Design optimization of rear axle spiral bevel gear
1. Shell stiffness optimization Re optimize the reinforcing rib on the main reducer housing. Adjust the thickness of the reinforcing […]
1. Shell stiffness optimization Re optimize the reinforcing rib on the main reducer housing. Adjust the thickness of the reinforcing […]
Because the tooth surface generating line of spherical involute spiral bevel gear is arc-shaped, and the generating line is used […]
The power of the whole vehicle is transmitted to the rear axle by the engine through the clutch, gearbox and […]
Breaking through the existing Gleason gear cutting system and based on the generation principle of spherical involute tooth surface, this […]
Taking the tooth surface generating line as the cutting edge, the complete tooth surface of spiral bevel gear with spherical […]
With the deeper understanding of the automobile, the noise of the automobile, especially the noise of the transmission system, has […]
Based on the motion analysis and computer simulation of two-axis linkage gear cutting, the principle prototype of spiral bevel gear […]
Taking the concave tooth surface of right-hand spiral bevel gear as an example, the generation principle of concave tooth surface […]
The calculation and simulation machining before the cutting experiment of spiral bevel gear can eliminate the errors in the NC […]
For spiral bevel gears with contracted teeth whose base cone, root cone, pitch cone and face cone apex coincide, the […]
In order to intuitively analyze the generation principle of convex tooth surface of right-hand spiral bevel gear, the method of […]
Based on the research on the new three-axis linkage milling method of spiral bevel gear, the cutting motion is further […]
The type of spiral bevel gear studied is spherical involute involute involute involute spiral bevel gear with the intersection angle […]
In order to further understand the spiral bevel gear, this chapter first briefly introduces the classification, basic transmission principle and […]
When a pair of conjugate spiral bevel gears are driven, when the bevel gear with the number of teeth Z1 […]
Based on the generation principle of spherical involute tooth surface, two new milling methods of spiral bevel gear, which break […]
The large number of research achievements have been made in the machining technology of spiral bevel gears at home and […]
There are two main machining methods of spiral bevel gears, forming method and generating method. 1.Forming method The profile shape […]
The traditional spiral bevel gear machining is based on the principle of “imaginary flat top gear”. At present, the basic […]
China’s research on spiral bevel gear processing mainly focuses on the research on the processing technology and equipment of Gleason […]
The cutting technology of spiral bevel gear was first proposed by Ernst wildhaber and Meriwether L. Baxter of Gleason company […]
The second-order error of logarithmic spiral bevel gear can be understood as the longitudinal and transverse drum shape error of […]
Spiral bevel gear is widely used because of its strong bearing capacity and stable transmission. With the development of industrial […]
In the actual measurement of logarithmic spiral bevel gear, there is an offset in the measurement error. This offset can […]
Difference surface is a widely used surface error analysis tool. It was initially applied to the error discrimination of first-order […]
The tooth surface data point coordinates of logarithmic spiral bevel gear are collected by 3D laser scanner, and the tooth […]
The formation process of the tooth surface of the logarithmic spiral bevel gear can be regarded as that when the […]
There are many ways to express the tooth surface equation of logarithmic spiral bevel gear, including explicit, implicit, parameter and […]
The research conclusion of reverse engineering of logarithmic spiral bevel gear is mainly reflected in the following aspects: 1.The tooth […]
Tooth surface reconstruction is the core part of the whole reverse engineering technology. The basic idea of logarithmic spiral bevel […]
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 […]
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 […]
Take a pinion from the logarithmic spiral bevel gear pair, apply the prepared red lead powder evenly on the surface […]
In 1981, Litvin and Gutman first proposed to use the comprehensive analysis method to determine the machining parameters of “format” […]
In the data acquisition process of logarithmic spiral bevel gear, there are many uncertain and complex comprehensive errors, which directly […]
Logarithmic spiral bevel gear is a complex curved surface shape. In order to ensure the accuracy of the collected data, […]
Reverse engineering is a reverse process of product design. The general product design is to design the shape and some […]
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 geometric model of drive axle hypoid gear is the basis of gear contact, transmission error, load and other analysis. […]
Spiral bevel gear is a kind of space gear widely used in various high-speed and heavy-duty intersecting shaft and staggered […]
Spiral bevel gear is an indispensable part of the power transmission system. Spiral bevel gear is a kind of complex […]
As we all know, the tooth surface of spiral bevel gear is a very complex spatial surface. Using coordinate measuring […]
Spiral bevel gears have the advantages of stable transmission ratio, strong bearing capacity, low transmission noise and long service life, […]
Based on TCA technology, the corresponding high-speed and heavy-duty spiral bevel gear surface impressions and transmission error curves before and […]
Since the coincidence degree and the transmission error amplitude at the transition of high-speed and heavy-duty spiral bevel gears are […]
The main factors causing transmission errors of spiral bevel gears include the quasi conjugate characteristics of the tooth surface, deformation […]
The tooth contact area is one of the important symbols to measure the meshing quality of bevel gears. Spiral bevel […]
Without considering the elastic deformation of the tooth surface (assuming that the gear is completely rigid), a pair of local […]
The virtual model of spiral bevel gear NC machining machine tool is the image of its real entity in the […]
The following functions should be included in the motion simulation function module of spiral bevel gear tooth surface forming CNC […]
Two objective functions and three design variables are proposed by using local synthesis method and TCA technology, and the constraints […]
In order to more intuitively reflect the meshing characteristics of spiral bevel gear pairs, tooth contact analysis (TCA) technology is […]
In the fields of aerospace vehicles, high-speed and heavy-duty spiral bevel gears, as the key of the transmission system, have […]
Based on the actual motion data of spiral bevel gear NC machining machine tool, the spiral bevel gear machining process […]
The machining process of spiral bevel gears is relatively complex, and the tools used are special tools. The machining machine […]