Numerical example of spiral bevel gear
The calculation example used is a pair of oil-lubricated spiral bevel gears in a helicopter reducer. See Table 1 for […]
The calculation example used is a pair of oil-lubricated spiral bevel gears in a helicopter reducer. See Table 1 for […]
introduction The lubricated condition of the arc bevel gear is critical to the reliability and efficiency of the aircraft’s transmission […]
0 Introduction The gear-rotor system is one of the commonly used motion and power transmission mechanisms in industry. As the […]
As the key components of power conversion between shafting transmission, helical bevel gears and hypoid gears directly affect the mechanical […]
1 Determination of process plan 1.1 Analysis of part structure characteristics Figure 1 is the part diagram of a planetary […]
1 Meshing stiffness excitation Meshing stiffness is one of the important parameters of gear transmission system, taking the gear of […]
0 Introduction Gear transmission is widely used in power transmission because of its advantages of high transmission efficiency and accurate […]
0 Introduction Hypoid gears have the characteristics of large degree of overlap and stable transmission, and are widely used in […]
Because it is difficult to analyze the speed of spiral bevel gear, it is treated as equivalent spur gear. Make […]
For the single-tooth model, the tooth surface is divided into the following three types according to the figure, and the […]
1 Research background Helical bevel gear is a key part of mechanical equipment, widely used in helicopters, automobiles and other […]
As an important part of gear transmission, the performance of arc bevel gears directly determines the efficiency and service life […]
1 Introduction Variable angle gearboxes are indispensable support and connection components for transmission lines in aviation systems. At present, domestic […]
The tooth profile of the involute double-circular-arc helical gear is related to the module, tooth number, pressure angle and tooth […]
Continuously variable transmission (CVT) has the advantages of simple structure, convenient operation, high transmission efficiency, good constant power characteristics and […]
0 Preface The reducer for construction lift belongs to the heavy-duty hard tooth surface reducer, the heavy load hard tooth […]
Arc bevel gear (Gleason system) has the characteristics of high transmission efficiency, compact structure and stable transmission, and is widely […]
0 Introduction The arc bevel gear adopts shrinking teeth, and the tooth line on the gear production crown wheel is […]
1 Introduction As a key part in mechanical transmission, bevel gear is widely used in aviation, aerospace, automobile and construction […]
0 Preface Cylindrical gear transmission is a commonly used mechanical transmission method in electric tool products, through cylindrical gear transmission […]
0 Introduction Gear transmission has large transmission power, high efficiency, accurate transmission ratio, etcAdvantages, is widely used in mechanical transmission. […]
preface China is a big country in casting production, the current degree of automation after casting cleaning is low, and […]
Due to its excellent casting properties, low density and good mechanical properties, sub-eutectic Al-Si alloys are widely used in aerospace […]
In the static meshing analysis, the influence of the load of spiral bevel gears on the meshing results has been […]
Titanium alloy is widely used in aerospace, military and other fields, with the rapid development of titanium alloy casting process, […]
Through the finite element software, output the angle of spiral bevel gear with four types of offset error under three […]
Transmission error (TE) is the main source of noise of spiral bevel gear system. Studying the transmission error of spiral […]
1. Grid division Spiral bevel gear has spatial geometric complexity, which makes the volume mesh of spiral bevel gear directly […]
Installation error and other factors will change the contact mode of the tooth surface from line contact to point contact. […]
The basic geometric structure of the ideal spiral bevel gear pair is formed by the rolling of two pitch cones, […]
In view of the universality of FZG gear gluing test, FZG gluing test gear is selected, and GB/Z 6413 1、 […]
The theoretical comparison of the bonding strength of involute cylindrical gears The tooth surface temperature is an important parameter to […]
Generally speaking, the coincidence degree of the helical gear system is greater than 2, and the continuous gradual involution of […]
Subject to the layout structure of double-input-single-output gears, as shown in Figure 1, the meshing process of the left and […]
Because of the existence of helical angle, the meshing stiffness of helical gear changes not only with the change of […]
The physical model and simplified torsional vibration model of the rigidly supported double-input-single-output helical gear system are shown in the […]
In order to predict the surface topography generated in each simulation area, the local coordinate system OWXWYWZW attached to the […]
The parameters of a standard helical gear are shown in the table. According to the formula h, the half-width of […]
In practical applications, only knowing the thickness of the oil film can not accurately evaluate the lubrication state of the […]
First, confirm the parameters of lubricating oil. The parameters of lubricating oil commonly used on spiral bevel gears are as […]
In order to better judge the contact state and stress condition during the spiral bevel gear meshing process and analyze […]
1. Parameters of complete machine and gear Cylinder diameter/mm Stroke/mm Number of cylinders Rated power/kW Maximum torque / (N · […]
The contact strength of the hemispherical bevel gear is characterized by the contact force of the hemispherical bevel gear. The […]
The stability of hemispherical bevel gear is one of the important factors to be considered in the design of gear […]
The transmission accuracy of the hemispherical bevel gear is characterized by the dynamic error of the rotation angle. The results […]
The rigid-flexible coupling method in simulation is used to establish the simulation model of the hemispherical bevel gear system. The […]
The transmission model of the flexible hemispherical bevel gear is shown in Figure 1. The hemispherical bevel gear 2 is […]
As shown in Figure (a), the pure rolling between a pair of pitch cones is equivalent to the meshing motion […]
Taking the driven cone as the research object, the elastic modulus of spiral bevel gear under the design point condition […]
Taking the driven cone as the research object, when the working condition of 20 132 r/min and 1000 kW is […]
Taking the driven cone as the research object, when the rotating speed of the fixed spiral bevel gear is 20 […]
Taking the driven cone as the research object, after the numerical calculation of the spiral bevel gear near the design […]
1. Experimental conditions The experiment adopts a parallel spindle type finishing platform, and the workpiece to be processed is a […]
The Hertz-Mindlin with ar ⁃ chart wear model included in the EDEM software is used to simulate the wear amount […]
In the process of rolling and finishing, the movement track of the machining medium particles is complex and random. According […]
China plays a significant role in international collaborative gear projects, leveraging its manufacturing capabilities, expertise, and technological advancements. Through partnerships […]
Further harmonic response analysis is carried out on the basis of modal analysis. Firstly, the multi-body dynamics software Adams is […]
Modal analysis of driven gear in Abaqus, material properties of spiral bevel gear: elastic modulus E=207 GPa, Poisson’s ratio μ […]
Spiral angle is an important parameter of helical gears. Currently, the traditional methods for measuring spiral angle mainly include cardboard […]