In modern mechanical equipment, the bearing ring is the core component, and its quality and performance have a decisive impact on the operating effect and life of the overall equipment. As the key technology of bearing ring manufacturing, the research and application of bearing ring forging technology in domestic manufacturing industry is particularly important. This paper will deeply study the bearing ring forging technology, and discuss how to improve this technology, improve the level of domestic manufacturing industry.
Bearing ring forging technology involves material science, mechanical engineering, thermodynamics and other fields, and its process includes raw material preparation, heating, forging, heat treatment and other links. At present, with the development of computer technology and numerical simulation technology, numerical simulation and optimization of bearing ring forging has become a research hotspot. Through numerical simulation, the temperature change, stress distribution and material flow in forging process can be predicted, which provides scientific basis for optimizing forging process.
Compared with the traditional bearing manufacturing technology, the bearing ring forging technology has significant advantages. Firstly, forging technology can make the material structure dense and improve the mechanical properties of the material; Secondly, forging technology can produce bearing rings with complex shapes and high precision to meet the needs of high-end equipment; Finally, the forging technology has high production efficiency and is suitable for large-scale production.
In order to improve the level of domestic manufacturing, we need to strengthen the research and application of bearing ring forging technology from the following aspects:
Strengthen research and development capacity: increase investment in scientific research, encourage enterprises and scientific research institutions to cooperate and jointly develop new technology of bearing ring forging with high efficiency, environmental protection and energy saving.
Improve the level of equipment: the introduction of advanced forging equipment and testing technology to improve the accuracy and efficiency of bearing ring forging.
Optimize the production process: through numerical simulation and process test, optimize the forging process parameters to achieve efficient and stable production.
Professional personnel training: strengthen personnel training, establish a sound talent incentive mechanism, attract and retain high-level R & D and technical personnel.
Bearing ring forging technology as a key technology in the manufacturing industry, its level of improvement will directly promote the development of domestic manufacturing industry. Through in-depth research on bearing ring forging technology, strengthening scientific research investment, improving equipment level, optimizing production process and training professionals, we can further improve the level of bearing ring forging technology, improve product quality and production efficiency, reduce costs, so as to enhance the competitiveness of domestic manufacturing industry and achieve high-quality development of manufacturing industry. In the future, we expect bearing ring forging technology to achieve greater breakthroughs in the direction of innovation, green and intelligent, and inject stronger impetus into the upgrading and transformation of domestic manufacturing industry.
