Contact Stress and Finite Element Analysis of Internal Meshing Helical Gears
In the field of precision gear manufacturing, the internal power honing process using an internal honing wheel has emerged as […]
Scientific
Scientific
Scientific
Finite Element Analysis of Dynamic Meshing Characteristics in Helical Bevel Gears
This study investigates the dynamic meshing behavior of helical bevel gears under heavy-load conditions using finite element analysis (FEA). A
Scientific
Simulation of Load Meshing Performance for Strain Wave Gear with Tri-Arc Tooth Profile
In the field of precision transmission systems, strain wave gears, also known as harmonic drives, play a pivotal role due
Scientific
Research on Quenching Process of Large Gear Shaft Based on Deformation and Stress Field Control
In this study, I investigate the quenching process of a large gear shaft made from 17Cr2Ni2Mo steel, focusing on the
Scientific
Modeling and Nonlinear Analysis of Helical Gear Transmission Systems Using Prohl-Myklested Method
In modern automotive engineering, the performance of transmission systems is critical to vehicle efficiency, noise, and vibration characteristics. Among these
Scientific
Error Analysis and Transmission Precision in Rotary Vector Reducers
The rotary vector reducer, a pivotal component in modern precision machinery, stands out for its exceptional capabilities in high-ratio speed
Scientific
Thread Load Equalization Design Methodology for Planetary Roller Screw Assemblies
The planetary roller screw assembly represents a pivotal advancement in power-dense, precision linear motion systems. Its superior load capacity, longevity,
Scientific
Dynamic Contact Simulation Analysis of Spiral Bevel Gears
In the field of mechanical power transmission, spiral bevel gears are widely recognized for their ability to provide smooth, high-load
Scientific
Analysis of Influencing Factors on Gear System Dynamics
In modern engine design, ensuring the reliability of gear transmission systems is critical, as failures can lead to significant operational
Scientific
Design and Analysis of a Miter Gear Meshing Fixture
In the field of mechanical transmission, straight bevel gears, often referred to as miter gears when the shaft angle is
Scientific
Nonlinear Contact Strength Analysis of Large Modulus Rack and Pinion Gear: A Comprehensive Finite Element Approach
In modern engineering, the rack and pinion gear system stands as a cornerstone for motion transmission in heavy-duty applications, from
Scientific
Improvement of Blok Flash Temperature Method and Its Application in Spiral Bevel Gear Temperature Prediction
This study proposes an enhanced method for predicting the instantaneous maximum temperature of spiral bevel gear tooth surfaces under elastohydrodynamic
Scientific
Innovative Roller Enveloping End Face Meshing Screw Gears
In the realm of mechanical transmission systems, screw gears play a pivotal role due to their ability to provide high
Scientific
A Comprehensive Mathematical Model for Hobbing Hyperbolic Gears via the Spiroflex Method on a Six-Axis CNC Platform
The realm of power transmission relies heavily on the precision and performance of gears. Among these, hyperbolic gears, more formally
Scientific
Applicability of the No-Load Power Method for Measuring Elevator Balance Coefficient in Worm Gear Drive Systems
As a professional engaged in the inspection and testing of special equipment, I have always been keen on exploring innovative
Scientific
Heat Treatment Distortion Control in Large Gears
In my extensive experience within heavy machinery manufacturing, managing dimensional changes during the heat treatment of large components is a
Scientific
Intelligent Plastic Forming of Bevel Gears: A Machine Learning-Driven Approach
The manufacturing of high-performance bevel gears, especially for critical applications like engine cylinder assemblies, demands precision, consistency, and superior material
Scientific
Intelligent Tooling Selection for Gear Hobbing Machines
In modern manufacturing, the selection of appropriate tooling, including cutting tools, tool holders, and fixtures, is crucial for optimizing resource
Scientific
Advancements in Helical Bevel Gear Fabrication and Crankshaft Rectification Techniques
