3D Modeling of Highly Modified Cylindrical Gears Based on UG (CAD)
UG is a software that integrates CAD/CAM/CAE, with powerful functions and the ability to easily construct complex entities and shapes. […]
UG is a software that integrates CAD/CAM/CAE, with powerful functions and the ability to easily construct complex entities and shapes. […]
In modern mechanical transmission, cylindrical spur gear transmission is the most important type of transmission. It consists of the main
Proper lubrication is critical for ensuring the longevity and performance of worm gears. The lubricant serves multiple purposes, including reducing
Import the model of elliptical arc tooth line cylindrical gear pair into Adams, add constraints and motion pairs in the
On the premise of ensuring the same modulus, tooth ratio, tooth width and pressure angle, the model of elliptical arc
Effective quality control in heat treatment is essential to ensure the reliability and performance of heat-treated components. Detecting and eliminating
The geometric features of elliptical arc tooth line cylindrical gears are shown in Figure 1. The tooth surface is divided
Cylindrical gear transmission devices are widely used in various mechanical structures. With the vigorous development of modern manufacturing, the dynamic
The tooth surface analysis of a standard helical gear pair before modification under load conditions is shown in the figure.
Polymer gears are characterized by their self-lubricating, low-cost, low-density,The advantages of high resilience and internal damping characteristics are increasingly valued,Its
The three-dimensional assembly model of the helical gear pair transmission system established in UG is saved in x.t format, and
The mathematical model of helical gear is established based on the meshing principle of helical gear tooth surface and the
As an important basic component, helical gear transmission has the advantages of stable transmission and high bearing capacity, and is
1. Contact spot inspection The same test conditions were used for the three groups of tests. After the spur gear
Complete the equivalent conversion of machining parameters for spiral bevel gears using the full process method, and express the motion
Perform Fourier transform on the meshing force curve of the spur gear pair in Figure 1 to obtain a spectrum
During the meshing stability stage of the spur gear pair from 0.17s to 0.173s, take a point on the spoke
Based on the model in Figure 1, the center distance deviation is set to 0.06 mm, the load torque T
Perform Fourier transform on the meshing force curve of the spur gear pair in Figure 1 to obtain the meshing
Extract the theoretical rotation angle of the driving wheel within 0.17s-0.175s of the stable stage of the spur gear pair
Extract the meshing force curves of the spur gear pair within 0.17s-0.175s of the stable meshing stage of the gear
1. Hob tooth profile curve Referring to the design and calculation of the tooth profile of the spiral bevel gear
Precision forging is a manufacturing process that excels in achieving customization and complexity in the fabrication of metal components. It
Hobbing method for machining spiral bevel gears: The traditional Gleason mechanical structure spiral bevel gear milling machine uses a milling
The transmission efficiency of small module spiral bevel gears is the highest among various mechanical transmissions, which has great economic
Straight face gear transmission is a transmission in which straight cylindrical gears mesh with face gears, mainly used to transmit
Quenching is a critical step in the heat treatment process that involves rapid cooling of the material to achieve the
The acquisition of grinding crack images of automotive gears mainly occurs in image acquisition devices in automotive transmission systems, which
In recent years, with the rapid development of China’s automotive industry, the demand for automotive gears is increasing day by
Through experimental verification of the tensile properties of automotive gear forgings, it can be seen that different heat treatment processes
Through experimental verification of the wear resistance of automotive gear forging blanks, it can be seen that different heat treatment
When testing the wear resistance of automotive gear forging blank test samples, the THT type high-temperature friction and wear testing
Decarburization is a common concern in heat treatment processes, where the carbon content near the surface of the material is
In order to improve the quality of automotive gears, various heat treatment processes are used to heat treat gear forging
1. Pre heat treatment process This process is the core step of the automotive gear manufacturing process. By pre heat
The raw material for manufacturing automotive gears is low-carbon alloy carburized steel, and the manufacturing process mainly includes five steps:
Automotive gears are key components of automobiles. If there are quality problems with automotive gears, the safety of automobiles can
Vibration test Based on the vibration test of the drive axle transmission system, three-direction acceleration transmissionThe sensor acquires acceleration vibration
In order to verify the effectiveness of the proposed simulation method for cylindrical gear machining, several cutting experiments were carried
As shown in Figure 1, the triangles that form the two-dimensional undeformed chip are assigned to the nearest mesh node
The three-way Dexel modeling engine used is ModuleWorks. In order to establish the simulation, a triangular mesh model is created
Preface Independent operation and maintenance is the key to continuously promote the construction and expansion of intelligent manufacturing in recent
Enhancing automotive performance using advanced spiral bevel gear mechanisms involves a combination of precise engineering, innovative materials, and sophisticated design
0 Introduction Spiral bevel gear (Gleason) is an important part in mechanical transmission.件, due to its high coincidence, low noise,
Gear hobbing is widely used in the manufacturing industry to produce high-quality straight cylindrical gears and helical cylindrical gears. Like
Considering multi-state meshing, load distribution rate, time-varying meshing stiffness and backlash, a bend-torsion-shaft dynamic model of straight bevel gear transmission
Take dimensionless parameters ω = 0. 73、F = 0. 1、 ζ = 0.05, the values of other parameters are the
Straight bevel gears play a vital role in automotive applications, contributing to enhanced performance, durability, and overall efficiency. Here’s how
Precision forging, as a critical manufacturing process, has been subject to continuous innovation and advancements that have driven significant progress
When it comes to the heat treatment of herringbone gears, there are several best practices to ensure industry compliance. These
Design of experimental scheme for vibration reduction by misalignment phase tuning To verify the vibration reduction effect of the misaligned
Introduction Gear vibration and noise are important parameters that affect transmission performance,The vibration and noise control of gear transmission system
The vibration and noise of gear transmission seriously affect its accuracy, bearing capacity and stability. The tooth side clearance reserved
The vast majority of plastic gears have smaller diameters, so the mold for such gearsThe number of teeth will also
This paper expounds the tooth turning principle of spiral tooth surface gear, deduces the tooth surface equation of spiral tooth
When β = γ = At 15 °, L1 is taken as 137mm, 127mm, 118.5mm and 117mm respectively, and the
When β = γ = At 15 °, the tooth surface errors of discrete points on the concave and convex
In order to study the feasibility of two-degree-of-freedom tooth turning of helical gear, the installation and layout relationship between the
Helical gear transmission is a transmission mode of meshing helical cylindrical gear and helical gear, which can meet the different
The gear calculator is a powerful tool that can greatly aid in optimizing the performance and reliability of gears. Here’s