Abstract:The development of superior-strength materials used in high temperature applications is necessary for the continued improvement of turbine engine systems. Orthorhombic-based intermetallic alloys, such as Ti-25Al-17Nb (at%), have displayed excellent intermediate-temperature strength [1] and creep resistance [2]. However, further improvement in creep behavior may be obtained by altering the microstructure. The addition of molybdenum (Mo), a beta-phase stabilizer, affects the grain size and the constituent phase … Show more
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