Microstructure evolution and failure mechanism of SP2215/Stellite-6 components prepared by laser directed energy deposition during high-temperature service
Puntos clave
Components showed significant microstructure changes under high-temperature service, influencing their failure behavior.
Microstructure analysis revealed that the transition in phase structure directly correlates with mechanical properties.
Assessment using laser directed energy deposition documented the evolution of microstructural features and subsequent failures during tests.
Highlights the need for improved understanding of laser deposition in high-temperature applications to enhance material performance.
Microstructure evolution and failure mechanism of SP2215/Stellite-6 components prepared by laser directed energy deposition during high-temperature service | Synapse