A Universal Design Method for Cylindrical Gear Skiving Tools
Skiving, an advanced machining process combining the principles of hobbing and shaping, has emerged as a highly efficient and precise […]
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The Design Methodology for a Universal Skiving Tool for Cylindrical Gears
Skiving has emerged as a high-performance gear manufacturing process, combining the kinematics of hobbing and shaping. In this process, the […]
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Analysis of Design Parameters Impact on Bending Stress in Cylindrical Gears with Hyperbolic Circular Arc Tooth Lines
In the realm of mechanical transmission systems, cylindrical gears serve as fundamental components for transmitting speed and torque efficiently. Among […]
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Analysis of Design Parameter Effects on Bending Stress in Equally Displaced Variable Hyperbolic Circular Arc Tooth Line Cylindrical Gears
In the realm of mechanical transmission systems, cylindrical gears play a pivotal role due to their efficiency in transmitting motion […]
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Analysis of Coupling Dynamic Characteristics of High Contact Ratio Spur Cylindrical Gear Systems
The relentless pursuit of higher power density, increased load capacity, and reduced vibration and noise in mechanical transmission systems has […]
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Analysis of Coupling Dynamic Characteristics in High Contact Ratio Cylindrical Gears
In the field of mechanical transmission, the pursuit of higher load capacity, reduced vibration, and lower noise has driven significant […]
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Study on the Modification of Low Speed and Heavy Load Involute Straight Cylindrical Gears
Full-face hard rock tunnel boring machines (TBM), or shield machines, are critical equipment in underground engineering. Their main bearing drive […]
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Finite Element Based Static and Dynamic Characterization of a Dedicated Machine Tool for Manufacturing Advanced Cylindrical Gears
The relentless pursuit of higher performance in mechanical power transmission systems continuously drives innovation in gear design and manufacturing. Among […]
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Finite Element Analysis of Static and Dynamic Characteristics for a Specialized Machine Tool Dedicated to Variable Hyperbolic Circular-Arc-Tooth-Trace Cylindrical Gears
The continuous advancement of modern industry demands higher performance from mechanical transmission systems, particularly in applications involving heavy loads and […]
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Dynamic Analysis of High Contact Ratio Spur Cylindrical Gears Considering Surface Wear
In the field of mechanical engineering, cylindrical gears, particularly spur cylindrical gears, are fundamental components in power transmission systems due […]
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Universal Design Method for Skiving Tools of Involute Cylindrical Gears
In modern gear manufacturing, the skiving process has emerged as a high-precision and efficient method for machining involute cylindrical gears. […]
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A Universal Design Methodology for Skiving Tools in Machining Involute Cylindrical Gears
Skiving, or power skiving, has emerged as a highly efficient and precise gear manufacturing process for cylindrical gears. This process […]
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Predictive Modeling for Contact Fatigue in Carburized Spur Gears
The relentless pursuit of higher power density and extended service life in modern mechanical transmission systems places immense demands on […]
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A Multiaxial Stress-Based Contact Fatigue Risk Prediction Model for Case-Hardened Cylindrical Gears
The operational reliability and longevity of power transmission systems are fundamentally dependent on the performance of their gear components. Among […]
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Cylindrical Gear Rolling Forming: Numerical Simulation and Lug Control
In modern manufacturing, the pursuit of high-performance components drives continuous innovation in forming technologies. Among these, rolling forming has emerged […]
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Analysis of Vibration Characteristics in Cylindrical Gears Considering Randomness in Errors and Tooth Surface Friction
In modern mechanical systems, cylindrical gears are fundamental components for transmitting power and motion with high efficiency. However, as these […]
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Analysis of Vibration Characteristics in Spur Cylindrical Gear Pairs Considering Randomness in Errors and Tooth Surface Friction
In the pursuit of high-efficiency, low-noise, and highly durable power transmission systems, the dynamic behavior of gear trains remains a […]
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Optimization of Precise Parametric Modeling for Cylindrical Gears in SolidWorks
In the realm of mechanical engineering, cylindrical gears are among the most critical components for power transmission due to their […]
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Optimization of Precise Parametric Modeling for Cylindrical Spur Gears in SolidWorks
In the realm of mechanical design, the accurate modeling of cylindrical gears is paramount for ensuring the reliability and efficiency […]
