The innovative design and engineering practice of agricultural machinery forgings refers to a series of practical activities carried out in the field of agricultural machinery forgings by introducing new design concepts and advanced technology to improve the performance of agricultural machinery forgings, reduce costs, enhance reliability and extend service life. In the innovative design of agricultural machinery forgings, practical measures can be taken in the following aspects: Material selection and research and development: by studying and evaluating the mechanical properties, corrosion resistance, wear resistance and other characteristics of different materials, select the most suitable materials for the manufacture of agricultural machinery forgings. At the same time, new materials can also be developed, such as the use of high-strength steel, composite materials, etc., to improve the performance of agricultural machinery forgings. Structural design optimization: Through the use of topological optimization, finite element analysis and other tools to optimize the structure of agricultural machinery forgings to improve its strength, stiffness and durability, and reduce weight. At the same time, you can also consider increasing protective devices and reducing the number of parts to improve the safety and reliability of agricultural machinery. Manufacturing process improvement: Through the introduction of advanced forging process, heat treatment process and surface treatment technology, improve the manufacturing quality and efficiency of agricultural machinery forgings. For example, using precision forging technology can improve the dimensional accuracy and surface finish of forgings; The microstructure and properties of forgings can be optimized by heat treatment. Test verification and evaluation: After the design and manufacturing is completed, a series of test verification and evaluation are needed to ensure that the performance and reliability of agricultural machinery forgings meet the requirements. Including material mechanical properties test, fatigue test, impact test, etc., to evaluate the performance of agricultural machinery forgings under actual conditions of use. The innovative design and engineering practice of agricultural machinery forgings is a multidisciplinary and comprehensive work, which requires the cooperation of engineers, material experts, manufacturing experts and other parties to provide better quality and high-performance forgings for the agricultural machinery industry through continuous practice, research and improvement.
