gear forging

The forming temperature distribution of the bevel gear is reasonable, which has a great impact on the forming quality of

By analyzing the stress distribution in the forming process of spiral bevel gear forgings, we can fully understand the stress

Strain is a physical quantity used to express the deformation size of the deformed body. Through the analysis of 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 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

According to the characteristics of the forging process, the tooth profile of the spiral bevel gear is trimmed, which is

In actual processing, forging blanks are mostly formed by pre forging. First, the blank is pre forged into a blank