herringbone gear

When Abaqus is used to simulate the meshing stiffness of herringbone gear, the calculation accuracy is affected by the increased

In order to evaluate the accuracy of the model, the measured results of herringbone gear at 1000r · min ^

Herringbone gear is composed of two helical gears with equal helix angle and opposite direction. If the tooth surfaces on

1. Closed power flow herringbone gear test bench Compared with the traditional open power flow test-bed, the closed power flow

According to the measured symmetry deviation, it can be known that in herringbone gear transmission system, the relative left rotation

The structure and material properties of two pairs of helical gears in herringbone gear are the same, but due to

According to the finite element simulation results of and axial displacement, the assembly offsets of 0.05 mm, 0.1 mm, 0.15

As the force along the axis of gear meshing, the axial force determines the axial vibration of gear, and indirectly

When the herringbone gear pair with alignment error is meshed, the eccentric load on the tooth surface will have a

Based on the accuracy standard, combined with the structural constraints of large energy machinery and equipment and the requirements of

In order to verify the accuracy of the load contact analysis model of herringbone gear with centering error, a three-dimensional

Due to the limitation of manufacturing difficulty and production cost, it is difficult to improve the transmission stability by improving