Alloying Elements and Misfit Influence on the Tensile Behavior of Different Generation Ni-Based Single Crystal Superalloys

Key Points

• Tensile behavior varies significantly across different generations of nickel-based superalloys, showing distinct performance characteristics.
• Key evidence reveals specific alloying elements impact tensile strength and ductility in these materials, influencing structural applications.
• The analysis includes a comparative examination of misfit parameters in alloying to determine their effects on mechanical properties.
• Findings suggest that further studies are needed to refine the understanding of these influences in practical applications.