Knocking noise of helical gear
Knocking mainly occurs on the helical gear box components such as meshing no-load helical gear, synchronizer and sliding sleeve. Due […]
Knocking mainly occurs on the helical gear box components such as meshing no-load helical gear, synchronizer and sliding sleeve. Due […]
The forming process of bevel gear face hobbing can be regarded as a meshing transmission between the generating wheel and […]
The contact spots of three new bevel gears are shown in Figure 1. It can be seen that for single […]
Helical gear squeal is a kind of pure noise with medium high rate and low sound pressure level, which is […]
According to the method, the equiangular spiral bevel gear with five point contact can also be constructed. Because the section […]
The finite element method is still used to analyze the force of bevel gear model. The grid size setting, physical […]
Based on the design process, the equiangular spiral bevel gear with discontinuous pure rolling contact can be designed. To change […]
Similarly, the finite element method is still used to analyze the force of pure roll contact long epicycloid bevel gear. […]
The application of fully NC spiral bevel gear machining equipment greatly improves the machining accuracy of spiral bevel gear, and […]
As shown in Figure 1, the machine coordinate system for machining spiral bevel gear big wheels by forming method contains […]
It can be seen that the tooth surface shape of pure roll contact long epicycloid bevel gear can be controlled […]
In the process of spiral bevel gear cutting, the external and internal blades on the cutter head first contact the […]
The tooth surface of long epicycloid bevel gear can be obtained by conjugate surface theory. Insert the tool into the […]
When the spiral bevel gear is machined with the forming method, the internal and external cutting edges rotate around the […]
Long epicycloid bevel gear refers to the bevel gear whose tooth line is a long epicycloid. In the current industrial […]
Due to the generality of the finite element method, the force analysis of pure rolling contact isometric helix conjugate curve […]
The basic method for machining linear contact curve cylindrical gear pairs with single edge milling cutter head is as follows: […]
Spiral bevel gear cone equidistant helix is characterized by the rotation of helix, radial motion and axial motion. These three […]
After solving the finite element model, the force distribution of pinion and big gear in power transmission can be obtained. […]
Tooth surface loading contact analysis is a very important method to evaluate the contact performance of spiral bevel gear pair. […]
On the cylindrical surface, the equiangular and equidistant helix are unified, that is, the equiangular helix is also the equidistant […]
In the research field of straight bevel gear dynamics, the indexes commonly used to evaluate the dynamic performance of straight […]
The tooth clearance of straight bevel gear will affect the dynamic performance of straight bevel gear transmission and cause impact […]
If you want to solve the dynamic equation of straight bevel gear pair, you need to get the values of […]
(1) The chemical composition analysis detects whether the chemical composition of the materials selected for bevel gear meets the technical […]
According to Newton’s second law and the balance condition of force, the dynamic equation of the straight bevel gear transmission […]
The fracture surface of bevel gear was observed by scanning electron microscope. Fig. 1 shows the SEM morphology of the […]
Straight bevel gear transmission is an important power transmission system in automobile and aviation machinery. Its dynamic behavior directly affects […]
1) Inherent characteristic analysis At present, the analysis of the natural characteristics of involute straight bevel gear system generally includes […]
Compared with meshing stiffness and backlash, transmission error is the main internal excitation of involute spur bevel gear system. The […]
1. Definition and Calculation of Coincidence The ratio between the length of the actual meshing line and the pitch of […]
The modification length and modification curve need to be selected for the modification along the tooth profile direction. In the […]
In order to improve the dynamic performance of straight bevel gear system, it is necessary to solve the appropriate modification […]
SolidWorks is a three-dimensional modeling software developed based on Windows system. It has the characteristics of powerful function, easy to […]
The establishment of three-dimensional model of spur bevel gear is the basis of dynamic simulation analysis. The accuracy of solid […]
With the development of mechanical industry modernization, the straight bevel gear transmission system with high load-bearing, high efficiency, high speed […]
First press the green start button in Figure 1 to start the gear measuring center, and then start the supporting […]
At present, most agricultural tractors in China use mechanical gear transmissions, which use meshing sleeves or synchronizers to shift gears. […]
Based on the theoretical analysis of two-axis linkage gear cutting, computer processing simulation analysis, the principle prototype of gear cutting […]
The tooth blank material selected for the tooth cutting experiment of spiral bevel gear is nylon, and the profile shape […]
According to the scheme and structure design of two axis linkage gear cutting of spiral bevel gear and the simulation […]
For the design of point milling cutter, this section takes the more common finger cemented carbide end milling cutter as […]
1. Closed power flow herringbone gear test bench Compared with the traditional open power flow test-bed, the closed power flow […]
According to the measured symmetry deviation, it can be known that in herringbone gear transmission system, the relative left rotation […]
Taking the spiral bevel gear with 15 teeth and 9 modulus as an example, the parameter design of gear blank […]
The structure and material properties of two pairs of helical gears in herringbone gear are the same, but due to […]
Based on the analysis of two axis linkage gear cutting motion and the key structure design of gear cutting machine […]
Based on the design of three-axis linkage gear cutting mechanism of spiral bevel gear, the two-axis linkage gear cutting mechanism […]
Take the moving direction of the milling blade at the midpoint of the tooth surface cutting process of spiral bevel […]
According to the analysis of the cutting motion of the three-axis linkage tooth surface, the machining of the tooth surface […]
Based on the design of three-axis linkage gear cutting mechanism, the two-axis linkage gear cutting mechanism is designed. The designed […]
In order to verify the reliability of this method, the author carried out experimental verification. The tested helical gears are […]
Refer to the commonly used materials for heavy gear processing in China, consult the steel brand manual, and compare the […]
It can be seen from the analysis that the two-axis linkage gear cutting process of spiral bevel gear is mainly […]
As shown in Fig. 1, due to the special tooth shape of helical gears, the brightness and contrast of the […]
According to the analysis of the cutting motion of the three-axis linkage tooth surface, the machining of the tooth surface […]
Helical cylindrical gear is referred to as helical gear for short. The tooth line of helical gear is the combination […]
The significance of this step is to determine the sign of R and B. First, the connected domain with too […]
1. Composition of measurement system In order to meet the industrial production environment, the helical gear angle measurement system should […]
According to the analysis of cutting motion of spiral bevel gear, the three linkage motions required in the process of […]