Equivalent strain analysis of spiral bevel gear blank
As shown in the figure, the equivariant distribution diagram of five spiral bevel gear blank size schemes is shown, in […]
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Equivalent stress analysis of spiral bevel gear blank
As shown in the figure, the equivalent stress distribution diagram of five spiral bevel gear blank size schemes is shown, […]
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Optimization of blank size of helical gear
Die forging refers to the process that the helical gear blank is formed in the die bore under the action […]
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Influence of different friction coefficients on vibration and noise of helical gear system after modification
The vibration noise of helical gear system with modified friction coefficient of 0.1 is calculated. In order to study the […]
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Finite element model of precision forging of spiral bevel gear
The three-dimensional mathematical model of the driven spiral bevel gear of the automobile rear axle is established by CATIA V5R21. […]
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Die forging process of spiral bevel gear
(1) Forging material The forming metal material selected for the driven spiral bevel gear of automobile rear axle is a […]
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Production verification of precision forging of driven spiral bevel gear
The actual production verification of precision forging of driven spiral bevel gear is carried out in Luoyang Guanhua Precision Forging […]
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Forging technology of spiral bevel gear
The precision forging process adopted is open die forging, as shown in the figure is the schematic diagram of open […]
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Metal flow law of precision forging of spiral bevel gear
As shown in figure (a) and (b), the flow direction and size distribution of metal in X and Y directions […]
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Flow analysis of metal material in bevel gear tooth blank finishing
As shown in the figure, the flow direction diagram of metal materials in different stages of bevel gear tooth profile […]
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Numerical simulation of cold finishing of spiral bevel gear
1. Establishment of finite element model According to the structural diagram of closed cold finishing and open cold finishing, the […]
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Influence of modification on vibration and noise of helical gear system
① Simulation results of vibration and noise of helical gear system before modification The sound pressure nephogram of helical gear […]
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Double split precision forging test equipment for helical gears
The figure shows the universal material testing machine selected for experimental research. The maximum test load of the helical gear […]
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Die test results of spiral bevel gear
By changing the die structure and the cone angle of lead billet, the test is carried out on the universal […]
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Mesh analysis of precision forging blank of driven spiral bevel gear
The three-dimensional geometric modeling of the punch and die is completed by ug-3 software, as shown in the three-dimensional geometric […]
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Forming technology of cold extrusion finishing tooth profile of spiral bevel gear
According to the characteristics of cold and closed bevel gear finishing, two schemes of cold and closed bevel gear finishing […]
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Influence of support stiffness on dynamic characteristics of planetary gears
The influence of the bearing stiffness of the central component of the system on the dynamic characteristics of planetary gears […]
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Equivalent stress of finishing quantity of bevel gear tooth blank
As shown in the figure, the equivalent stress distribution diagram corresponding to different finishing quantities at the end of cold […]
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Preparation of casting blank for spiral bevel gear
The reason why lead is selected as the blank of spiral bevel gear is that the recrystallization temperature of lead […]
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Material of precision forming die for spiral bevel gear
When forming parts under cold extrusion, the selection of die materials for precision forming of spiral bevel gear should have […]
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Acquisition of boundary conditions for vibration and noise simulation of helical gear system
To calculate the vibration noise of the acoustic boundary element model of helical gear system, it is necessary to obtain […]
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Manufacturing of precision forming die for spiral bevel gear
Among the designed parts, the tooth shape concave die of spiral bevel gear is the most critical part. Because the […]
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Influence of bevel angle of spiral bevel gear preform on metal forming
Bevel angle of preform of spiral bevel gear α It has a great influence on the filling fullness of tooth […]
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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 […]
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Influence of the position of the inner split surface on the filling quality of the spiral bevel gear tooth profile
The position of the inner shunting surface is determined by the relative height of the punch and the die core, […]
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Optimization of precision forging parameters of spiral bevel gear
During the simulation, the temperatures of 900 ℃, 950 ℃, 1000 ℃, 1050 ℃ and 1100 ℃ are selected, and […]
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The influence of the gap size of the outer shunt on the metal forming force of the bevel gear
The size of the outer shunt gap is determined by the distance between the lower end face of the upper […]
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Finishing quantity and forming force of bevel gear tooth blank
The figure shows the relationship curve of forming force corresponding to the finishing amount of bevel gear tooth blank. As […]
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Effect of internal split clearance on metal forming force of spur gear
The size of the inner shunt gap is determined by the distance between the lower end face of the punch […]
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Influence of the position of the outer split surface on the filling quality of the spiral bevel gear tooth profile
The influence of the change of the relative position of the outer split surface on the tooth shape quality of […]
