Nanostructured High-Strength Molybdenum Alloys
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- Category: Molybdenum knowledge
- Published on 02 July 2013
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The high-temperature stability and mechanical properties of refractory molybdenum alloys are highly desirable for a wide range of critical applications. However, a long-standing problem for these alloys is that they suffer from low ductility and limited formability.
A nanostructuring strategy achieves Mo alloys with yield strength over 800 MPa and tensile elongation as large as ~ 40% at room temperature.
The processing route involves a molecular-level liquid-liquid mixing/doping technique that leads to an optimal microstructure of submicrometre grains with nanometric oxide particles uniformly distributed in the grain interior.
Our approach can be readily adapted to large-scale industrial production of ductile Mo alloys that can be extensively processed and shaped at low temperatures.
The architecture engineered into such multicomponent alloys offers a general pathway for manufacturing dispersion-strengthened materials with both high strength and ductility.
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