In my extensive experience within the automotive repair and manufacturing sector, I have consistently encountered significant challenges related to component
Scientific
Gear Shaft Static Characteristics and Sensitivity Analysis: A Comprehensive Treatise on Methodology, Application, and Critical Design Insights
The gear shaft stands as a quintessential component within the power transmission systems of myriad mechanical equipment, most notably in
Scientific
Dynamics of Spur Gear Pairs with Tooth Surface Friction
Gear transmissions are fundamental components in mechanical systems across automotive, aerospace, and marine industries, prized for their high transmission efficiency,
Scientific
Analysis of Vibration Characteristics in Herringbone Gears with Three-Dimensional Tooth Surface Modification
In high-precision mechanical transmission systems used in critical applications such as aviation and marine propulsion, herringbone gear systems are widely
Scientific
Powder Metallurgy of High-Density Spiral Gears: A Comprehensive Guide
For decades, the automotive industry has proven that Powder Metallurgy (P/M) is a viable and cost-effective technology for producing high-strength,
Scientific
Comprehensive Analysis of Gear Grinding Processes and Grinding Cracks in Profile Grinding
In my extensive experience with gear manufacturing, I have observed that gear grinding is a critical process for achieving high
Scientific
Optimization of Helical Gear Volume Based on Python and Adaptive Genetic Algorithm
This study presents an innovative approach to minimize the volume of helical gears in helical swing cylinders through adaptive genetic
Scientific
Optimization Design of Nylon Helical Gears in Automotive EPS Worm Drives
The Electric Power Steering (EPS) system represents a cornerstone of modern automotive technology, offering superior fuel efficiency, enhanced driver feel,
Scientific
High-Density Powder Metallurgy Spiral Gears
In the automotive and manufacturing industries, powder metallurgy has emerged as a proven technology for producing high-strength components, particularly gears.
Scientific
Parametric Modeling and Finite Element Analysis of Worm Gears
In the realm of mechanical engineering, the transmission of motion and power between non-parallel shafts often relies on specialized gear
Scientific
Application of Cryogenic Minimum Quantity Lubrication in Gear Shaping
In my extensive experience in manufacturing and remanufacturing of gear shaping machines, I have encountered significant challenges related to cooling
Scientific
Induction Heat Treatment of Locomotive Gears
In my experience studying and observing the evolution of heat treatment technologies in the railway industry, I have witnessed the
Scientific
Simulation of Surface Topography in Spiral Bevel Gears Induced by Shot Peening and Its Correlation with Process Parameters
The operational performance and longevity of modern high-performance power transmission systems, particularly in aerospace and heavy-duty industrial applications, are critically
Scientific
Experimental Analysis of Fullerene C60 Lubricating Oil for Anti-Wear and Friction Reduction in Planetary Gear Shafts
Friction and wear are primary causes of mechanical equipment failure, particularly in motion pairs such as gear shafts. In differential
Scientific
Cycloidal Drive: An In-Depth Exploration
As an engineer and researcher deeply involved in the field of power transmission, I have witnessed the remarkable evolution of
Scientific
Transmission Error Measurement of Bevel Gear Pairs with Adjustable Mounting Distance
In the field of precision engineering, the accurate measurement of transmission error in bevel gear pairs is crucial for ensuring
Scientific
Meshing Theory and Analysis of a Novel Roller Enveloping End-Face Engagement Worm Drive
In the field of power transmission, worm drives represent a critical class of components where the meshing configuration fundamentally dictates
Scientific
Coupling Vibration Analysis of Helical Gear-Rotor-Bearing Systems
The dynamic performance of a wind turbine gearbox, a core component in the drivetrain, critically influences the entire system’s reliability.
