cylindrical gear

Nominal torque T1: calculate the contact strength of cylindrical gear transmission. Generally, the power P (k, w) transmitted by driving […]

Using five basic equations and MATLAB software for numerical calculation, select six contact points in the direction of gear tooth […]

Using five basic equations and MATLAB software for numerical calculation, select six contact points in the direction of gear tooth […]

1. Equivalent stress analysis of three-dimensional contact of concave cylindrical gear After the calculation, the equivalent stress of the contact […]

Keep the contact boundary condition with smooth gear consistent with the loading setting treatment method, restrict the degrees of freedom […]

The three-dimensional solid model of the gear is established by CATIA. After being imported into ANSYS, a series of spherical […]

In order to study the influence of different modification coefficients on the strength of cylindrical gears, a group of cylindrical […]

1. Import model Through the method discussed above, we can establish the three-dimensional model of the modified cylindrical gear in […]

The research on Isothermal Elastohydrodynamic Lubrication of cylindrical gears does not consider the influence of time and temperature changes on […]

1. Equivalent stress analysis of three-dimensional contact of smooth cylindrical gear The results of three-dimensional contact equivalent stress of cylindrical […]

According to the static contact analysis principle of cylindrical gear, the passive cylindrical gear needs to be completely fixed, and […]

Figure 1 shows the three-dimensional contact solid model of cylindrical gear after importing ANSYS. The general preprocessor in ANSYS is […]

Automobile cylindrical gear is the main component to transmit driving power. Its wear resistance directly affects the service life of […]

Because the process of establishing involute cylindrical gear in ANSYS is complex, CATIA, a 3D drawing software with powerful surface […]

Based on the pressure and shear stress at the meshing interface of cylindrical gear obtained from the above analysis, the […]

The chamfering of tooth profile is different from the machining of tooth surface. In order to avoid scratching the tooth […]

In the process of continuous tooth profile chamfering, the cylindrical gear rotates around the c-axis, the tool rolls with the […]

In order to ensure the accuracy of contact analysis, the influence law of micro morphology of tooth surface should be […]

Different from the traditional chamfering method of tooth profile, the new method of continuous cutting chamfering with cutting tools is […]

According to the tool installation pose coordinate system, the spatial hobbing motion coordinate system of tool and cylindrical gear is […]

The contact characteristics of the cylindrical gear at each meshing time are equivalent to the cylindrical contact with corresponding curvature. […]

The profile of hobbing chamfering tool and the profile of the end face of the processed cylindrical gear are no […]

The biting conditions of the above rolling ring can only ensure that the cylindrical gear enters the driving roller for […]

Cylindrical gear biting is a very complex process. The specific biting model is shown in Figure 1. In the figure, […]