Optimal Design of Meshing Contact for Helical Gear Pair in Cutting Reducer
Abstract This paper delves into the optimal design of meshing contact for a helical gear pair in a cutting reducer. […]
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Parameterized Design and Motion Simulation of Spur Gear Systems
Introduction Spur gears are among the most fundamental components in mechanical transmission systems, offering simplicity, reliability, and efficiency in power
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Optimization of Spiral Bevel Gear Volume Using Python and Adaptive Genetic Algorithm
Abstract This paper presents an optimization method for reducing the volume of spiral bevel gears in helical swing cylinders using
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Worm Gear Driven Butterfly Valve: Maintenance and Troubleshooting for Operational Challenges
Worm gear-driven butterfly valves are integral components in modern industrial systems, particularly in marine environments such as offshore oil platforms.
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Acoustic Signal-Aided Detection Method for Transmission Accuracy of Spiral Bevel Gear
Abstract This paper proposes an acoustic signal-aided detection method for evaluating the transmission accuracy of spiral bevel gears based on
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Helical Gear Contact and Thermal Effect Analysis Simulation
Abstract Helical gears, compared to spur gears, offer stronger bearing capacity and smoother transmission, making them indispensable components in high-power and
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Dynamic Performance Analysis of Helical Gear Pair under Tooth Breakage Fault
Abstract This article comprehensively investigates the dynamic performance of a helical gear pair under tooth breakage fault. Utilizing the potential
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Analysis Method for Meshing Misalignment in Spiral Bevel Gear Transmission Systems
Abstract Accurate analysis of meshing misalignment in spiral bevel gear transmission systems under load is critical for optimizing gear tooth
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Dynamic Simulation and Diagnosis of Fatigue Pitting Fault of Helical Gear
Abstract Tooth surface pitting is a major failure mode of helical gears, impacting their reliability and durability. Accurate diagnosis of
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Simulation and Analysis of Power Loss in Helical Gear Based on Amesim
Abstract:This paper delves into the power loss simulation and analysis of helical gears in electric vehicle reduction gears using Amesim
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Gear Matching Method of Power Six-Branch Herringbone Gear Transmission System
Abstract Power shunt transmission systems have been widely used in high-power transmission due to their advantages of strong bearing capacity,
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Vibration Response Analysis of Gear Systems Containing Tooth Root Cracks
Abstract Gear systems play a vital role in mechanical transmissions, and their reliability significantly impacts the overall performance of machinery.
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Comprehensive Study on Sliding Rate Calculation in High-Reduction Hypoid Gear
Introduction Hypoid gear is widely recognized for their ability to transmit motion between non-intersecting axes while maintaining high efficiency and
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Two-Stage Electric Vehicle Gearbox Based on Planetary Gear
Introduction The rapid depletion of fossil fuels and escalating environmental concerns have accelerated the development of electric vehicles (EVs). A
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Simulation Reliability Analysis of Helical Gear under High and Low Rotational Speeds Based on Slicing Theory
Abstract This article investigates the simulation reliability of helical gear operating under various rotational speeds. Gear modification, a micro-level structural
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Dynamic Analysis of Gear Systems with Tooth Root Cracks
Abstract This study investigates the vibration response characteristics of gear systems containing tooth root cracks under steady and variable load
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Simulation of Identifying the Degree of Gear Crack Damage under Variable Speed Operating
Abstract In order to improve the accuracy of identifying the degree of gear crack damage, this paper proposes a new
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Dynamic Modeling, Correction, and Experimental Verification of Spur Gears with Faults
Spur gears is a critical aspect of gear system performance, particularly when faults such as cracks and pitting occur. Understanding
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Dynamic Reliability Analysis of Wind Turbine Gearbox Considering Failure Correlation
Abstract This study investigates the dynamic reliability of a wind turbine gearbox under random wind loads, focusing on failure correlation
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Modeling and Optimization of Assembly Errors in Bevel Gear Milling Machine Spindle Cutter Disc Components
Introduction The machining accuracy of components forms the foundation for ensuring assembly quality in machine tools, particularly in bevel gear
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Research on Non-Orthogonal Helical Gear System Mathematical Model and Contact Characteristics
Abstract:This paper presents a comprehensive study on the mathematical model and contact characteristics of non-orthogonal helical gears. The motivation behind
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Study on the Propagation Characteristics of Contact Fatigue Crack in Cylindrical Gear
Abstract To explore the propagation mechanism of contact fatigue cracks in the Cylindrical Gear with Variable Hyperbolic Circular-arc-tooth-trace (VH-CATT), a
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Design and Analysis of Helical Gear Modification in Aero Gearbox Using KISSsoft
Abstract This article focuses on the design and analysis of helical gear modification in an aero gearbox using KISSsoft software.
