The design principles and main points of agricultural machinery forgings are as follows: Functionality: The design of agricultural machinery forgings must first meet its required functions, such as providing a strong connection, transmitting force, wear resistance, corrosion resistance, etc. Factors such as force, working conditions and working environment need to be considered in the design to ensure that the forgings can effectively complete their intended functions. Structural rationality: The structure of the forging should be reasonable to avoid problems such as stress concentration, easy fracture or easy fatigue. The design should take into account the use of agricultural machinery, and choose the appropriate geometry, layout and material to ensure that the forgings have sufficient strength and stiffness during use. Material selection: The commonly used materials of agricultural machinery forgings include carbon steel, alloy steel, etc. When selecting materials, it is necessary to take into account the use of the forging environment, working conditions and required mechanical properties. Suitable material selection can improve the strength, hardness, wear resistance and other properties of the forging, thereby extending its service life. Process feasibility: When designing forgings, the feasibility of the process needs to be taken into account. Select the appropriate forging process, heat treatment process and processing method to ensure that the forging can be realized in the manufacturing process and meet the design requirements. Cooperation with other parts: Agricultural machinery forgings usually need to work with other parts, so when designing forgings, you need to take into account the assembly and connection with other parts. Reasonable matching design can ensure the close connection between the forging and other parts and coordinate the movement, improve the overall work efficiency. Economy: When designing forgings of agricultural machinery, economic factors need to be taken into account. Including material cost, production process cost, service life and other aspects of the tradeoff, choose the appropriate design parameters to achieve the best cost performance. In short, the design principles and main points of agricultural machinery forgings are based on many aspects of functionality, structural rationality, material selection, process feasibility, coordination with other components and economy, to ensure that forgings can play the best role in agricultural machinery.
