The reliable and efficient operation of mechanical power transmission systems is a cornerstone of modern engineering. Among these systems, the […]
In the field of precision forming, the warm extrusion process for spur gears represents a significant advancement, enabling the production
This study investigates the dynamic behavior of spur gear systems under multiple fault conditions, emphasizing the critical role of tooth
The pursuit of precision, efficiency, and longevity in power transmission systems has consistently driven innovation in gear design. Among the
In gear transmission systems, the accuracy of gear operation heavily relies on the control of tooth thickness, which directly influences
This paper systematically investigates the continuous cold extrusion process and mold optimization technology for manufacturing spur gears in heavy-duty mechanical
Spur gears are foundational components in mechanical power transmission systems, serving critical functions in a vast array of machinery including
In the field of mechanical engineering, the study of spur gears is crucial due to their widespread application in power
This paper establishes a dynamic model for spur gear transmission systems considering non-uniform tooth root crack distribution. The proposed “slice
Spur gear transmissions are pivotal components in modern machinery, providing essential power transfer in aerospace, maritime, and industrial applications. The
The reliable and efficient operation of heavy-duty mechanical systems, from mining equipment like armored face conveyors and storage bunker conveyors
This study investigates the fatigue crack propagation behavior and life prediction methodologies for spur gear tooth roots under non-uniform loading
In the precise manufacturing and inspection of spur gears, the measurement of tooth thickness using measuring pins or balls (hereafter
Gear vibration and noise have long been critical concerns in transmission design. Extensive literature identifies the transmission error (TE), arising
In high-speed spur gear transmissions, effective lubrication is critical to prevent tooth surface wear and thermal failure. This study investigates
In modern engineering applications, spur gears are fundamental components for power transmission, widely used in automotive, aerospace, and manufacturing industries
In modern mechanical transmission systems, spur gears play a pivotal role due to their simplicity, efficiency, and reliability. Particularly in
This study investigates the combined effects of assembly errors and tooth surface friction on the mesh stiffness and dynamic response
In my extensive research on mechanical transmission systems for mining applications, I have focused on the critical role of spur
The pursuit of efficient and high-performance manufacturing for power transmission components consistently drives innovation in metal forming. Among these components,
Spur gears remain fundamental components in agricultural machinery due to their stable transmission performance and high impact resistance. This study
In the field of mechanical engineering, the study of vibration in spur gear pairs is critical for ensuring operational reliability
In this article, I present a comprehensive analysis of the hole divided-flow forming process for spur gears, leveraging advanced numerical
This study investigates the metal flow patterns, temperature evolution, and stress-strain distribution during hot orbital forging of cylindrical spur gears
In the domain of power transmission, the involute spur gear stands as the predominant choice due to its well-understood kinematics,
As a researcher in materials science and engineering, my focus has consistently been on advancing manufacturing techniques for critical mechanical
This paper investigates the transmission error characteristics of parallel-axis involute beveloid spur gears under different operating conditions. Based on gear
The precision plastic forming of spur gear components represents a significant advancement over traditional machining, offering superior material grain flow,
In the field of helicopter engineering, the reliability and durability of transmission systems are paramount, as they directly impact flight
This study investigates the vibration characteristics of spur gear pairs under spalling failure while considering tooth surface flash temperature effects.
In engineering practice, absolutely smooth surfaces do not exist. For spur gears manufactured by forming or generating methods, the initial
In the realm of mechanical engineering and computer-aided design, the accurate and efficient modeling of spur gears is crucial for
Spur gear systems are widely used in mechanical power transmission due to their simplicity and efficiency. This paper demonstrates a
In modern engineering, the finite element method (FEM) has become an indispensable tool for analyzing complex mechanical systems. ANSYS, as
In modern manufacturing, the demand for high-precision gear components, especially spur gear with big modulus used in heavy-duty machinery, has
Spur gears are fundamental components in mechanical transmission systems, widely used in short-distance power transmission applications such as reducers, gearboxes,
In the field of mechanical transmission system design, the spur gear stands as one of the most universally employed components.
1. Introduction As one of the most widely used transmission mechanisms in mechanical systems, spur gears are renowned for their
In mechanical transmission systems, spur gears are widely used due to their simplicity and efficiency. However, standard involute tooth surfaces,
This paper addresses the critical challenge of accurately calculating time-varying meshing stiffness (TVMS) for spur gears with tooth numbers exceeding
Gear transmissions are fundamental components in mechanical systems across automotive, aerospace, and marine industries, prized for their high transmission efficiency,
In the field of mechanical engineering, the lubrication performance of spur gears is critical for ensuring efficient power transmission and
This study investigates the contact strength and fatigue life of involute beveloid spur gears through theoretical modeling, fractal contact analysis,
In the realm of mechanical design and transmission engineering, the spur gear remains one of the most fundamental and widely
The reliable operation of power transmission systems is paramount across numerous engineering disciplines. Within these systems, spur gear pairs remain
This paper investigates the nonlinear dynamic characteristics of spur gear transmission systems considering multi-state meshing behavior and time-varying parameters. A
Introduction Spur gear is fundamental components in mechanical transmission systems, widely used in automotive, aerospace, and industrial machinery due to
The pursuit of high-precision, high-strength components with excellent surface quality has led to the continuous development of advanced sheet metal
In the field of mechanical transmission, spur gears are fundamental components widely used in various industrial applications. Traditional machining methods
This paper presents a comprehensive methodology for simulating cutter-workpiece engagement (CWE) boundaries during ball-end milling of spur gears, combining kinematic
In mechanical transmission systems, spur gears are fundamental components due to their simplicity and efficiency in transmitting motion and power
In the realm of mechanical transmission systems, the spur gear stands as a fundamental and ubiquitous component. Its simplicity, efficiency,
This study focuses on the hot rolling process of spur gears based on the generating principle. By establishing coordinate systems
The durability and reliability of mechanical power transmission systems are fundamentally linked to the performance of their constituent gears. Among
The cold forging of spur gears represents a significant technological advancement over traditional machining methods. This process offers substantial benefits,
To accurately calculate the time-varying meshing stiffness of spur gear pairs under real meshing conditions, this study proposes a methodology
As a fundamental component in mechanical systems for transmitting motion and power, spur gears are widely utilized across various industries.
In the realm of metal forming processes, numerical simulation has become an indispensable tool for predicting outcomes, optimizing designs, and
Numerical Analysis and Optimization of Cold Precision Forging Process for Cylindrical Spur Gears This study investigates the cold precision forging
The spur gear is one of the most fundamental and widely used components in mechanical power transmission systems. Its popularity
