Numerical Research of Shot Peening Residual Stress Field for 9310 Steel Spiral Bevel Gear
This paper focuses on the shot peening process of 9310 steel spiral bevel gears. A simulation model based on the […]
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Analysis and Improvement of Contact Mode and Stress in Helical Gear via Tooth Tip Modification
Abstract This comprehensive article delves into the analysis and optimization of the contact mode and stress distribution in helical gear
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Design and Manufacture of Arc Cylindrical Gears A Comprehensive Guide
1. Introduction Gear systems are the backbone of countless mechanical devices, playing a crucial role in power transmission and motion
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Analysis of Large-Period 3D Vibration Characteristics of Herringbone Gear with Asymmetric Pitch Deviation
AbstractTo reveal the influence of asymmetric pitch deviation on herringbone gear transmission, a load-bearing contact analysis method for large periods
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Reliability Optimization Design of Helical Gear Wear Based on Non-Probabilistic Model
Abstract This paper addresses the reliability optimization design of helical gear wear under data scarcity conditions. A non-probabilistic interval model
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Research on Profile Design and Manufacturing of Gear Skiving in Spur Internal Gear Machining
1. Introduction 1.1 Research Background and Significance Gears are crucial components in transmission systems, widely used in various industries such
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Three-Dimensional Modeling of Involute Helical Gear Based on SolidWorks
Abstract This article presents a general parametric design method for three-dimensional (3D) modeling of involute helical gears using SolidWorks software.
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Research on Tool Wear and Workpiece Surface Roughness in the Process of Spiral Bevel Gear Milling
1. Introduction 1.1 Research Background and Significance In mechanical transmission systems, gear transmission is highly efficient and can transmit large
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Angular Modified Helical Gear Pair Modeling and Tooth Strength Based on Creo
Abstract:This article presents a comprehensive approach to verify the design rationality of an external meshing angular modified cylindrical helical gear
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The Dynamic Characteristics Research of Double Involute Gear Transmission System Considering Wear Faults
This article focuses on the impact of tooth profile wear on the dynamic characteristics of double involute gears (DIGs). Through
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Spiral Bevel Gears: A Comprehensive Study on Grinding Tooth Surface Micro – Morphology, Modeling, and Tooth Surface Flash Temperature under Oil – Depleted Conditions
1. Introduction 1.1 Research Background and Significance Spiral bevel gears play a crucial role in various mechanical systems, especially in
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Simulation and Analysis of Power Loss in Helical Gear Based on Amesim
Abstract:This article focuses on the power loss simulation and analysis of helical gear in an electric vehicle’s reducer system. Using
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Analysis and Insights into Gear Transmission Focusing on Node Acceleration
1. Introduction Gear transmission is a fundamental mechanism widely used in various mechanical systems, from simple household appliances to complex
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Time-Varying Meshing Stiffness and Vibration Response of Spur Gear Pairs
Abstract Tooth pitting, one of the most common failures in gear transmission systems, significantly affects the time-varying meshing stiffness (TVMS)
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Sensitivity Analysis of Machining Deviation in Spiral Bevel Gear
Spiral bevel gears are critical components in automotive, aerospace, and heavy machinery industries due to their high load-bearing capacity, efficiency,
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Research on the Flow Pulsation Characteristics of Aero Arc Gear Pumps in Multi – Tooth Cavities
This article focuses on the in – depth study of the influence of the number of gear teeth on the
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Dynamic Reliability of Wind Power Gear Transmission System Considering Failure Correlation
Abstract The dynamic reliability of wind power gear transmission systems is a crucial factor influencing the overall performance and longevity
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High – Efficiency Precision Grinding of Gears A Comprehensive Review of Technologies and Developments
1. Introduction Gears are fundamental components in mechanical transmission systems, widely applied in various industries such as aviation, marine, and
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Transmission Gear Parameter Optimization Design for Electric Drive Axle Reducers
Abstract Transmission gears are the critical components in electric drive axle reducers, which significantly impact the performance, lifetime, and comfort
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Introduction to Gear Transmission and Contact Stress Analysis
Gear transmission systems are fundamental components in mechanical engineering, widely used due to their high efficiency, long service life, and
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Influence of Center Distance on Dynamic Characteristics of Helical Gear
Abstract This article investigates the impact of the center distance on the dynamic characteristics of helical gear pairs in vibration
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Research on the Meshing Dynamic Characteristics of Cylindrical Spur Gears with Tooth Profile Modification
