The latest materials, modeling, and analysis to avoid high-temperature failure Creep of Materials and Structures details the latest knowledge surrounding creep phenomena and material failure at elevated temperatures.
The latest materials, modeling, and analysis to avoid high-temperature failure Creep of Materials and Structures details the latest knowledge surrounding creep phenomena and material failure at elevated temperatures.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
T. H. Hyde is the author of Creep of Materials and Structures, published by Wiley.
Inhaltsangabe
Acquisition and analysis of creep data Constitutive equations of creep The application of the Graham and Walles creep equation to aeroengine superalloys Numerical analysis of creep in components The use of model materials to simulate creep behaviour Design and assessment of componenets subjected to creep Testing of full-size steam plant components Fracture mechanics in the creep range Creep life assessment methods The use of continuum damage mechanics in creep analysis for design.
Acquisition and analysis of creep data Constitutive equations of creep The application of the Graham and Walles creep equation to aeroengine superalloys Numerical analysis of creep in components The use of model materials to simulate creep behaviour Design and assessment of componenets subjected to creep Testing of full-size steam plant components Fracture mechanics in the creep range Creep life assessment methods The use of continuum damage mechanics in creep analysis for design.
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