The figure shows the metal velocity distribution of different strokes in the cold finishing process of spiral bevel gear, in

As the starting point of casting forging compound forming process, whether the process design of casting process and the control

1. Tooth surface contact analysis of spiral bevel gear Based on the above theoretical methods, the whole process design software

1.Load stroke curve Figure 1 shows the load stroke curve of hot die forging process of different taper schemes of

1.Load stroke curve Fig. 1 is the load stroke curve of spiral bevel gear blank obtained according to the approximate

The figure shows the distribution of equal effect variation in the final step. From the figure, it can be seen

Referring to the tooth size of cold precision forging preform, the closed hot die forging die chamber is designed and

The traditional tooth surface contact mainly includes transmission error and tooth surface contact area. At present, a new analysis method,

CATIA software is used to complete the three-dimensional modeling of upper die, lower die and cold precision forging preforms with

The figure shows the equivalent stress distribution diagram of spiral bevel gear at different strokes in the cold finishing process,

Using traditional manufacturing technology to produce high-performance complex parts has become the bottleneck restricting the improvement of product quality and

The data obtained from the on-site measurement of the profile error of spiral bevel gear teeth are the readings XRK

Use CATIA three-dimensional mathematical modeling software to establish the three-dimensional mathematical models of the upper die and lower die in

Based on the generating principle, the profile error of gear teeth is measured on the machine, and the workpiece needs

During the precision forging process of the driven spiral bevel gear of the automobile rear axle, the load will change