Simulation of tooth profile precision forging process of spiral bevel gear
In order to facilitate the analysis, a quarter of the spiral bevel gear is selected as the research object. As […]
In order to facilitate the analysis, a quarter of the spiral bevel gear is selected as the research object. As […]
The position of the inner shunting surface is determined by the relative height of the punch and the die core, […]
Adopting the compound forming process of hot forging and cold finishing the tooth shape can eliminate the defects of oxidation […]
The figure is the machine tool model diagram of h350g CNC spiral bevel gear grinding machine. The linear axis X […]
During the simulation, the temperatures of 900 ℃, 950 ℃, 1000 ℃, 1050 ℃ and 1100 ℃ are selected, and […]
The size of the outer shunt gap is determined by the distance between the lower end face of the upper […]
The figure shows the relationship curve of forming force corresponding to the finishing amount of bevel gear tooth blank. As […]
The volume forming of metal is a complex plastic large deformation process. There are geometric nonlinearity caused by large deformation […]
The size of the inner shunt gap is determined by the distance between the lower end face of the punch […]
The influence of the change of the relative position of the outer split surface on the tooth shape quality of […]
① Establishment of structural finite element model of helical gear system The acoustic grid requires the grid size to be […]
The position of the split surface of the helical gear is determined by the distance between the male die and […]
The shape of preform has a great influence on the cavity filling, material consumption and forming force of metal in […]
Spiral bevel gear parts are formed by double split precision forging. In the forming process, the forming quality and forming […]
Analyze each tooth of the meshing diagram of the driving wheel and driven wheel, number each tooth, as shown in […]
Under the condition of ensuring the same volume and shape of the preform of spiral bevel gear, the internal split […]
Because DEFORM-3D software does not have the function of 3D modeling, UG modeling software is used to establish the solid […]
Figure (a) is the sectional grid diagram of some forgings before precision forging of driven spiral bevel gear, figures (b) […]
Gear is an indispensable part in mechanical transmission. It needs special equipment and cutting tools for processing. The processing technology […]
The driven spiral bevel gear of an automobile rear axle is taken as the research object, and its part structure […]
Using ADAMS software, the kinematics of non-circular gear is analyzed to verify whether the output transmission ratio of non-circular gear […]
Figure 1 is the structure diagram of the designed precision forging part. Because the tooth surface of the spiral bevel […]
There are many factors affecting the precision forging of driven spiral bevel gear, large forming load, complex metal filling process, […]
Spiral bevel gear is a key part to realize intersecting shaft or staggered shaft transmission in the field of mechanical […]
Spiral bevel gear is the key part of the main reducer of automobile rear axle. Its main function is to […]
1) Design of precision forging process of helical gear. According to the principle of precision forging and the structural characteristics […]
At present, the main processing method of spiral bevel gear is cutting method, and its whole production process is: blank […]
In UG software, open the forging drawing interface, and open the analysis → measuring body → selecting body → volume […]
All mechanical motions are accompanied by the loss of mechanical energy, that is, all vibrations have damping. The damping force […]
Precision forging technology is a less cutting technology, that is, after metal plastic forming, it can be applied to mechanical […]
China’s gear manufacturing industry started in the 1950s. After more than ten years of development, it has initially laid the […]
The friction coefficient has an important influence on the dynamic response characteristics of helical gear. Based on the coupled dynamic […]
In the 21st century, new changes have taken place in the world pattern. As an emerging developing country, China has […]
The pitch tooth line is a curve. This determines that when the teeth mesh, each pair of teeth can only […]
In order to obtain the precision forging spiral bevel gear that meets the design requirements, it is necessary to comprehensively […]
20CrMnTi gear steel is used for precision forging driven spiral bevel gear, and lead is selected as the simulation material. […]
In hot precision forging of driven bevel gear, the choice of die shape and size is very important. It not […]
Basic dimensions: the shape of the blank is close to the shape of the driven spiral bevel gear after forming. […]
Compared with mechanical press, friction press has no fixed bottom dead center, convenient installation and debugging of die and less […]
The main purpose of designing the precision forging blank of spiral bevel gear is to ensure that the metal can […]
According to the simulation results and analysis, the main parameters of precision forging process of driven spiral bevel gear can […]
The selection of gear material is very important for qualified and high-quality spiral bevel gear, which is mainly based on […]
Understanding the dynamics of spiral bevel gear in high-performance engines involves several key factors that affect their performance, durability, and […]
The forming process of spiral bevel gear can be divided into three stages. The initial stage of deformation is at […]
In the gear transmission system, due to the need of lubrication and the manufacturing accuracy and installation error of gear […]
The internal structure of compound helical gear in the gear transmission system of hybrid electric vehicle is relatively complex, and […]
Precision forging of helical gear is a research hotspot at home and abroad in recent years. There are mainly the […]
The compression test is carried out by Gleeble-1500 thermal simulation testing machine to find out the influence law of heating […]
1. Drawing of tooth profile of non-circular gear At present, the envelope method and tooth profile folding algorithm are mostly […]
At present, many scholars at home and abroad have studied the gear precision forging technology to varying degrees, and achieved […]
The stiffness excitation and friction excitation change after helical gear modification. The coupling dynamic model of helical gear modification and […]
Example analysis of noncircular gear: the equation of transmission ratio i12 to be realized is as follows: Where, the transmission […]
The depth value greater than the microhardness 685 HV of carburized layer is recorded as the strengthening layer depth, and […]
Straight bevel gears are easy to process and do not produce axial force in transmission, so they are widely used […]
① According to the causes of cracks, the process flow of gears was analyzed again. It was found that there […]
The primary task of solving non-circular gear transmission is to determine the pitch curve, which is mainly divided into three […]
1.Noncircular gear ratio The non-circular gear transmission ratio is a periodic function with the driving wheel angle as the independent […]
Noncircular gear can realize variable speed transmission between two shafts. It is a variable speed mechanism with superior transmission characteristics. […]
The helical gear transmission system of hybrid electric vehicle is composed of compound planetary gear mechanism and parallel shaft gear […]
The solution method of the natural frequency of the system is introduced, and the natural frequency of the bevel gear […]