Luca Binda - Academia.edu (original) (raw)

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Research paper thumbnail of Advanced creep damage and deformation assessment of materials subject to steady and cyclic loading conditions at high temperatures

Minimum creep strain rate σ Stress ζ ig Highest Stress responsible for 100% intergranular rupture... more Minimum creep strain rate σ Stress ζ ig Highest Stress responsible for 100% intergranular rupture ζ tg Lowest Stress responsible for 100% transgranular rupture ζ N=NPH Tensile peak stress at peak hardening σ N=1 Tensile peak stress at first cycle < Cyclic deformation with increasing a  in block cycling test > Cyclic deformation with decreasing a  in block cycling test

Research paper thumbnail of Advanced creep damage and deformation assessment of materials subject to steady and cyclic loading conditions at high temperatures

Minimum creep strain rate σ Stress ζ ig Highest Stress responsible for 100% intergranular rupture... more Minimum creep strain rate σ Stress ζ ig Highest Stress responsible for 100% intergranular rupture ζ tg Lowest Stress responsible for 100% transgranular rupture ζ N=NPH Tensile peak stress at peak hardening σ N=1 Tensile peak stress at first cycle < Cyclic deformation with increasing a  in block cycling test > Cyclic deformation with decreasing a  in block cycling test

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