Aviation forgings have breakthrough applications in aircraft design, which are mainly reflected in the following aspects: Weight optimization: Aviation forgings can reduce the weight of aircraft components through optimal design and reasonable material selection. In aviation, the weight of an aircraft is critical to its performance and fuel efficiency. Aviation forgings have high strength and excellent weight ratio, which can reduce the weight of parts and improve the load capacity and fuel economy of the entire aircraft. Complex structure realization: Aviation forgings can realize the manufacture of complex structures under the precise process control. Through the precision forging process, it is possible to produce forgings with complex shapes, thin-walled structures or protruding wall thickness. This capability enables aeronautical engineers to design more advanced aircraft structures and improve their aerodynamic performance and structural strength. Key component strengthening: Aviation forgings are suitable for the manufacture of key components of aircraft, such as engine shafts, land vehicle frames, brake systems, landing gear, etc. These components are subjected to huge loads and vibrations, which require extremely high material strength and reliability. Aviation forgings can provide high strength, high reliability and durability solutions to meet the needs, and provide a reliable guarantee for the design and manufacture of aircraft. Thermal performance optimization: Aviation forgings have good performance in high temperature environments, which makes them widely used in engine interiors or other areas affected by high temperatures. Aviation forgings are made of high-temperature strong and corrosion-resistant alloy materials, which can withstand huge pressure and thermal stress under high temperature conditions to ensure the working stability and reliability of aircraft. Technological innovation: The breakthrough application of aviation forgings has promoted the continuous innovation of aviation manufacturing technology. By improving the precision and automation of forging process, developing new alloy materials and improving die manufacturing technology, more complex and higher quality forging products can be achieved. This technological advancement is driving the development of the entire aviation industry, constantly improving the performance and safety of aircraft. In summary, the breakthrough application of aviation forgings in aircraft design is reflected in weight optimization, complex structure realization, key component strengthening, thermal performance optimization and promoting technological innovation, which provides important support for the performance, safety and reliable operation of aircraft. With the further improvement of technology, aviation forgings will continue to play an important role in the aviation field and continue to promote the development of the aviation industry.
