Tooth positioning of automobile gear parts
Some parts need teeth as a benchmark. For example, the time difference is generated by controlling the angle of the […]
Some parts need teeth as a benchmark. For example, the time difference is generated by controlling the angle of the […]
The same parameters as the grinding test are used for simulation, and the simulation results are shown in Figure 1. […]
The precision forging blank size of spiral bevel gear is determined according to the principle that the forging volume is […]
The new process flow of precision forging of spiral bevel gear is as follows: blanking → less and no oxidation […]
The splitting angle thickness is one of the important process parameters in the design of tooth concave die, which has […]
Die tooth profile design is the key to the precision forging die design of spiral bevel gear. The basic basis […]
The tooth profile design of spiral bevel gear forging is an important step in the design of gear forging die. […]
The forming process of open die forging of spiral bevel gear is blanking → less and no oxidation heating → […]
The precision forging of spiral bevel gear is carried out under the environment of high temperature and high pressure, and […]
According to the deformation of metal, the precision die forging of spiral bevel gear can be divided into open die […]
1. Part manufacturability analysis and forming process design Figure 1 shows the forging of straight bevel gear, which is made […]
1. Process analysis of parts Automobile differential planetary gear is an important transmission part in automobile, and its material is […]
The grinding test of spiral bevel gear was carried out on gleason-600g CNC gear grinding machine. The single factor test […]
The spiral bevel gear is processed according to the principle of “imaginary production wheel”, that is, through the meshing between […]
The whole meshing process of a single pair of teeth is divided into 30 positions to complete the calculation, and […]
In this paper, ANSYS software is used to dynamically simulate the dual frequency induction heating process of bevel gear, involving […]
The grinding process of spiral bevel gear is a very complex material removal process. In order to simplify the complexity […]
The switching time of medium and high frequency current is involved in the time-sharing of dual frequency induction heating of […]
Taking a pair of spiral bevel gears processed by SGM (large wheel generation method and small wheel deformation method) as […]
Considering the random error interference, the vibration characteristics of spur gear transmission in two cases are compared and analyzed: ① […]
Spiral bevel gear is widely used in the transmission system of heavy vehicles with the advantages of high transmission ratio, […]
Before the double frequency induction heating experiment of bevel gear, it is necessary to build the experimental platform, process and […]
The double frequency heating experiment and numerical simulation of bevel gear are carried out with the determined process parameters. The […]
The experimental scheme of dual frequency induction heating of bevel gear is as follows: install the medium and high frequency […]
After induction heating, the bevel gear will be quenched and cooled. Different microstructure distribution can be obtained by using different […]
The dual frequency induction quenching process of bevel gear can be divided into induction heating process and quenching cooling process. […]
The current penetration heating depth is inversely proportional to the current frequency. Therefore, when the bevel gear induction heating mainly […]
Because the stiffness calculation of spur gears is now very mature, many literatures have given relevant regression formulas. In order […]
As can be seen from Fig. 1a) and Fig. 1D), a more uniform temperature field model is obtained when the […]
The dual frequency induction heating process is applied to obtain a more uniform temperature field model of bevel gear. There […]
The dual frequency induction electromagnetic thermal coupling mode of bevel gear is analyzed, and the mode of alternating medium and […]
The most obvious feature of the induction heating process is the skin effect. When the penetration induction heating method is […]
The author verifies the proposed prediction method of strong tooth scraping on demaji nt5400dcg turning and milling machine. Among them, […]
The large modulus standard involute bevel gear with 12 modulus, 15 teeth, 20 º pressure angle and 40mm tooth width […]
The simulation model of electromagnetic induction heating of bevel gear includes bevel gear, induction coil and air. The numerical simulation […]
Another way to eliminate undercutting is the “multi space supplement” of gear design. That is, increase the tooth top of […]
Since the change trend of vibration response of driving wheel and driven wheel is consistent, the driving wheel is taken […]
CWE calculation is the most computationally intensive task in simulation. Therefore, in order to improve the simulation efficiency, this paper […]
The positioning of automobile gear hob should ensure that the whole aperture and end face are required to be used. […]
The two-dimensional chip shape is combined with the oblique cutting model to predict the cutting force at each time step. […]
The actual meshing state of spur gear is shown in Figure 1, and the distance from the node to the […]
Tooth surface friction parameters of spur gear under random error interference The time-varying friction model on the meshing line of […]
In order to study the bending stress of helical gear tooth root, the test will be measured under three working […]
The author uses the dexel based solid modeling system (module works) to realize the kinematic model of strong tooth scraping. […]
In order to study the vibration characteristics of spur gear pair considering the randomness of error and tooth surface friction, […]
As shown in Figure 1, the 3-DOF bending torsion coupling dynamic model of spur gear pair is established by using […]
In order to study the influence of different dynamic loading conditions on the contact area of spiral bevel gear, the […]
MCL ⁃ 1A helical gear wear testing machine is used for the experiment, which is driven by the spindle motor, […]
Take the following values for relevant parameters: Z H, and take 2 according to the tooth profile angle and helix […]
After the transmission test bench is assembled, the contact spot detection experiment of helical gear is carried out below. Because […]
In order to study the contact force variation characteristics of spiral bevel gears under dynamic meshing, the contact force variation […]
The mass loss rate time curve of automotive gear test materials after normalizing and isothermal annealing in 0.6mol/l NaCl solution […]
According to the theoretical knowledge of orthogonal helical gear, when the helical gear and helical cylindrical gear mesh, the two […]
The selection of gear hobbing cutting speed should consider the tool material and appropriate coating, the modulus of the processed […]
The size and position of the tooth surface contact area of spiral bevel gear affect the vibration, noise and bearing […]
The gear hobbing hob with modulus of 2, number of grooves of 12 and number of heads of 2 is […]
The rake angle of the gear hobbing hob is generally 0 °, and its rake face should pass through the […]
In the meshing process of gear hobbing, the gear hobbing hob is equivalent to the worm, so its stress condition […]
Before hobbing helical gear, first, prepare the combined fixture and clamp it correctly according to the relative position of each […]
Automobile gear, bearing and differential will produce vibration when working. Once there is a fault, the amplitude distribution of its […]