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The fatigue strength of Cu–Be alloy with tensile strength ranging from 500 to 1300MPa was optimized by different treatments. The experimental results demonstrate that the optimum fatigue strength of the Cu–Be alloy at 10 7 cycles is 323MPa, which does not correspond to the material state with the highest tensile strength. It is indicated that improving the tensile strength cannot always achieve...
The tensile, compressive and low-cycle fatigue properties of a rolled magnesium alloy Mg–2.8% Al–1.1% Zn–0.4% Mn (AZ31) along the transverse direction (TD) and rolling direction (RD) were investigated. The results show that both the strength and elongation of the TD samples are higher than those of the RD samples; consequently, the low-cycle fatigue properties of the TD samples are better than those...
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