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- W2029146519 abstract "There is increasing evidence that the environmental enhancement of fatigue crack growth rate in the A533B pressure vessel steel-de-oxygenated water system at 288°C is a function of the sulphur content in both the alloy and the environment. The objective of this investigation is to explain quantitatively this phenomenon and to predict the maximum theoretical increase in propagation rate due to this compositional effect at various stress amplitude, mean stress and loading frequency conditions. The film-rupture-slip-dissolution model of environmentally enhanced cracking was used as a working hypothesis. Measurements of oxidation rates on bared surfaces exposed to aqueous environments expected at the crack tip indicated that these rates were strongly dependent on the sulphur content in the electrolyte. Incorporating these oxidation rates into the film-rupture-slip-dissolution model of crack advancement indicated that such a model, could explain quantitatively the observed corrosion fatigue rates over a wide range of frequency, ΔK and R values for both high and low sulphur content systems. The model predicted that the theoretical maximum environmental enhancement in the crack propagation rate may be in excess of the currently observed values, under certain material and loading condition combinations. The theory also predicted that these excessive enhancements were unlikely to be sustained since the crack advance rate should decelerate with time due to chemical blunting at the crack tip. Limited experimental evidence indicates that this prediction is correct." @default.
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- W2029146519 date "1985-01-01" @default.
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- W2029146519 title "The prediction of the maximum corrosion fatigue crack propagation rate in the low alloy steel-de-oxygenated water system at 288°C" @default.
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- W2029146519 doi "https://doi.org/10.1016/0010-938x(85)90005-8" @default.
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