Author name: zhygear

The establishment of hypoid gear tooth surface model mainly includes the following five parts: Tool equation. The research object is

The research shows that the contact and bending stresses of spur gears can be obtained by finite element method, and

From the research status of hypoid gear or spiral bevel gear transmission error at home and abroad, it can be

The mechanism of fatigue and noise generation of drive axle hypoid gear is deeply studied, and a method based on

Munro defines the transmission error te (transmission error) as follows: the deviation between the actual position of the driven gear

Hypoid gear has the advantages of large coincidence, strong tolerance, high meshing stability, and is suitable for large intersection angle,

Cycloid hypoid gear has a series of advantages such as high processing efficiency, less equipment required, stable transmission and low

For cycloid hypoid gears, based on the accurate modeling of the tooth surface, the tooth geometric contact analysis, loading contact

There is less research literature on the meshing performance analysis and active design of cycloid hypoid gears in China. The

Due to the inevitable tooth surface deviation caused by machining error and heat treatment deformation, the optimal mating tooth surface

The meshing performance analysis of hypoid gear tooth surface is based on the accurately established tooth surface model, including geometric

The tooth surface error pre correction technology can make the machined tooth surface height approach the theoretical design tooth surface,

The calculated geometric parameters and machining parameters of the wheel blank lay the foundation for the tooth surface modeling. On

Cycloid hypoid gear tooth surface geometry is complex, only its machining simulation, error sensitivity, meshing performance and tooth surface active

For cycloid hypoid gears processed by double-sided method, both sides of the tooth groove are processed at the same time,

The tooth surface error directly affects the meshing performance of the tooth surface. Due to the inevitable machining error and

TCA technology uses computer to simulate the meshing process of gear pair under no-load condition, and can obtain each instantaneous

With the rapid development of China’s automobile industry and the increasingly close cooperation with automobile enterprises in Europe, America, Japan,