The application of composite materials for copper forgings in construction machinery is a work aimed at the properties and applications of copper forgings in construction machinery. The application of composite materials in copper forgings of construction machinery can improve its strength, hardness, wear resistance, corrosion resistance and other properties, so as to improve the overall service life and reliability.
In the research, it is first necessary to select suitable composite materials as reinforcement phase, common fiber reinforced composite materials (such as cellulose, carbon fiber, glass fiber, etc.), particle reinforced composite materials (such as ceramic particles, carbon nanotubes, etc.) and laminated composite materials (such as alloy plates, sandwich plates, etc.). Then, the structure and properties of the composite were controlled by adjusting the ratio, preparation process and heat treatment of the composite.
The research focuses on the following aspects:
- Preparation process of composite materials: including material selection, preparation method, process parameters, etc.
- Research on mechanical properties of composite materials: The mechanical properties of composite materials, such as strength, stiffness, toughness, etc. are studied by means of experimental testing and numerical simulation.
- Wear resistance and corrosion resistance of composite materials: The wear resistance and corrosion resistance of composite materials under different working conditions are evaluated by means of experimental testing and surface treatment.
- Research on interface bonding mechanism between composite materials and copper matrix: Explore the interface bonding mechanism between composite materials and copper matrix to improve the interface bonding strength and compatibility of composite materials.
- Application performance evaluation of composite materials: The application performance of composite materials is evaluated and improved through application testing and actual use feedback in the field of construction machinery.
Through the above research, it can provide scientific basis and technical support for the application of copper forgings in the field of construction machinery, promote the improvement of its performance and reliability, and promote the progress and development of the construction machinery industry.
