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Due to the unique properties of Fe-based (bulk) metallic glasses (BMGs/MGs), such as relatively low material cost, high strength and hardness values, enhanced corrosion resistance, and potential candidacy as precursors for nanocrystalline composite materials [1-3], a number of Fe-based MGs have recently been developed as potential engineering materials. Crystallization of MGs, one of the recently developed methods of nanocrystalline material production, has been used successfully in various alloy systems, such as Fe-, Ni-, and Cubased alloys [4-7]. Because the glass state is thermo-mechanically metastable, the crystallization driving force is very high [8]. If crystallization occurs at lower temperatures, diffusion is limited, resulting in a very high nucleation frequency with limited time for growth, which leads to the formation of nanoscale phases [9]. High-temperature crystallization (after the last Effect of Casting Diameter and Heat Treatment Process on Microstructural Evolution and Mechanical Properties of Fe 55-X Cr 18 Mo 7 B 16 C 4 Nb X(X=0,3) Ribbons and Nanostructured Rods

iranian journal of materials science and engineering

Effect of Casting Diameter and Heat Treatment Process on Microstructural Evolution and Mechanical Properties of Fe55-XCr18Mo7B16C4NbX(X=0,3) Ribbons and Nanostructured Rods