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Non-Circular Gear Transmission Error and Backlash: Numerical Simulation and Experiment
In the realm of mechanical power transmission, while cylindrical gears are the undisputed champions for constant-ratio motion transfer, their non-circular […]
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Numerical Simulation and Experimental Investigation of Transmission Error and Backlash in Non-Circular Gears
In the field of mechanical engineering, gear transmission systems are fundamental for motion and power transfer. While cylindrical gears are […]
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Temperature Field Analysis and Experimental Verification of High Contact Ratio Cylindrical Gears
In helicopter transmission systems, spur gears with a high contact ratio (HCR), defined as having a contact ratio greater than […]
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Temperature Field Analysis of High Contact Ratio Spur Cylindrical Gears Under Jet Lubrication: A CFD and Experimental Study
The operational temperature of cylindrical gear transmissions, especially under demanding conditions, is a critical factor influencing their service life, efficiency, […]
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A Comprehensive Digital Design Methodology for a Heavy-Duty Three-Stage Involute Cylindrical Gear Reducer
As a mechanical engineer, the design of robust and efficient power transmission systems is a fundamental task. Among these, gear […]
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The Comprehensive Digital Design of a Three-Stage Involute Cylindrical Gear Reducer
This paper details the complete digital design process for a heavy-duty, low-speed three-stage involute cylindrical gear reducer. The design philosophy […]
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Precision Forming of Spur Gears via Continuous Cold Extrusion
As critical transmission components in heavy-duty machinery, cylindrical gears face enormous market demand. Traditionally, large-modulus spur gears are primarily manufactured […]
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Cylindrical Gear Continuous Cold Extrusion
Cylindrical gears are critical transmission components in heavy machinery, such as trucks and engineering equipment, with enormous market demand. Currently, […]
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Simulation and Analysis of Dynamic Performance in Cylindrical Gears
The transmission of power and motion is a fundamental requirement in mechanical systems, and among the various methods available, gear […]
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Dynamic Analysis of Cylindrical Gears with Tooth Pitting Defects
In the field of mechanical engineering, cylindrical gears are fundamental components in power transmission systems, widely used in automotive, aerospace, […]
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Precision Forming of Large Module Cylindrical Gears
In the rapidly evolving automotive industry, precision forming of gears has become an inevitable trend in the forging sector. Forging […]
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Precision Forming Process Development for Large Module and Large Size Cylindrical Gears
In the rapidly evolving automotive industry, precision forming of gears has become an inevitable trend in the forging sector. Forging […]
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Constructing Precise Parametric Models for Non-Standard Cylindrical Gears
As industrial equipment continues to evolve, the demand for customized transmission components has surged. Non-standard cylindrical gears, designed to meet […]
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Precise Parametric Modeling of Non-Standard Cylindrical Gears
The evolution of industrial machinery increasingly demands transmission components that satisfy highly specific, customized performance requirements. While standardized cylindrical gears […]
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Precision Forging of Cylindrical Gears: Simulation and Process Optimization
As a researcher focused on advanced manufacturing techniques, I have long been interested in the precision forging of cylindrical gears, […]
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Precision Forging of Cylindrical Gears: Process Analysis and Load Reduction Strategies
The pursuit of manufacturing excellence in power transmission components has consistently driven innovation in metal forming technologies. Among these components, […]
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Dynamic Load Calculation for Hyperboloid Gears
In the field of mechanical engineering, particularly in automotive applications, the design and analysis of gear systems are critical for […]
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Finite Element Analysis of Quenching Process for Bevel Gears
As a mechanical transmission component, bevel gears are widely used in various applications, enabling the conversion between different forms of […]
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Design Considerations for Demolding Helical Gears in Injection Molds
The manufacture of plastic gears via injection molding is a cornerstone of modern precision engineering, offering significant advantages in noise […]
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Design of Backlash-Free Harmonic Drive Gears Using Profile Shift Modification
In the field of precision mechanical transmission, the harmonic drive gear stands out as a revolutionary technology that offers exceptional […]
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Research on Forging Process of 17Cr2Ni2Mo Gear Shafts
