Using Solid-State Joining in Gas Turbine Engines | Zendy

Dan C. Martin | Zendy; F. R. Miller | Zendy

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Using Solid-State Joining in Gas Turbine Engines

Author(s) -

Dan C. Martin,

F. R. Miller

Publication year - 1972

Language(s) - English

Resource type - Conference proceedings

DOI - 10.1115/72-gt-74

Subject(s) - gas compressor , solid state , mechanical engineering , gas turbines , welding , turbine , materials science , turbine blade , automotive engineering , diffusion bonding , state (computer science) , engineering , computer science , metallurgy , engineering physics , algorithm

The ability to fabricate materials and components needed to improve gas-turbine engine performance depends on an ability to achieve reliable joints. Solid-state joining provides this ability. Diffusion bonding of compressor blades, friction welding of engine rotors, and solid-state bonding of turbine shafts by coextrusion of dissimilar metals are discussed as examples of applications of solid-state bonding. Parts made by these techniques have successfully completed engine tests.Copyright © 1972 by ASME

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