Optimization of measuring path of spiral bevel gear tooth surface based on Improved PSO
Spiral bevel gears have the advantages of stable transmission ratio, strong bearing capacity, low transmission noise and long service life, […]
Spiral bevel gears have the advantages of stable transmission ratio, strong bearing capacity, low transmission noise and long service life, […]
1. Verification of tooth profile shape in reverse engineering software The figure shows the tooth profile in the reverse engineering […]
There are mainly two kinds of hypoid gears for axle: Gleason circular arc involute teeth and cycloid contour teeth, which […]
Taking involute spur gear as an example, this paper explains the mapping, calculation and verification of involute spur gear. In […]
When the nominal stress method is used to calculate the contact fatigue of spur gear of reducer, it is mainly […]
Based on TCA technology, the corresponding high-speed and heavy-duty spiral bevel gear surface impressions and transmission error curves before and […]
The parameter verification of involute spur gear reverse engineering includes modulus, tooth shape angle, crown height coefficient, tooth root height […]
The cylindrical gear of reducer bears the random load of road surface and the load of driving motor at the […]
Since the coincidence degree and the transmission error amplitude at the transition of high-speed and heavy-duty spiral bevel gears are […]
1. Determine the modulus, tooth profile angle, top height coefficient and tooth root height coefficient When determining the module, tooth […]
Increase the transmission ratio to 30, take the gear ratio of 2:60, and design and calculate the gear parameters. The […]
The main factors causing transmission errors of spiral bevel gears include the quasi conjugate characteristics of the tooth surface, deformation […]
According to practical experience, contact fatigue often occurs in helical cylindrical gears of transmission. The basic parameters of the high-speed […]
According to the theory and three-dimensional modeling process of hypoid gears with small number of teeth and large reduction ratio, […]
Without considering the elastic deformation of the tooth surface (assuming that the gear is completely rigid), a pair of local […]
When solving the plane coordinate points of the tooth surface of the hypoid gear pinion, because the hypoid gear pinion […]
1. Establish the precise modification model of cylindrical gear Among the components of electric vehicles, cylindrical gear is the most […]
In order to more intuitively reflect the meshing characteristics of spiral bevel gear pairs, tooth contact analysis (TCA) technology is […]
Since the coordinates (x, y, z) of any point on the tooth surface of hypoid gear have the following corresponding […]
Parameters Driving wheel Driven wheel Number of teeth 29 48 Modulus 1.75 1.75 Helix angle 16 16 Accuracy class 7 […]
Generally, during the operation of the automotive electronic control system, the ECU will calculate and judge the physical parameters and […]
According to the tooth contact analysis principle and gear meshing principle, the machining parameters of hypoid gear are calculated through […]
In the driving process of electric vehicles, the gearbox is one of the main causes of vehicle noise. At this […]
In the process of envelope generation of hypoid gear pinion, there is a meshing relationship between hypoid gear wheel tooth […]
The vibration acceleration in all directions of the helical gear is synthesized into the relative vibration acceleration a in the […]
The hypoid gear pinion with small number of teeth and high speed uses the principle of envelope method to envelope […]
Regardless of the deformation, the meshing point of a pair of helical gears at any time should be on the […]
Taking the high-speed input stage gear pair in the secondary reducer of a pure electric vehicle as the research object, […]
From the load stroke curve, it can be seen that the load change in the whole deformation process can be […]
Since the large hypoid gear wheel is processed by forming method, the profile of the hypoid gear wheel tooth surface […]
Select a single pair of teeth for tooth surface contact stress analysis, import the three-dimensional solid models of double circular […]
The machine tool for machining the tooth surface of the driving wheel (small wheel) of the hypoid gear pair has […]
The cutter head coordinate system SG for machining hypoid gear wheel is shown in Figure 1. The vector diameter RC […]
The single side tooth surface of circular arc tooth profile cylindrical gear is composed of multiple curved surfaces. The establishment […]
1.Calculation of contact stress of cylindrical gear The transmission gear is a cylindrical gear. During the meshing process of the […]
The basic parameters for machining hypoid gear wheel by forming method include: horizontal tool position H2, vertical tool position V2, […]
Theoretical circular arc tooth profile circular arc tooth line gear tooth surface can be generated by the circular arc tooth […]
The purpose of orthogonal trial calculation is to find the key geometric factors and the best combination of hypoid gears. […]
As shown in the figure, the stress distribution is given when the reduction is 1.5mm, 3.0mm and 4.5mm respectively. At […]
Single circular arc tooth profile arc tooth profile a single tooth is shown in Figure a. its tooth profile curve […]
For loaded working side: Radial force frad1d of hypoid gear pinion is: Radial force frad2d of hypoid gear wheel is: […]
The strain distribution in the deformation process shows that the overall deformation of the half shaft gear is small, and […]
Because the hypoid gear pair with less than 5 small teeth is designed, radial displacement and tangential displacement are comprehensively […]
General NC machining is often used to process Cycloid Bevel Gears and hypoid gears, and the mold cavity used in […]
The undercutting inspection of the large and small wheels of the aligned hyperboloid gear is mainly to calculate whether the […]
Based on the three-dimensional solid model, through the measurement and interference analysis module, the sharpening and contraction of the top […]
The main design parameters and tooth surface model of cycloid hypoid gear pair (Figure 1) are known, and the three-dimensional […]
Cycloid hypoid gears are milled by continuous indexing double-sided method whether there is generating motion or not. As shown in […]
The meshing characteristics of Cycloid Bevel Gear and hypoid gear not only depend on the design parameters and machining accuracy […]
Straight bevel gears are formed by “one fire and two forging”. The tooth surface of the tooth die is subjected […]
After the large wheel blank of hypoid gear is determined, the size of small wheel blank can be determined according […]
The hot precision forging lubricant shall have the following advantages: (1) It has good lubricity in the forging temperature range. […]
The velocity field distribution in the deformation process directly shows the metal flow law during the final forging of half […]
There are also four methods to place the gear blank in the coordinate system when machining the right tooth surface […]
As shown in the figure, the structure diagram of the final forging die for the half shaft gear is given. […]
The research on spiral bevel gears and hypoid gears in foreign countries is early, develops rapidly, and is also very […]
The parameters of the large end pitch circle diameter, pitch cone angle, and the distance between the intersection and each […]
When metal is heated in oxidizing atmosphere (air or furnace gas), it will react with O2, H20 or CO2 to […]
As shown in the figure, the load stroke curve of the three schemes shows that the load change laws of […]
In the design and manufacture of Cycloid Bevel Gears and hypoid gears, in order to check the gear cutting adjustment […]