In the manufacturing of high-speed, heavy-duty drive systems, gear shafts play a critical role in transmitting torque and motion under […]
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Spur and Pinion Gears: A Detailed Analysis of Meshing Dynamics and Parametric Instability
The dynamic behavior of spur and pinion gear pairs is fundamental to the reliability and performance of countless mechanical transmission […]
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Mapping and Calculating Main Parameters of Spiral Bevel Gears
In the field of mechanical engineering, spiral bevel gears are widely recognized for their high load-carrying capacity, smooth operation, and […]
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Integrated CAD/CAM Methodology for High-Precision Spiral Gear Manufacturing
In modern precision engineering, the demand for complex components like spiral gears has surged, particularly in applications such as flow […]
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Impact of Contact Ratio on Nonlinear Vibration in Herringbone Gears
In modern industrial applications, the demand for high-speed, heavy-load, lightweight, and low-noise gear transmission systems has become increasingly critical. Reducing […]
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Four-Axis Linkage CNC Gear Shaping Simulation for Non-Circular Gears Based on VERICUT
Non-circular gears represent an advanced transmission component combining structural compactness with variable-ratio capabilities, extensively applied in printing machinery, automation systems, […]
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Design and Analysis of Modified Tooth Surfaces for Helical Gears Based on Tangential Gear Hobbing
In modern industrial production, helical gears are among the most commonly used transmission components due to their smooth operation and […]
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Loaded Contact Analysis of Miter Gears Based on Real Tooth Surface Geometry
In the realm of power transmission for critical applications such as aviation engines, the performance of gear pairs is paramount. […]
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Mastering Heat Treatment of Mining Gears: A Practical Guide to Preventing Defects
The operational demands placed on mining machinery are extraordinarily severe. Gears within these systems must withstand intense dynamic loading, harsh […]
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Modeling and Analysis of Hyperbolic Gears
In the field of mechanical transmission systems, hyperbolic gears, also known as hypoid gears, play a critical role in transmitting […]
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A New Method for Profiling Honing Gears in External Gear Honing
In the field of gear manufacturing, precision finishing of hardened gears is a critical step to ensure optimal performance, longevity, […]
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Upgrading Gear Profile Grinding Machine CNC System
In the machining industry, many CNC machines suffer from outdated mechanical structures and aging control systems, leading to inefficiencies and […]
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Dynamics Analysis of Cylindrical Gear Pairs with Tooth Pitting
In mechanical transmission systems, the cylindrical gear is a fundamental component widely used in various industries such as aerospace, automotive, […]
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Comprehensive Design and Implementation of a Test and Measurement Control System for Worm Gear Performance Evaluation
The reliable and efficient operation of worm gears is critical in numerous industrial applications where high reduction ratios and compact […]
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Fundamental Mechanics and Performance Optimization of Planetary Roller Screw Assemblies
In my extensive research on precision linear actuators, I have dedicated significant effort to understanding the intricate behavior of planetary […]
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Three-Dimensional Parametric Modeling of Involute Spur Gears through SolidWorks Secondary Development
In modern mechanical design, spur gears are one of the most fundamental and widely used components in power transmission systems […]
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Fixture Design for Boring Machine Processing of Screw Gear Boxes
In my experience with manufacturing screw gear boxes, I have frequently encountered challenges when using boring machines for processing small-sized […]
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Research on Continuous Cold Extrusion Process and Die Technology for Spur Gear
This paper systematically investigates the continuous cold extrusion process and mold optimization technology for manufacturing spur gears in heavy-duty mechanical […]
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Analysis of Motion Precision in Rack and Pinion Gear Systems
In engineering applications, achieving high-precision linear motion over long strokes is a common challenge, particularly in scenarios where travel distances […]
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Interface Design and Validation for Hypoid Bevel Gears Simulation System
In the realm of mechanical transmission systems, hypoid bevel gears play a pivotal role due to their ability to transmit […]
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Comprehensive Analysis of Friction Power Loss and Efficiency in Hyperboloid Gears
In modern mechanical systems, the demand for high power density, efficiency, and low-carbon performance is increasingly critical. Among core transmission […]