1. Introduction In the field of mechanical transmission, gears play a crucial role. Cylindrical spur gears are widely used in
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Multi-dimensional Coupling Analysis and Dry Running Time Prediction of Spiral Bevel Gear
Abstract This paper proposes a multi-dimensional coupling prediction method for the dry running time of spiral bevel gear, considering the
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Spiroid Face Gear Skiving: Technology, Simulation, and Experimental Verification
1. Introduction 1.1 Background and Significance Spiroid face gear transmission, a form of space non – parallel shaft gear transmission,
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Numerical Simulation of Multi-layer Welding of Spiral Bevel Gear Cutter Disk Based
Abstract This paper presents a numerical simulation study on the welding temperature field of the multi-layer V-groove welding process of
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Analysis of Contact Stresses in the Transmission Process of Involute Spur Cylindrical Modified Gears A Comprehensive Guide
1. Introduction Gear mechanisms are widely used in machinery due to their high transmission efficiency, long service life, and stable
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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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Milling Process of Helical Cylindrical Gears on X62W Milling Machine: A Comprehensive Guide
1. Introduction Helical cylindrical gears play a crucial role in various mechanical systems, especially in agricultural machinery. Their unique characteristics
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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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Milling Process of Helical Cylindrical Gears on X62W Milling Machine
1. Introduction 2. Processing Method Selection 3. Gear Milling Cutter and Cutting Fluid Selection 4. Preparation Before Milling 5. Processing
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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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A Comprehensive Study on the Flow Pulsation Characteristics of Aero Arc Gear Pumps with Multiple Teeth
1. Introduction Aero fuel systems play a crucial role in providing stable and powerful propulsion for engines. As a key
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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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Multi – Objective Optimization Algorithm AKnEA and Its Application in Gear Reducer Design
This article focuses on the multi – objective optimization problem in engineering. Aiming at the complex multi – objective problems
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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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Performance Analysis and Optimization of Spiral Bevel Gear Transmission Systems: A Comprehensive Review
1. Introduction Spiral bevel gears are crucial components in various mechanical systems, widely used in aerospace, automotive, and marine industries
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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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Spiral Bevel Gear Transmission System A Comprehensive Analysis of Performance, Modeling, and Testing
This article offers an in – depth exploration of the spiral bevel gear transmission system. It commences with an overview
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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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Optimization of Assembly Accuracy of Bevel Gear Machine Tool Cutter Spindle Components A Comprehensive Approach
This article delves into the critical aspects of optimizing the assembly accuracy of bevel gear machine tool cutter spindle components.
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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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Design, Manufacture, and Application of Arc Cylindrical Gears A Comprehensive Guide
1. Introduction Gear systems play a crucial role in mechanical engineering, facilitating the transmission of power and motion across 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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Spiral Bevel Gears From Modeling to Finite Element Contact Analysis
1. Introduction Spiral bevel gears (Gleason system) play a crucial role in various mechanical systems, especially in high – speed
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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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Design, Manufacture, and Application of Arc Cylindrical Gears A Comprehensive Exploration
1. Introduction Gears play a crucial role in mechanical 传动 systems, facilitating the transfer of power and motion with high
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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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Simulation and Analysis of the Cutting Contact Area between Milling Cutter and Workpiece in Spur Gear Milling
This article focuses on the simulation and analysis of the cutting contact area between the milling cutter and workpiece during
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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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Wind Turbine Gearbox Edge – Side Fault Diagnosis A Comprehensive Exploration of Low – Pass Screening Optimized Neural Architecture Search
1. Introduction 1.1 Significance of Wind Turbine Gearbox Fault Diagnosis Wind turbine gearboxes are crucial components in wind power generation
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Unveiling the Precision of Non – standard Cylindrical Gear Parametric Modeling
This article delves into the crucial realm of non – standard cylindrical gear parametric modeling. With the evolving demands of