The design and optimization of agricultural machinery forgings play an important role in improving product performance and promoting agricultural development. The following are the steps and methods: Demand analysis: Understand the specific needs of agricultural machinery forgings, including the use of the environment, load, working conditions, etc. Define design goals according to requirements. Material selection: Select the material suitable for agricultural machinery forgings, considering its strength, hardness, wear resistance, corrosion resistance and other characteristics. Commonly used materials are steel, iron alloy and so on. Materials are selected according to the specific situation. 3D design: Use CAD software for 3D design to determine the appropriate size, shape and structure according to the requirements and material characteristics. At the same time, considering the feasibility of forging process, the amount of late processing is reduced. Feasibility analysis: Through finite element analysis and other methods, evaluate the strength, stiffness, fatigue life and other properties of the design. Ensure the stability and reliability of the design scheme in actual work. Process planning: According to the forging process, determine the best forging temperature, pressure and speed parameters. Considering the influence of plastic deformation and tissue formation of the material, the quality and performance of the forgings are ensured. Optimization and improvement: Through many trial production and testing, the design of agricultural machinery forgings was optimized and improved. According to the actual situation, local structural adjustment, material improvement and other measures to improve the performance and reliability of the product. Manufacturing: According to the final design plan, mass production and manufacturing. Strictly control the quality of each link to ensure the consistency and stability of agricultural machinery forgings. Agricultural machinery forgings design and optimization need to rely on professional engineering designers and forging technicians, as well as advanced design software and analysis tools. Through continuous improvement and innovation, product performance can be improved to provide comprehensive support for agricultural development.
