Scientific

Fig. 1 shows the meshing coupling model of hypoid gear based on the finite element model. From the meshing diagram, […]

From the comparison of the dynamic and static transmission errors of hypoid gears, it can be seen that when the […]

The following is a comparison of the change law of gear mesh stiffness when the gear load is different. Here, […]

In the dynamic analysis of the hypoid gear, the difference from the static analysis is that the input end of […]

1.Analysis type First, the static nonlinear meshing analysis is carried out. In the analysis step, the class’ static stress / […]

The installation deviation of hypoid gears is mainly divided into four categories. The definition of installation deviation direction is shown […]

Different angular velocities are applied to the meshing model of hypoid gears, and there is no concept of velocity in […]

Load different resistance moments on the output end of the large gear, and the corresponding transmission error is shown in […]

Gear mesh generation strategy is directly related to the calculation speed and accuracy. In order to determine the finite element […]

The effect of the installation deviation Gama of the cross angle of the hypoid gear on the fatigue stress of […]

The influence range of each installation deviation on fatigue parameters is shown in the figure. According to the order of […]

As shown in Fig. 1, the influence of the installation deviation V of the offset distance of the hypoid gear […]

According to the requirements of the national driving axle fatigue test standard qc/t 533-1999, the test bench as shown in […]

The variation of the maximum stress of the pinion root with the installation deviation is shown in Figure 1 and […]

An important goal of hypoid gear design is to optimize the performance of gear pair installation deviation. By measuring the […]

As shown in Figure 1, when the axial installation position h of the hypoid gear pinion changes, the change trend […]

As shown in Figure 1, when the deviation g of the big axle of the hypoid gear changes towards the […]

In order to verify the accuracy of the established finite element model, the tooth root bending stress in the meshing […]

As shown in Figure 1, the change diagram of meshing footprint during the ideal meshing process of hypoid gear is […]

Submit the established model to abaqus/standard solver, and finally get the finite element analysis results, as shown in Figure 1 […]

Through ABAQUS loading characteristic analysis, the contact spots on the convex surface of the big wheel are compared with the […]

Parameters Offset distance E/mm Axis intersection angle σ / (°) Number of headers Z0 Number of teeth Z Initial installation […]

Import the hypoid gear coordinates into CATIA, use the surface function to get the gear surface of the hypoid gear, […]

Table 1 shows the basic parameters of hypoid gears, and table 2 shows the basic parameters of large and small […]

In generating machining, the tooth surface equation is still statically indeterminate through the formula, and the incremental angle of the […]

Ollicon hypoid gear processing machine tool (as shown in figure (a)) is mainly composed of cutting cutter head, cutter tilt […]

Oricon hypoid gears are machined by end face hobbing. Figure 1 shows the gear cutting principle of the end face […]