Scientific
Design of an Upper Computer System for Comprehensive Performance Testing of Planetary Roller Screw Assemblies Based on LABVIEW
In recent years, the application of planetary roller screw assemblies in aerospace and maritime fields has achieved remarkable successes. However,
Scientific
Harmonic Drive Gear in Satellite Antenna Systems
In my years of experience as an engineering professional maintaining critical satellite ground station equipment, I have encountered numerous mechanical
Scientific
Logarithmic Indexing for Machining Large Prime Spur Gears on Slotting Machines
In the manufacturing of spur gears, one of the most precise and widely used methods is gear slotting or shaping,
Scientific
Analysis of Contact Strength and Vibration Impact in Rack and Pinion Gears for Pumping Units
In modern manufacturing engineering, the application of rack and pinion gear systems is widespread due to their efficiency in transmitting
Scientific
Straight Bevel Gear Rolling Inspection Device
In our automotive manufacturing facility, the production of rear axle differentials for light trucks involves the machining of straight bevel
Scientific
A Comprehensive Methodology for NC Machining and Simulation of Straight Bevel Gears Based on UG
In the realm of gear manufacturing, the machining of straight bevel gears, particularly those with a shaft angle approaching 90
Scientific
Injection Mold Design for Helical Gear Shafts with Two-Step Ejection
In my extensive experience as a mold design engineer, the development of injection molds for complex components like helical gear
Scientific
Four-Axis Linkage Gear Cutting and Experimental Verification for Epicycloid Bevel Gears
In the realm of mechanical transmission systems, bevel gears play a pivotal role, and among them, epicycloid bevel gears have
Scientific
Numerical Simulation of Spiral Bevel Gear Quenching Based on Thermo-Fluid-Solid Coupling Model
Introduction Quenching is a critical process in enhancing the mechanical properties of metal components. Traditional quenching methods rely heavily on
Scientific
Rack and Pinion Gears Synchronization in Presses
In the design of large-scale machinery, such as hydraulic presses, the need for multiple hydraulic actuators to drive a single
Scientific
Mechanical Design and Development of a Comprehensive Test Bench for Rack and Pinion Steering Gears
Based on national inspection standards for steering systems, I have designed and developed a comprehensive performance test bench specifically for
Scientific
Rapid Return Method in Spiral Gear Milling
In my extensive experience with gear manufacturing, particularly in the milling of spiral gears, I have often faced the challenge
Scientific
Intelligent Diagnosis of Gear Shaft Failure in JD160 Traction Motors
In modern railway systems, the reliability of traction motors is critical for safe and efficient operations. The JD160 traction motor,
Scientific
Fracture Analysis of Bevel Gears in Forklifts
In mechanical transmission systems, bevel gears are essential components for torque transmission and speed adjustment, particularly in applications like forklifts.
Scientific
Precision-Cast Ductile Iron Helical Bevel Gears
Our work focuses on the development of a novel manufacturing process for automotive final drive helical bevel gear pairs. Traditionally,
Scientific
Accurate Modeling of Logarithmic Spiral Bevel Gears
As a researcher deeply involved in gear design and manufacturing, I have always been fascinated by the complexities and advantages
Scientific
Advances in Spiral Bevel Gear Finishing
In the realm of power transmission, particularly for applications demanding high torque, efficiency, and smooth operation in intersecting axes, the
Scientific
Discrete Modeling of Spiral Bevel Gears: A Comprehensive Approach
In the field of gear engineering, the accurate modeling of spiral bevel gears is crucial for both manufacturing and inspection
Scientific
Calculation Method for Contact Fatigue Crack Initiation and Propagation in Spiral Bevel Gears Considering Residual Stress
In the field of high-performance mechanical transmissions, spiral bevel gears play a critical role due to their high overlap ratio,
Scientific
Design of Twin-Cone Roller Rolling Die for Spiral Bevel Gears
In modern manufacturing, the production of spiral bevel gears has traditionally relied on cutting methods, which often lead to inefficiencies
Scientific
Accurate Calculation and Analysis of Scallop Height in Generated Cutting of Spiral Bevel Gears
In the precision manufacturing of spiral bevel gears, surface quality is paramount for ensuring optimal performance, durability, and noise reduction
Scientific
Optimizing Axial Force Matching to Combat Gluing in Spiral Bevel Gears
In my extensive work with power transmission systems, I have consistently observed that spiral bevel gears are critical components in
Scientific
Prediction of Die Service Life in Forging Spiral Bevel Gears Based on Modified Archard Theory
In the field of mechanical power transmission, spiral bevel gears play a critical role in transferring motion and power between
Scientific
Analysis of Spiral Bevel Gears Research Trends Using Ei Database
As a researcher interested in the field of mechanical engineering, particularly in gear systems, I have conducted a comprehensive analysis