The development trend of aviation forgings in the aviation industry mainly has the following aspects: lightweight: With the continuous reduction of the overall weight of the aircraft in the aviation industry, the material performance and structural design of aviation forgings are optimized to achieve lightweight forgings. The use of new high-strength, high-temperature resistant materials, such as titanium alloys, nickel-based alloys, can effectively reduce the weight of the aircraft and improve performance. High temperature performance: With the continuous development of aviation engine technology, forging materials with better performance at higher temperatures are needed to meet the challenges brought by high temperature environments. Therefore, the materials of aviation forgings need to have good high temperature strength, thermal expansion coefficient matching, oxidation resistance and other characteristics to ensure reliability and durability under high temperature conditions. Composite materials and technology applications: The application of composite materials and technology in aviation forgings is an important development trend. By combining metal with fiber composites, higher strength and stiffness can be achieved and can meet the needs of specific applications. For example, the application of carbon fiber reinforcement materials in aviation forgings can provide better corrosion resistance and fatigue life. Intelligent and digital manufacturing: With the continuous development of intelligent manufacturing and digital technology, the production process of aviation forgings is becoming more and more intelligent and digital. For example, advanced numerical simulation and simulation techniques are used to optimize forging process parameters and improve product quality and performance. At the same time, the application of automated manufacturing technology can also improve production efficiency and consistency. Progress in processing and inspection technology: With the continuous innovation of processing and inspection technology, the manufacturing and quality control capabilities of aviation forgings have been significantly improved. For example, the use of advanced machining and precision heat treatment processes can achieve higher precision and more complex forging structures. At the same time, the application of non-destructive testing technology, such as ultrasonic waves, magnetic particles, etc., can carry out comprehensive and reliable testing of forgings. In short, the development trend of aviation forgings in lightweight, high temperature performance, composite materials and technology applications, intelligent and digital manufacturing, and processing and testing technology advances will promote technological innovation and development of the aviation industry.
