The influence of hydrogen on the synthesis of γ-TiAl alloys containing Nb, Cr and Mn by non-traditional Hydride Cycle method

Key Points

• Hydrogen significantly influences the synthesis of γ-TiAl alloys with improved mechanical properties and structure.
• The study reports enhanced alloy performance through the non-traditional hydride cycle method, revealing distinct advantages in material strength.
• Utilizing a novel synthesis technique, the research demonstrates how hydrogen integration can alter alloy characteristics, contributing to advanced applications.
• These findings support new materials design strategies in aerospace and automotive industries, paving the way for stronger, lighter components.