The purpose of impact experiments on metal materials is to study the fracture of metal materials after being subjected to impact forces, as well as the characteristics and structure of fractures. Through the detection and analysis of fractures, the toughness, hardness, strength and other properties of materials can be judged, which provides a strong basis for material selection and quality control in the engineering field.
In the experiment, after accurately measuring and controlling the impact force, the impact test of different types of steel was carried out using a professional impact tester. During the experiment, the key parameters such as impact force, impact velocity, and impact time during the experiment were recorded, and the fracture situation after the experiment was carefully observed.
Based on experimental data and fracture observations, the following conclusions were drawn:
Different types of steel exhibit different fracture shapes during impact, such as ductile fractures, brittle fractures, etc.
The morphology of the fracture can reflect the strength and toughness of the material, which provides an important basis for the evaluation of the material properties.
The fracture form of steel is the result of a combination of factors, such as impact force, material structure, temperature, etc.
The fracture is observed and analyzed by microscope, scanning electron microscope and other equipment. Our experienced inspectors are able to accurately determine the type and characteristics of fractures and provide detailed inspection reports.