helical gear

This study proposes an enhanced analytical model to calculate the time-varying mesh stiffness (TVMS) of helical gear pairs under crack […]

This paper presents an efficient mesh control methodology for contact simulation of helical gear pairs based on Hertzian contact theory

This study investigates the dynamic meshing characteristics and fatigue behavior of high-speed helical gears through finite element modeling, transient analysis,

Helical gears are critical components in synchronous box-type exciters for mining linear vibrating screens. Their dynamic behavior directly affects the

The meshing quality of helical gears in automotive transmissions is critically influenced by support stiffness and surface treatment. This study

This study investigates the steady-state temperature distribution and thermal deformation characteristics of helical gears in electric drive systems. A parametric

Heavy-duty trucks rely on transmissions with high-performance helical gears to handle increasing power density requirements. This study establishes a systematic

Helical gears exhibit complex three-dimensional spatial engagement characteristics due to their inherent helix angle. This study presents an improved analytical

Helical gear systems under oil lubrication exhibit complex dynamic behaviors due to interfacial slip and meshing impacts. This study establishes

In modern automotive electric power steering (EPS) systems, the helical gear worm transmission mechanism with nylon helical gears and steel

Helical gears are widely used in industrial applications due to their smooth operation and high load-bearing capacity. However, manufacturing and

Helical gear systems with double inputs and a single output (DI-SO) are critical components in marine propulsion systems. Their asymmetric

Helical gears play a critical role in power transmission systems due to their superior load-bearing capacity and smooth engagement characteristics.

In modern mechanical transmissions, helical gears are widely used in high-speed and heavy-duty applications due to their superior load-carrying capacity

In modern industrial applications, helical gears are widely used due to their superior load-bearing capacity and smoother operation compared to

To enhance the modeling accuracy of diagonal modified helical gears and address the non-smooth transition at the tooth root, this

With the rapid growth of the electric vehicle industry, the demand for high-precision internal helical gears has surged. These gears

This paper presents an innovative approach for designing high-order non-circular helical gears by combining conversion method of tooth profile with

In mechanical transmission systems, helical gears are widely used due to their high load capacity and smooth operation. However, at

This study investigates a data-driven approach to optimize the fatigue life of helical gears through dynamic simulation-guided modification strategies. By

In the field of advanced mechanical transmissions, the design and analysis of non-orthogonal asymmetric helical face gears have garnered significant

This study investigates power loss mechanisms in helical gear transmissions for pure electric vehicle reducers using Amesim simulation software. A

In modern mechanical transmission systems, helical gears play a critical role due to their ability to provide smooth and efficient

This study investigates the contact force distribution and stress evolution during helical gear meshing using finite element methods. A comprehensive

This study presents a comprehensive analysis of helical gear systems considering tooth profile and lead crowning modifications. A nonlinear coupling

This study investigates the geometric error modeling, real-time monitoring, and compensation strategies for CNC machine tools during the grinding of

This paper investigates the dynamic friction characteristics and power transmission efficiency of helical gears through analytical modeling and parametric studies.

This study investigates the coupled effects of tooth modification and friction excitation on the dynamic behavior and noise characteristics of

This study investigates the critical relationship between helical gear meshing dynamics and transient lubrication characteristics in planetary journal bearings for

This study investigates the transient meshing behavior and contact stress distribution of helical gears through finite element analysis (FEA). Helical

This paper presents a comprehensive machine vision-based approach for non-contact measurement of helical gear parameters including addendum circle diameter, dedendum

Helical gears exhibit superior load-bearing capacity and smoother transmission compared to spur gears, making them critical components in high-power precision

Helical gears play a pivotal role in power transmission systems due to their superior load-bearing capacity and smooth meshing characteristics.

This paper presents a comprehensive study on the time-varying mesh stiffness and nonlinear dynamic characteristics of worm-helical gear transmission systems.

Helical gears play a critical role in power transmission systems due to their smooth engagement and high load-carrying capacity. This

Helical gears play a critical role in power transmission systems due to their smooth engagement characteristics. This paper presents an

Helical gear systems with double-input and single-output (DI-SO) configurations are critical components in marine propulsion systems. This study investigates the

Helical gears are critical components in coal mining machinery, where their meshing performance directly affects operational reliability. This study focuses

Helical gears are widely adopted in heavy-load transmission systems due to their smooth meshing characteristics and high load capacity. However,

This paper presents a machine vision-based method for online measurement of helical gear helix angles using curve fitting algorithms. The

This paper presents an advanced methodology for wear reliability optimization of helical gears under data scarcity conditions, employing non-probabilistic interval

With the increasing demands for energy efficiency in electric vehicles, helical gears have become critical components in powertrain systems due

This study proposes an enhanced algorithm for calculating the time-varying meshing stiffness (TVMS) of helical gears based on the potential

1. Introduction Helical gears play a crucial role in mechanical transmission systems. Standard symmetric involute helical gears have been widely

1. Introduction Helical gears play a crucial role in many mechanical transmission systems. Their unique design offers several advantages such

1. Introduction Helical gears are widely used in various mechanical transmission systems due to their smooth operation and ability to

1. Introduction Helical gears are fundamental components in modern mechanical transmission systems due to their ability to transmit motion smoothly

Abstract Helical gears offer superior load-carrying capacity, smooth transmission, and high efficiency, making them ideal for high-speed and heavy-duty applications.

Abstract Helical gear is widely used in high-speed and heavy-duty situations due to their smooth transmission and many other advantages.

0. Introduction Helical gear is widely used in various transmission equipment such as petroleum, chemicals, energy, and automobiles due to

Abstract This paper presents a comprehensive analysis of the dynamic characteristics of a helical gear system considering stochastic disturbance and

Abstract This paper aims to investigate the dynamic meshing behavior and fatigue life of high-speed helical gear. Initially, a multi-degree-of-freedom