In-situ stirring and its effect on microstructure evolution and tribological performance in wide temperature induced via addition of dual-functional ceramics in laser directed energy deposition of FeCoCrNi-MoS2-SiC
Key Points
Tribological performance improves with in-situ stirring during laser directed energy deposition.
Key evidence shows a significant enhancement in wear resistance with the addition of dual-functional ceramics.
Analysis of microstructure evolution in FeCoCrNi alloys highlights the role of temperature and stirring.
Findings support the potential for improved material properties in additive manufacturing processes.
In-situ stirring and its effect on microstructure evolution and tribological performance in wide temperature induced via addition of dual-functional ceramics in laser directed energy deposition of FeCoCrNi-MoS2-SiC | Synapse