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Abstract
A CoCrFeNiW0.2 metal-matrix composite (MMC) was fabricated by laser powder bed fusion (LPBF) and post-annealing, which exhibited comparable tensile ductility (44%) and yield strength (385 MPa) to as-casted CoCrFeNiW high entropy alloys with much higher W concentration. An Integrated Computational Materials Engineering (ICME) framework coupled with thermo-kinetic simulations was built to investigate the microstructure evolution and mechanical response of the as-fabricated and post-annealed MMCs. The combination of strength and ductility of the MMC can be attributed to the synergistic combination of dislocation, solid solution and grain boundary strengthening due to the multiple roles of W in the LPBF and post-annealing processes.
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