Parameter calculation of reverse engineering example of involute spur gear
Taking involute spur gear as an example, this paper explains the mapping, calculation and verification of involute spur gear. In […]
Taking involute spur gear as an example, this paper explains the mapping, calculation and verification of involute spur gear. In […]
The meshing performance analysis and tooth surface design of cycloid hypoid gear first need to calculate the geometric parameters and […]
Due to the inevitable machining error and heat treatment deformation, the actually processed gear tooth surface often deviates from the […]
With its special tooth shape, end face spiral gear has the advantages of high centering accuracy and strong bearing capacity. […]
When the nominal stress method is used to calculate the contact fatigue of spur gear of reducer, it is mainly […]
After nearly 70 years of development, the technology of hypoid gear has been continuously improved, but as one of the […]
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 […]
TCA technology is a pure mathematical method, which assumes that the gear teeth are rigid, and TCA technology only analyzes […]
The cylindrical gear of reducer bears the random load of road surface and the load of driving motor at the […]
At present, small module gears are widely used in high-precision instruments and instruments. The working performance and service life of […]
Hypoid gears (also known as hypoid gears) are used to transmit motion and power between staggered shafts, and are widely […]
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 […]
Gears with module less than 1 mm are generally called small module gears. Small module gear is in an extremely […]
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 […]
The tooth contact area is one of the important symbols to measure the meshing quality of bevel gears. Spiral bevel […]
According to practical experience, contact fatigue often occurs in helical cylindrical gears of transmission. The basic parameters of the high-speed […]
The primary link of physical reverse engineering is reverse engineering point cloud data acquisition, also known as the digitization of […]
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 […]
The virtual model of spiral bevel gear NC machining machine tool is the image of its real entity in the […]
The following functions should be included in the motion simulation function module of spiral bevel gear tooth surface forming CNC […]
Energy and environmental problems are becoming increasingly serious, and new energy vehicles have attracted much attention. Electric vehicles have become […]
Gear mechanism is the most widely used and important transmission mechanism in various mechanical equipment. In the reverse engineering design […]
Two objective functions and three design variables are proposed by using local synthesis method and TCA technology, and the constraints […]
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 […]
In the fields of aerospace vehicles, high-speed and heavy-duty spiral bevel gears, as the key of the transmission system, have […]
Since the coordinates (x, y, z) of any point on the tooth surface of hypoid gear have the following corresponding […]
Based on the actual motion data of spiral bevel gear NC machining machine tool, the spiral bevel gear machining process […]
Establish the gear blank with tooth surface, as shown in Figure 1. Extract the top surface, inner conical surface and […]
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 […]
The machining process of spiral bevel gears is relatively complex, and the tools used are special tools. The machining machine […]
According to the point cloud construction curve of arc tooth surface gear, firstly slice the point cloud several times along […]
In the proportion relationship between the failure parts and modes of the reducer, the gear, bearing and shaft concentrate 90% […]
In the driving process of electric vehicles, the gearbox is one of the main causes of vehicle noise. At this […]
Cutting simulation is the key link of spiral bevel gear digital manufacturing. In the virtual environment, the virtual machining of […]
The spiral denaturation method of gear pinion machining is proposed on the basis of denaturation processing. Its essence is that […]
In the process of envelope generation of hypoid gear pinion, there is a meshing relationship between hypoid gear wheel tooth […]
Face gear transmission is a kind of gear transmission in which cylindrical gears mesh with bevel gears. Angle between two […]
The vibration acceleration in all directions of the helical gear is synthesized into the relative vibration acceleration a in the […]
The forming method of gear wheel machining was put forward by Gleason company in the late 1930s. It is mainly […]
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, […]
Cylindrical gears have the advantages of strong bearing capacity, stable meshing, convenient processing and adjustment, and are widely used in […]
In the process of reverse modeling of spiral bevel gear by reverse engineering, there will be errors in the process […]
Hypoid gear has the advantages of strong bearing capacity, high transmission efficiency and large overlap coefficient. It is widely used […]
From the load stroke curve, it can be seen that the load change in the whole deformation process can be […]
In the spiral bevel gear milling machine with traditional mechanical structure, the rotating shaft of the cutter head is installed […]
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 tool inclination method is used to process the hypoid gear. Since the number of teeth of the small wheel […]
The machine tool for machining the tooth surface of the driving wheel (small wheel) of the hypoid gear pair has […]
The digital modeling of Cycloid Bevel Gear and hypoid gear is to establish the three-dimensional solid model of Cycloid Bevel […]