The research of large-scale and engineering application of starting rod forging refers to the research of size enlargement and application scenario optimization of starting rod forging. Starting lever forging is an important component used to drive and control mechanical equipment, which is responsible for the transfer of power to other equipment or mechanical systems of the starting device.
In the large-scale research of starting rod forgings, it is necessary to evaluate and select the mechanical properties of materials first. By analyzing the parameters of stress, load and working temperature under different working conditions, the material strength, toughness and fatigue resistance of starter bar forging are determined.
Secondly, in the design process need to take into account the size of the starting rod forging problem. Since large starting rod forgings are subjected to greater forces and torques, it is necessary to improve the efficiency of material use and prevent deformation. Through simulation analysis and experimental verification, the optimum design parameters of starting rod forging are determined, so that it can meet the working requirements and have good reliability and durability.
In the engineering application research, it is necessary to test and evaluate the system performance of the starting bar forging. Through long-term monitoring and experimental verification in the actual use environment, the working performance, life and reliability of the starter bar forging are evaluated to ensure its safety, reliability and stability under various working conditions.
In addition, the manufacturing process and equipment of large starting rod forgings also need to be studied and improved. Including forging process, heat treatment process, machining process and other aspects of optimization, in order to improve production efficiency and product quality.
In short, the large-scale and engineering application research of starting rod forgings is a comprehensive work, which needs in-depth research from many aspects such as material selection, size enlargement, engineering application, etc., to meet the needs of large mechanical equipment for starting devices, and to ensure its safety, reliability and long-term stability in the working process.
