Bench test for measuring bending stress of hypoid gear tooth root
In order to verify the accuracy of the established finite element model, the tooth root bending stress in the meshing […]
In order to verify the accuracy of the established finite element model, the tooth root bending stress in the meshing […]
In China, there are few studies on the bending stress of the hypoid tooth root of the drive axle, mainly […]
Based on the research of reverse technology of logarithmic spiral bevel gear, this paper expounds several important links in the […]
The tooth surface of logarithmic spiral bevel gear is a complex spatial curved surface shape, which makes its machining process […]
Curve is the basis of building surface. In reverse engineering, the commonly used curve reconstruction method is to interpolate the […]
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 […]
The design of automobile drive axle is the same as the design of other parts of transmission system. It needs […]
Spiral bevel gear modeling is determined by spiral bevel gear calculation software based on the basic parameters of the tooth […]
The surface reconstruction of logarithmic spiral bevel gear is to construct a real logarithmic spiral bevel gear tooth surface by […]
The bending fatigue of hypoid gear root of drive axle is affected by many parameters, including the geometry of hypoid […]
In HyperMesh, the geometric entity of hypoid gear is meshed. The curvature of hypoid gear changes greatly, especially the hypoid […]
According to the function of the mechanism in the seedling picking cycle, the whole movement is divided into four processes: […]
Take a pinion from the logarithmic spiral bevel gear pair, apply the prepared red lead powder evenly on the surface […]
Figure (a) shows gleason#116 hypoid gear processing machine tool. The machine tool obtains the convex or concave surface of the […]
The research object is a light truck drive axle, which is mainly composed of main reducer, axle housing, axle shaft, […]
In 1981, Litvin and Gutman first proposed to use the comprehensive analysis method to determine the machining parameters of “format” […]
On the basis of clarifying that the non-circular gear planetary gear train mechanism can be used as the actuator of […]
In the data acquisition process of logarithmic spiral bevel gear, there are many uncertain and complex comprehensive errors, which directly […]
Aiming at the problem that it is difficult to obtain the tooth surface coordinates of HFT hypoid gears, this chapter […]
The stress state and fatigue life of hypoid gear in the main reducer of drive axle is one of the […]
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, […]
Logarithmic spiral bevel gear is a complex curved surface shape. In order to ensure the accuracy of the collected data, […]
For the noncircular gear planetary gear train mechanism shown in Figure 1, the noncircular closed track of the end point […]
The establishment of hypoid gear tooth surface model mainly includes the following five parts: Tool equation. The research object is […]
Aiming at the problem that it is difficult to obtain the tooth surface coordinates of HFT hypoid gears, this chapter […]
Table 1 shows the basic parameters of hypoid gears, and table 2 shows the basic parameters of large and small […]
Reverse engineering is a reverse process of product design. The general product design is to design the shape and some […]
The research shows that the contact and bending stresses of spur gears can be obtained by finite element method, and […]
The schematic diagram of the seedling taking mechanism of non-circular gear planetary gear train is shown in the figure. The […]
From the research status of hypoid gear or spiral bevel gear transmission error at home and abroad, it can be […]
Theoretical tooth surface equation of spiral bevel gear pinion spiral bevel gear is processed on milling machine. The shaking table […]
Using the physical reverse engineering method to collect the discrete data points of the tooth surface of the logarithmic spiral […]
The mechanism of fatigue and noise generation of drive axle hypoid gear is deeply studied, and a method based on […]
In generating machining, the tooth surface equation is still statically indeterminate through the formula, and the incremental angle of the […]
The geometric model of drive axle hypoid gear is the basis of gear contact, transmission error, load and other analysis. […]
Munro defines the transmission error te (transmission error) as follows: the deviation between the actual position of the driven gear […]
Spiral bevel gear is a kind of space gear widely used in various high-speed and heavy-duty intersecting shaft and staggered […]
1. Reverse engineering inspection process Firstly, the digital model of the specified workpiece is obtained through the three-dimensional optical scanning […]
Cylindrical helical gear is a common transmission component in industrial machinery, which is widely used in transportation, aviation, shipbuilding and […]
Ollicon hypoid gear processing machine tool (as shown in figure (a)) is mainly composed of cutting cutter head, cutter tilt […]
In recent years, the competition in the automobile manufacturing industry has become increasingly fierce. In order to speed up the […]
Spiral bevel gear is an indispensable part of the power transmission system. Spiral bevel gear is a kind of complex […]
1. Small module gear processing method and its advantages and disadvantages At present, the common processing methods of small module […]
1. Create global variable equation Click the command “Σ equation” in the “tools” menu of SolidWorks software, and use the […]
Oricon hypoid gears are machined by end face hobbing. Figure 1 shows the gear cutting principle of the end face […]
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 […]
The numerical simulation of hypoid gear tooth surface, that is, the simulation of tooth surface machining, is the basis of […]
Non-circular planetary gear train mechanism has been widely studied and applied in rice transplanting mechanism because it can realize unequal […]
1. Data preprocessing Because the point cloud data of the involute cylindrical spur gear measured by the three coordinate machine […]
1. Tooth profile involute analysis The key to accurate modeling of gears is to construct involutes of gear teeth. The […]
SolidWorks software is a software developed by American SolidWorks company, which integrates two-dimensional design, three-dimensional design and finite element analysis. […]
For cycloid hypoid gears, based on the accurate modeling of the tooth surface, the tooth geometric contact analysis, loading contact […]
Taking the “Austrian” cycloid hypoid gear used in the axle as the research object, the geometric parameters and cutting parameters […]
We can calculate the end face of a single spiral gear according to the following formula: Where B is the […]
(1) Reverse engineering modeling technology construction curve The principle is to use as few control points as possible under the […]
As we all know, the tooth surface of spiral bevel gear is a very complex spatial surface. Using coordinate measuring […]