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    Basic Compounds for Superalloys

    Basic Compounds for Superalloys

    - Mechanical Properties

    Af
    Bog E-bog
    • Format
    • Bog, paperback
    • Engelsk

    Beskrivelse

    Basic Compounds for Superalloys: Mechanical Properties explores the mechanical properties of the iron group based intermetallic compounds that are the basis of super-alloys. Chapters explore tensile tests and compressive stress and hardness and provide detailed considerations that are devoted to time dependent deformation, namely creep and cyclic deformation. In addition, a discussion of the nano-crystalline L12 and B2 structures and their mechanical properties is included. Fracture and failure of these materials in both macro and nano-iron based compounds is also considered. This book is ideal for engineers, scientists and technical personnel who work in materials engineering, materials science, and mechanical and chemical engineering.

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  • Vægt970 g
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    10 cm
    book img
    15,2 cm
    22,9 cm

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    Al Cleavage Environment Dislocations Coal Moisture Hardness Orientation Particles Composition Mechanical alloying Brittleness Density Ductility Polycrystals Bowing Coating Crack Growth Crack Grain growth Polycrystal /W Fracture Toughness Grain Boundary Overloading Crack Propagation Climb Activation energy Power-law B2 Modulus Compression Elongation Brittle fracture Glide Corrosion resistance Grain-size Crack formation Brittle Indentation Al content Anomalous yield Antisite atoms Antiphase boundaries (APB) Antiphase boundary (APB) compression test Critical grain size Compression tests Dilsocations Dimples Dislocation annihilation Co3(Al DO3 Dorn equation Compressive creep Constitutional defects Dislocation contribution Elevated temperature deformation Fe3Ga pseudoelasticity cleavage fracture DO3 Fe3Al Fe3Ge Fe-based DO3 Grain boundary fracture Cross-slip Fracture Strain Hardness measurements Hard orientation In situ straining Inverse creep Ductility fracture mode Dislocation structure Inverse temperature H pressure L12 structures Kear-Wilson mechanism L12 compounds Fe3Al polycrystal Fe3Ga FeAl Fe3(Al Flow Stress Martensitic structure Ni3Al Hall-Petch Ni3Ge Hysteresis Loop Griffith theory Kinking Ni3Ga L12 Maximum strength Paris's relation Minimum creep rate NiAl Orientation dependence Oxidation Resistance
    Machine Name: SAXO081