The z-direction deformation of spur bevel gear blank with different thickness
When the thickness of spur bevel gear blank is 90mm, the z-direction displacement nephogram of spur bevel gear blank with […]
When the thickness of spur bevel gear blank is 90mm, the z-direction displacement nephogram of spur bevel gear blank with […]
When the straight bevel gear split wheel blank is cut, the material of the cogging part is removed, and the […]
Li Mingliang simulated the forming process of forward extrusion and reducing extrusion of spur gear on DEFORM-3D software. It was […]
Stiffness is a characteristic value to measure the resistance of straight bevel gear blank to deformation during tooth cutting. The […]
Based on theoretical calculation and finite element simulation, Sun Jie and Ke Yinglin of Zhejiang University studied the influence of […]
The motion form of cylindrical gear pair transmission is pure rolling based on cone, while the motion of a pair […]
Compared with other curve tooth bevel gear pairs with vertical axis, hypoid gear pair has the following advantages: (1) The […]
Taking 18CrNiMo7-6 spur gear as the research object, the finite element models of three schemes are established, and the warm […]
The process of gear cutting of straight bevel gear blank is actually the process that the material in the tooth […]
The deformation of extra large split spur bevel gear blank in the process of gear cutting is closely related to […]
The three-dimensional solid model of the gear is established by CATIA. After being imported into ANSYS, a series of spherical […]
The moment of inertia of the section to the neutral axis of the straight bevel gear blank is different in […]
Scientific design is the premise of producing hypoid gear pair with good meshing performance and the guarantee of stable operation, […]
Virtual assembly refers to the process of using relevant tools in the virtual interactive environment provided by the computer to […]
First, prepare a large inspection platform, several steel balls with the same diameter (if conditions permit, it is best to […]
Based on the forming principle of gear, Yu Xiaoning and others designed the tooth profile of milling cutter through the […]
The existing research on the subdivision machining of large gear is mainly aimed at large cylindrical gear. Niu Yanfang and […]
The cold extrusion technology of spur gear is a metal plastic forming process with less and no chip, which has […]
In the process of cutting teeth, the material of straight bevel gear blank continues to be cut off, and the […]
As shown in the cloud diagram and partial enlarged diagram of the contact stress distribution of the concave spur gear, […]
After the solution is completed, the equivalent stress of the two-dimensional contact of the concave spur gear is displayed by […]
The tooth surface of hypoid gear tooth is an irregular spatial surface with complex structure, and the mathematical model involves […]
Super large straight bevel gear is one of the most important parts in China’s large-scale heavy industrial equipment. It is […]
Hypoid gear pair is a special kind of curved bevel gear transmission used to transfer the motion and load between […]
1.Involute helical cylindrical gear defined by modulus 1) Use the common normal micrometer (or digital caliper) to measure the common […]
Cylindrical helical gear transmission is a kind of transmission commonly used in mechanical transmission. Cylindrical helical gear is an important […]
Taking the forging process of driving and driven spiral bevel gear blank as the research object, the forging process of […]
Cold finishing process is the last process in compound forming. It is the key point in the whole process to […]
Taking the initial forging temperature as 1000 ° C, 1050 ° C and 1100 ° C respectively, and the friction […]
As a special bevel gear, hypoid gear has complex design theory, many technical difficulties and great manufacturing difficulties. In the […]
The motion model of hypoid gear pair is established. The pinion of hypoid gear pair applies a speed of 60R […]
Computer simulation is a method of analyzing and studying the system by using computer based on the established simulation model. […]
The main program of hypoid gear parametric design system is realized through several design units: input of design parameters and […]
Professor Liu Quankun of Hefei University of technology proposed to simulate the continuous extrusion forming of spur gear through the […]
The research shows that the tooth profile of a single tooth of hypoid gear is a closed profile surrounded by […]
This paper mainly carries out three-dimensional automatic modeling of equal high tooth spiral bevel gear and its precision forging die, […]
The meshing principle of hypoid gear pair is a point meshing theory based on the “local conjugate principle”. Because it […]
Consistent with the boundary condition setting of the smooth spur gear, restrict the degrees of freedom of all nodes in […]
Consistent with the two-dimensional modeling of smooth spur gear, the two-dimensional line contact peripheral contour curve of spur gear is […]
Three kinds of warm forging die structures are set according to the structural characteristics of spur gear. As shown in […]
Based on the analysis of spiral bevel gear design, manufacturing, testing and error correction technology, ZHY Gear believes that there […]
In the aspect of tooth surface error correction of spiral bevel gear, in the past, the tooth surface error correction […]
At present, there is little research on die modeling and precision forging process of equal high tooth spiral bevel gear. […]
The closed forging process is adopted. After blanking, upsetting, punching and rolling of cylindrical bar, the ring with certain internal […]
In essence, the machining of gear is that the tool continuously feeds along the radial direction of the gear, and […]
The matching of machining quality and machining efficiency is an issue to be seriously considered in finishing machining. After the […]
The research on the design and machining theory of hypoid gears in China began in the 1970s. Due to the […]
The two axes of hypoid gear are straight lines with different surfaces, that is, there is an offset distance between […]
This paper mainly carries out three-dimensional automatic modeling of equal high tooth spiral bevel gear and its precision forging die […]
In the diestressanalysis module of deform, the die stress is analyzed to study the deformation of die tooth profile in […]
When the friction coefficient is 0.3 and 0.7 respectively, the forming load curve of spiral bevel gear under different initial […]
The forging object of spiral bevel gear blank (without punching and trimming) is shown in the figure. Comparing the numerical […]
The forming effect analysis is mainly used to analyze whether the equal height spiral bevel gear forging is completely filled, […]
In 1987, British universities first proposed the idea of precision forging hollow parts with floating die. According to the principle […]
1. Equivalent stress analysis of two-dimensional line contact of smooth spur gears The general post processor in ANSYS is used […]
Warm forging is equivalent to the pre forming step of spur gear. The design of pre forging drawing is based […]
Hypoid gear transmission based on local conjugate principle is a typical point meshing transmission gear. Its tooth profile is spherical […]
Combined with the practice of ZHY gear, the forging process of driven spiral bevel gear blank is numerically simulated. In […]
Contour spiral bevel gear can be modeled in the modeling module of UG, but this method is only for a […]
The research situation of gear forging at home and abroad and the application of numerical simulation technology in gear forging […]