear forgings: blanking with band saw( φ 85mm round steel) → heating in medium […]
Folding is a common defect in gear forging production, which is formed by the local convergence of oxidized metal surfaces […]
At present, most gear forging enterprises are facing the dual pressure of increasing labor cost and difficult recruitment. The traditional […]