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- W2017238073 abstract "Abstract The steady state creep behavior of three compositions of alpha-brass (90, 80, and 70 at.% Cu) was investigated in the temperature range 550–700°C. Compressional creep testing was performed in dry, deoxidized hydrogen at stresses of 2800, 3400 and 4000 psi. Activation energies for creep were observed to be 38,600, 38,000 and 31,000 cal/mole for alloys containing 90, 80 and 70 at. % Cu, respectively. As these values closely approximate chemical diffusion activation energies, it is thought that the rate controlling mechanism in creep of alpha-brass in the stress and temperature range studied is diffusion dependent. The steady state creep rates ϵ 3 , satisfied the relationship, ϵ 3 = Bγ 3.5 (σlE) 5 D , where B is a constant about equal to 4.4 × 1017cm5ergs−3.5, γ is the stacking fault energy, σ is the applied creep stress, E is the isotropic, polycrystalline, unrelaxed elastic modulus, and D is the chemical diffusion coefficient." @default.
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- W2017238073 date "1966-03-01" @default.
- W2017238073 modified "2023-09-27" @default.
- W2017238073 title "Influence of diffusivity, elastic modulus, and stacking fault energy on the high temperature creep behavior of alpha brasses" @default.
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- W2017238073 doi "https://doi.org/10.1016/0001-6160(66)90096-4" @default.
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