SELECTION OF ALLOYS, THEIR STRUCTURE AND PROPERTIES

Аннотация

This study investigates the deformation behavior of various steels and alloys under high-temperature and isothermal conditions. The effects of deformation rate, temperature, and initial microstructure on the mechanical properties and microstructural changes during deformation are analyzed. The use of isothermal conditions allows for improved control over deformation processes, leading to enhanced product quality and material performance. Experimental methods include tensile testing at various temperatures and deformation rates, as well as microstructural analysis. The results provide insights into optimizing thermomechanical processing regimes for better mechanical properties and efficiency in metal forming.