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Prediction and Optimization of Bending Fatigue Life of Variable Displacement Helical Gear
Abstract In recent years, urban rail transit has become a popular choice for commuting due to the rapid urbanization and
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Tooth Contact Analysis of Helical Gear with Longitudinal Modification Considering Twist Errors
Abstract This article presents a comprehensive analysis of the tooth contact behavior of helical gears with longitudinal modification that exhibit
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Worm Gear Reducer: Common Failures, Causes, and Solutions
As a mechanical engineer specializing in power transmission systems, I have encountered numerous challenges related to worm gear reducers. These
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Internal Helical Gear Grinding Error Online Monitoring and Compensation
Abstract This paper investigates the machining error and compensation issues during the grinding process of internal helical gears using computer
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Failure Analysis of Bevel Gears in Automotive Applications
Abstract This article presents a comprehensive failure analysis of bevel gears used in automotive drive systems. The focus is on
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Sensitivity Analysis of Machining Deviations on the Tooth Surface of Spiral Bevel Gears
Abstract Spiral bevel gears are widely used in automotive, aviation, and mining machinery due to their high contact ratio, strong
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Cylindrical Gear Dynamic Wear Analysis Considering Cumulative Pitch Errors
Abstract Cumulative pitch errors are common manufacturing defects in gear transmission systems. This study aims to investigate the dynamic wear
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Calculation Method of Meshing Stiffness for Straight Bevel Gears Considering Tooth Pair Coupling
Abstract To address the issues of efficiency and accuracy in calculating the time-varying meshing stiffness of straight bevel gears, a
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Research on an Efficient Grinding Method for Cylindrical Gear with Tooth Profile Modification
Abstract: This paper presents a novel grinding method that achieves tooth profile modification for cylindrical gears. By utilizing an inclined
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Nonlinear Dynamic Characteristics Analysis of Worm Gear Reducers
The nonlinear dynamic characteristics of worm gear reducers, focusing on the effects of key parameters such as meshing damping ratio,
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Transmission Error of Hypoid Gear Based on Real Tooth Surface
1. Introduction Hypoid gear is widely used in rear axle differentials due to their ability to transmit power between non-intersecting shafts.