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Establishment of structure and acoustic finite element model of helical gear system
① Establishment of structural finite element model of helical gear system The acoustic grid requires the grid size to be […]
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Design of preform for spiral bevel gear
The shape of preform has a great influence on the cavity filling, material consumption and forming force of metal in […]
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Theoretical analysis of noncircular gears
Analyze each tooth of the meshing diagram of the driving wheel and driven wheel, number each tooth, as shown in […]
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Comparison of forming schemes of spiral bevel gear
Under the condition of ensuring the same volume and shape of the preform of spiral bevel gear, the internal split […]
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Establishment of finite element model of spiral bevel gear
Because DEFORM-3D software does not have the function of 3D modeling, UG modeling software is used to establish the solid […]
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Analysis of precision forging test results of spiral bevel gear
Figure (a) is the sectional grid diagram of some forgings before precision forging of driven spiral bevel gear, figures (b) […]
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Driven spiral bevel gear of automobile rear axle
The driven spiral bevel gear of an automobile rear axle is taken as the research object, and its part structure […]
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Kinematic analysis of noncircular gears
Using ADAMS software, the kinematics of non-circular gear is analyzed to verify whether the output transmission ratio of non-circular gear […]
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Driven spiral bevel gear of automobile rear axle
Figure 1 is the structure diagram of the designed precision forging part. Because the tooth surface of the spiral bevel […]
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Present situation of processing technology of spiral bevel gear
At present, the main processing method of spiral bevel gear is cutting method, and its whole production process is: blank […]
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Optimization of blank shape of spiral bevel gear
In UG software, open the forging drawing interface, and open the analysis → measuring body → selecting body → volume […]
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Influence of damping on dynamic meshing characteristics of planetary gears
All mechanical motions are accompanied by the loss of mechanical energy, that is, all vibrations have damping. The damping force […]
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Influence of different friction coefficients on dynamic response of helical gear after modification
The friction coefficient has an important influence on the dynamic response characteristics of helical gear. Based on the coupled dynamic […]
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Characteristics of spiral bevel gear
The pitch tooth line is a curve. This determines that when the teeth mesh, each pair of teeth can only […]
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Design of precision forging die for spiral bevel gear
20CrMnTi gear steel is used for precision forging driven spiral bevel gear, and lead is selected as the simulation material. […]
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Design of precision forging die for bevel gear
In hot precision forging of driven bevel gear, the choice of die shape and size is very important. It not […]
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Establishment of finite element model of Precision Forging Spiral Bevel Gear
Basic dimensions: the shape of the blank is close to the shape of the driven spiral bevel gear after forming. […]
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Selection of precision forging equipment for bevel gear
Compared with mechanical press, friction press has no fixed bottom dead center, convenient installation and debugging of die and less […]
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Design of precision forging blank for spiral bevel gear
The main purpose of designing the precision forging blank of spiral bevel gear is to ensure that the metal can […]
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Analysis of stroke load curve of finite element simulation of spiral bevel gear
The forming process of spiral bevel gear can be divided into three stages. The initial stage of deformation is at […]
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Influence of backlash on dynamic characteristics of planetary gears
In the gear transmission system, due to the need of lubrication and the manufacturing accuracy and installation error of gear […]
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Experimental study on compression of 20CrMnTi gear steel
The compression test is carried out by Gleeble-1500 thermal simulation testing machine to find out the influence law of heating […]
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Non-circular gear modeling
1. Drawing of tooth profile of non-circular gear At present, the envelope method and tooth profile folding algorithm are mostly […]
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Influence of modification on dynamic response of helical gear
The stiffness excitation and friction excitation change after helical gear modification. The coupling dynamic model of helical gear modification and […]
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Example analysis of noncircular gear
Example analysis of noncircular gear: the equation of transmission ratio i12 to be realized is as follows: Where, the transmission […]
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Effect of grinding parameters of spiral bevel gear steel on the depth of strengthening layer
The depth value greater than the microhardness 685 HV of carburized layer is recorded as the strengthening layer depth, and […]
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Basic theory of noncircular gears
1.Noncircular gear ratio The non-circular gear transmission ratio is a periodic function with the driving wheel angle as the independent […]
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Influence of time-varying meshing stiffness and meshing phase on dynamic characteristics of planetary gears
There are three cases for the influence of tooth surface contact phase angle on parameter excitation intensity: the first case, […]
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Analysis of simulation results of coupling dynamic model of helical gear modification and friction excitation
Based on the 8-DOF coupling dynamic model of helical gear system, the Runge Kutta method is used to solve the […]
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Total meshing stiffness of automobile helical gear
In the helical gear transmission of hybrid electric vehicle, although the rolling motion conditions are considered in the tooth surface […]