Titlebook: High Temperature Fatigue; Properties and Predi R. P. Skelton Book 1987 Elsevier Applied Science Publishers Ltd 1987 Metall.fatigue.material

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https://doi.org/10.1007/978-94-009-3453-5Metall; fatigue; materials; metal; metallurgy

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same lines as its predecessor) is once again to pursue the desire to translate detailed laboratory knowledge into engineering design and assessment. There is, for example, a need to consider the limitations of the laboratory specimen and its relationship with engineering features. Many design procedures stil978-94-010-8046-0978-94-009-3453-5

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Cyclic Stress-Strain Properties During High Strain Fatigue,loop itself are then analysed in some detail and, amongst other relations, it is shown how the cyclic hardening exponent is related to energy changes, friction stress and back stress, and the Bauschinger effect..In the next two sections, typical high temperature alloys are classed either as hardenin

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Materials Response to Thermal-Mechanical Strain Cycling,esting can give lower endurances than those from nominally similar isothermal tests. A comparison of the amount of creep damage formed in these cycles indicates that in-phase cycling exacerbates creep cavity nucleation, thereby giving rise to lower endurances. It is important to establish if such di

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The Physical Metallurgy of Failure Criteria,ured under conditions of rapid symmetrical loading are observed when intergranular defects of the type associated with low-ductility creep failure are generated..An understanding and quantitative description of the formation of such defects has allowed the formulation of an alternative assessment pr