herringbone gear

Abstract Herringbone gear, characterized by high bearing capacity and low axial load, are widely utilized in large power equipment such […]

Abstract Herringbone gear is widely used in high-speed and heavy-load applications due to their strong load-bearing capacity, high contact ratio,

Herringbone gears exhibit superior load-bearing capacity, high contact ratio, and operational reliability, making them ideal for high-speed and heavy-load applications.

This study investigates the vibration characteristics of two-stage herringbone gear transmission systems under crack-pitting coupling defects. A novel analytical model

Abstract The herringbone gear, composed of two left-right symmetrical helical gears and a middle relief groove, is renowned for its

This study presents a comprehensive methodology for optimizing the dynamic robustness of high-speed herringbone gear transmission systems. By integrating finite

AbstractHigh-speed herringbone gear transmission systems are widely utilized in industries such as energy, petrochemicals, and aerospace due to their advantages

Herringbone gears play critical roles in heavy-duty applications due to their superior load capacity and axial force cancellation. This study

Herringbone gears are widely used in high-speed mechanical transmissions due to their superior load-bearing capacity and axial force cancellation. However,

Herringbone gears combine the high load-bearing capacity of helical gears with the elimination of axial forces, making them critical components

Herringbone gears are widely used in heavy-load applications due to their high load-bearing capacity, elimination of axial forces, and smooth

Abstract:This article introduces a comprehensive gear-making process scheme for large-modulus single-coupling herringbone gear shafts. By leveraging tables, images, and key

Herringbone gears, characterized by their high load capacity and minimized axial forces, are widely used in heavy-duty applications such as

Herringbone gears, widely used in high-speed and heavy-load mechanical systems, face critical challenges in scuffing resistance due to transient temperature

Herringbone gears, composed of two mirrored helical gears and a central relief groove, are widely used in high-power transmissions due

Abstract This study aims to improve the efficiency and accuracy of herringbone gear modeling by designing a parametric modeling system

Structural Characteristics of Herringbone Gears The unique double-helical configuration of herringbone gears provides exceptional mechanical advantages expressed by: $$P_{trans} =

This paper presents a comprehensive methodology for analyzing the scuffing load capacity of herringbone gears under crossed-axis conditions. By integrating

Herringbone gears, characterized by their dual-helical structure with equal and opposite helix angles, are widely used in high-power transmission systems.

Abstract This paper focuses on the issues of uneven load distribution caused by crossed axes and the lack of an

Abstract Herringbone gear, which not only possess the high load-bearing capacity of helical gear but also overcome the axial force

Herringbone gears, characterized by their V-shaped tooth arrangement, play a critical role in heavy-duty mechanical transmissions due to their unique

This paper establishes a pure torsional nonlinear dynamic model for star-type herringbone gear systems using the lumped mass method. By

This paper investigates the dynamic behavior of herringbone gear transmission systems through multi-body dynamics modeling and experimental validation. A novel

AbstractThis paper focuses on the lubrication and temperature field analysis of herringbone gear, which are crucial components in aerospace and

This study investigates the meshing characteristics of herringbone gears under varying lead crowning modifications and staggered tooth arrangements. We propose

Herringbone gears are widely used in high-power transmission systems due to their axial force cancellation, compact design, and smooth operation.

Herringbone gears are widely used in heavy machinery, aviation, and marine applications due to their high load capacity, compact structure,

Herringbone gears, characterized by opposing helical teeth arrangements, are critical components in heavy-duty industrial applications due to their superior load-bearing

This paper presents an innovative approach for designing six-branch herringbone gear transmission systems with optimized load distribution and interference-free operation.

This study investigates the dynamic excitation characterization and robust optimization of high-speed herringbone gear transmission systems. Through systematic modeling and

Abstract To investigate the bifurcation dynamics characteristics of star herringbone gear transmission systems, the research team established a pure torsional

Abstract Herringbone gear, characterized by their symmetrical arrangement of left- and right-handed helical gears, are widely used in high-speed trains,

AbstractThe development and accuracy analysis of herringbone gear measurement software. By utilizing advanced measurement techniques and algorithms, the software is

AbstractTo reveal the influence of asymmetric pitch deviation on herringbone gear transmission, a load-bearing contact analysis method for large periods

The meshing behavior of a herringbone gear considering lead crowning modification and stagger angle is analyzed in detail. The following content

Abstract The dynamic characteristics of a two-stage herringbone gear transmission system with cracks. By establishing a mathematical model and conducting

Abstract:This paper focuses on improving the meshing state of standard tooth face herringbone gear by adopting modification techniques. To reduce

When Abaqus is used to simulate the meshing stiffness of herringbone gear, the calculation accuracy is affected by the increased

In order to evaluate the accuracy of the model, the measured results of herringbone gear at 1000r · min ^

Herringbone gear is composed of two helical gears with equal helix angle and opposite direction. If the tooth surfaces on

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

The structure and material properties of two pairs of helical gears in herringbone gear are the same, but due to