Swing rolling of bevel gear blank
Swing rolling is a plastic forming method that rotates and swings on the bevel gear blank according to a certain […]
Swing rolling is a plastic forming method that rotates and swings on the bevel gear blank according to a certain […]
The blank size of spiral bevel gear refers to the specific size of the material before the pier is rough, […]
Cold extrusion process can produce extrusion parts quickly, continuously and in large quantities. In most cases, extrusion production has realized […]
The spiral bevel gear blank should be heated to 1150 ℃ for die forging, which belongs to hot die forging. […]
(1) Selection of diameter DP of spiral bevel gear blank Spiral bevel gear blank belongs to round cake forging, so […]
The forming temperature distribution of the bevel gear is reasonable, which has a great impact on the forming quality of […]
1.Axis offset Hypoid gears are used for transmission between two shafts with staggered axes. The distance that the axis of […]
1.Main names and definitions of gear teeth The code of the main names of each part of the gear tooth […]
The virtual assembly process is that the user changes the manual assembly operation process of the specified automobile rack and […]
The ring rolling ratio is the most important parameter in the forming process parameters. It shows the pRing rolling ratio […]
At present, the dynamic excitation of gear transmission system is divided into external and internal excitation. Among them, the external […]
Cylindrical gear biting is a very complex process. The specific biting model is shown in Figure 1. In the figure, […]
(1) Transmission error Transmission error refers to the difference between the actual occupied position and the ideal position of the […]
Die forging refers to the method of using die processing to make the blank finally form the forging. This forging […]
The number of teeth of planetary transmission cannot be selected at will. Normal transmission can be carried out only when […]
In actual production, the forming of workpiece is accompanied by heat generation, and the temperature of die and workpiece will […]
1. Effect of temperature on gear deformation There is no doubt that with the increase of heating temperature and quenching […]
The development of traditional cylindrical gear forming technology is a process through repeated tests by operators and years of experience […]
Ring rolling process essentially belongs to plastic forming process. Through local deformation of spiral bevel gear blank, the overall forming […]
By analyzing the stress distribution in the forming process of spiral bevel gear forgings, we can fully understand the stress […]
The rack is an involute gear whose base circle radius is infinite, and its contour has changed from involute to […]
According to the relevant models and parameters of the involute planetary gear reducer, as shown in Table 1. An accurate […]
The sizing belt of shaping die is one of the important process parameters affecting the forming accuracy of spur gear. […]
The heat treatment strengthening technology of automobile gears should pay attention to the control of surface integrity, that is, to […]
Strain is a physical quantity used to express the deformation size of the deformed body. Through the analysis of the […]
Interference analysis is one of the important contents of virtual assembly design of automobile rack and pinion steering gear. After […]
Virtual assembly of automobile rack and pinion steering gear refers to that in the virtual environment, designers can easily establish […]
The basic parameters of automobile steering gear mainly include the number of teeth, modulus, pressure angle, tooth width, displacement coefficient […]
Foreign tests have proved that the supercooled austenite decomposition products during surface quenching of carburized steel are the main reason […]
1. Test purpose Our company adopts high-grade and high-quality zocrmntih steel with 6 bandwidths according to the steel factory standard. […]
1. Introduction to truck gear processing The cold working routes of the three parts are basically the same: forging – […]
With the continuous development of the automobile industry, enterprises gradually adopt light and fuel-efficient front wheel drive vehicles to replace […]
1. Analysis of fracture morphology of aluminum alloy automobile gear In order to analyze the fracture failure cause of aluminum […]
The tooth surface is reconstructed according to the numerical simulation results under different cold shaping methods. Compared with the other […]
Through gene analysis and basic performance experiment of automobile gear materials, it is very important to master the basic parameters […]
1. Test purpose Verify the influence of different pre heat treatment methods on the deformation of final carburized helical cylindrical […]
Figure 1 shows the equivalent stress distribution of spur gear under different cold shaping methods. During full tooth shaping, the […]
The fatigue damage of automobile gear tooth surface is caused by the repeated action of automobile gear on the tensile […]
Through the speed field of precision forging of spiral bevel gear, the flow of metal blank in the forming process […]
As shown in the table, the forging deformation force of open die forging and non flash die forging of spiral […]
The dual frequency induction quenching process of bevel gear includes electromagnetic induction heating process and quenching cooling process. The temperature […]
The cutting parameters of gear hob include cutting depth, cutting speed and axial feed. The determination of these parameters should […]
The automobile gear is in the state of continuous load operation. There are both rolling and sliding between the meshing […]
Automotive automatic transmission lubricating oil (ATF) not only meets the lubrication of automotive helical gears and bearings, but also undertakes […]
The best effect of shot peening strengthening treatment of automobile gears is affected by the interaction of different conditions. The […]
The strength of automobile gear is mainly the bending fatigue strength and tooth surface contact fatigue strength of gear. Figure […]
Modulus is an important parameter of gear. When selecting automobile gear modulus, factors such as strength, noise, lightweight and processing […]
In previous studies, the ideal model without error is used in the numerical simulation of cold shaping of spur gear. […]
(1) Mold and blank materials can be directly selected from the material library of DEFORM software. The mold material is […]
The mesh generation program of DEFORM-3D can divide the geometry into tetrahedral elements, and its mesh generation methods can be […]
The forging deformation force P of spiral bevel gear is determined by empirical formula: Where: C – shape complexity coefficient […]
In order to facilitate calculation, the involute tooth profile of spiral bevel gear is simplified into linear tooth profile according […]
Sizing belt is one of the key process parameters to ensure the forming of spur gears. Whether the length of […]
The figure shows the new precision forging die structure of spiral bevel gear. The working part of the die is […]
By analyzing the forming characteristics of open die forging and the shape of spiral bevel gear forging, the plastic deformation […]
The figure is the area differential diagram of the large end of the tooth profile of spiral bevel gear. Let […]
As can be seen from Figure 1, the shape of spiral bevel gear is relatively complex, especially its tooth shape […]
1. Design principle of gear induction coil The size of the gear module plays an almost decisive role in the […]
ANSYS software itself has powerful meshing function, so ANSYS software is used for meshing. Import the 3D model built in […]
Determining the forging deformation force is a very important part of the metal plastic forming theory. The research on the […]