helical gear

The transmission error of the first stage reduction driving helical gear in the reducer of a pure electric vehicle is […]

Parameters Driving wheel Driven wheel Number of teeth 29 48 Modulus 1.75 1.75 Helix angle 16 16 Accuracy class 7 […]

Regardless of the deformation, the meshing point of a pair of helical gears at any time should be on the […]

Taking the high-speed input stage gear pair in the secondary reducer of a pure electric vehicle as the research object, […]

The contact pressure history curve during helical gear meshing is shown in Figure 1. It can be seen that the […]

The meshing of helical gears can be regarded as line contact, and the load changes and distributes along the contact […]

1. Law of equivalent stress and time change during helical gear meshing The variation law between the dynamic contact equivalent […]

Increase the speed of helical gear from 25rad / s to 35rad / s, and keep the torque unchanged. Using […]

Because the coincidence degree of helical gear is not an integer, its meshing transmission process is alternating between single and […]

(1) Equivalent stress nephogram of helical gear at 0.0025s It can be seen from Fig. 1 that the contact stress […]

The load distribution along the contact line is affected by the position and length of the helical gear contact line. […]

(1) Through analysis, it can be seen that there is no mechanism to determine the size of helical gear drum […]

Figure 1 shows the influence curve of friction on the second-order superharmonic resonance. With the increase of friction, the vibration […]

As shown in the figure, the dynamic contact equivalent stress of helical gear and the history curve changing with time […]

Nephogram of contact pressure during helical gear meshing: It can be seen from Figure 1 that the contact pressure is […]

Helix angle is an important structural parameter of helical gear, and it is also the main factor causing time-varying contact […]

The simulation process of helical gear dynamic contact has been introduced in detail before. The mesh division is also divided […]

The dynamic characteristics of the main influencing factors of helical gear vibration and noise are studied. Considering the dynamic characteristics […]

Helical gear accuracy mainly controls the transmission accuracy between helical gears during operation, such as transmission stability, instantaneous speed fluctuation, […]

In fact, the helical gear is installed on the support shaft. When the gear teeth transmit power through the support […]

The provided helical gear parameters are substituted into the algorithm in this paper. The comparison of calculation results is shown […]

(1) Equivalent stress nephogram of helical gear at 0.075s, as shown in Figure 1. (2) The equivalent stress cloud of […]

The basic parameters that determine the geometry of helical gears include the number of teeth Z and the normal pressure […]

The friction coefficient between two meshing tooth surfaces has an important influence on the magnitude of tooth surface friction, so […]

The influence curve of axial coincidence degree on contact line length calculated by this algorithm is shown in Figure 1. […]

For helical gears, the whole coincidence degree is greater than 2, which means that at least 2 tooth pairs are […]

During the operation of the machine, it is subjected to external load or self load. Some of these loads are […]

Both helical gear 1 and helical gear 2 are linear elastic materials. The young’s modulus of helical gear 1 is […]

The tooth trend of the involute helical gear is the helix angle, and the normal tooth profile is in the […]

Uneven load distribution of helical gear is a common engineering problem, which should be considered as a key issue in […]

According to the set boundary conditions, the helical gear is solved and analyzed, and the 20th order modal value of […]