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Research on Manufacturing Process of Gear Forging
Abstract This article presents an exhaustive study on the manufacturing process of gear forgings, particularly focusing on the optimization of
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Multi-Objective Optimization Design of Two-Stage Cylindrical Gear Reducers
1. Introduction As a critical component in power transmission systems, cylindrical gear reducers are widely used in industries such as
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Strength Failure Mechanism of Super-reduction Ratio Hypoid Gears
Abstract This paper investigates the strength and fatigue issues of super-reduction ratio hypoid gears. Through the calculation of gear blank
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Worm Gear Failure Analysis: Bending Deformation in Lifting Mechanisms
In practical applications of worm gear lifting mechanisms, bending deformation of the worm shaft is a rare but critical failure
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Analysis of Internal Excitation and Dynamic Characteristics of Spur Gear Pair with Error Tooth Surface
Abstract This article presents a comprehensive analysis of the internal excitation and dynamic characteristics of spur gear pairs with error
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Analysis and Optimization of Windage Power Loss for Aeronautical Spiral Bevel Gear Pair
Abstract This article presents an in-depth analysis and optimization of the windage power loss in an aeronautical spiral bevel gear
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Precision Design of Worm Gear Precision Turntable Based on Multi-body Theory
Abstract To address the growing demand for high-precision worm gear-driven rotary tables in multi-axis CNC machine tools, this study establishes
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Design and Research of Precision Worm Gear Reducer for Industrial AI Robots
1. Introduction Since the implementation of China’s manufacturing power strategy, traditional mechanical production has been transitioning to advanced automation. Industrial
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Cutting Force Model for Spiral Bevel Gears Processed by the Forming Method
Abstract The cutting force in spiral bevel gear milling is a crucial factor in the design of bevel gear machine
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Research and Application of Worm Gear Modeling Method Based on CATIA
Introduction In modern mechanical engineering, worm gear drives are widely utilized in reducers for their ability to achieve large transmission
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Optimization Design of Hypoid Gear Based on Multi-Objective Genetic Algorithm
1. Introduction Hypoid gear is widely used in automotive and industrial applications due to their compact structure, high load-bearing capacity,
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Measuring System for Machining Parameters of Cylindrical Helical Gear Considering Manufacturing Error
Cylindrical helical gears are commonly used transmission components in industrial machinery and have wide applications in transportation, aviation, shipbuilding, and
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Research and Practice on Domestic Development of Key Transmission Gears
IntroductionFor a long time, the products of many manufacturing enterprises in China have been in the middle and low end
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3D Reconstruction of Cylindrical Gear Based on DXF File
1. Introduction In the realm of mechanical design, technical drawings serve as the foundational blueprint for transforming conceptual designs into
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Meshing Wear State of Spur Gear Based on Improved Spectral Residuals
1. Introduction Spur gear is fundamental components in mechanical transmission systems due to their compact structure, high efficiency, and reliability.
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Calculation Method of Hypoid Gear Meshing Efficiency Considering System Deformation
1. Introduction Hypoid gear is critical components in automotive drive axle systems, operating under high-speed and heavy-load conditions. Their unique
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Contact Stresses in Transmission Process of Involute Spur Gear
Introduction: Spur gears are widely used in mechanical systems due to their high transmission efficiency, long lifespan, and stable gear
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Optimization of Churning Resistance in Automotive Rear Axle Hypoid Gear
Abstract The churning resistance of hypoid gear in automotive rear axles to improve mechanical transmission efficiency. A three-dimensional computational fluid
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Optimization Design of helical Gear Surface Modification Based on ROMAX
In the field of mechanical engineering, the performance and reliability of gear transmission systems are crucial for the smooth operation
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Surface Synthesis-Based Machining Parameter Calculation and Contact Simulation for High Reduction Hypoid Gear
Introduction As a researcher specializing in gear transmission systems, I have dedicated years to addressing the challenges of designing and
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Spiral Bevel Gear Grinding: Surface Topography Simulation and Experimental Research
Spiral bevel gears are widely used in the transmission systems of heavy vehicles and military aircraft due to their advantages
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Introduction to Spur Gear and Tooth Pitting
Spur gears are essential components in many mechanical systems, often used to transmit rotary motion and torque between parallel shafts.
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Coaxial Double-Output Cylindrical Gear Split-Combined-Torsion Transmission
1. Introduction Coaxial double-output cylindrical gear split-combined-torsion transmission systems are widely used in aerospace, marine engineering, and heavy machinery due
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Design and Meshing Performance Comparison of High Contact Ratio Spiral Bevel Gears
Spiral bevel gears are widely used in various mechanical systems due to their excellent transmission performance, such as smooth operation,
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Numerical Simulation and Lug Control of Rolling Forming Motion Process for Cylindrical Gears
1. Introduction Cylindrical gears are fundamental components in mechanical transmission systems, widely used in automotive, aerospace, and industrial machinery. The
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The Processing and Assembly of Spiral Bevel Gears
Spiral bevel gears are widely used in high-speed and heavy-duty gear transmission systems in various fields such as aviation, automobiles,