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- W3168302816 endingPage "117071" @default.
- W3168302816 startingPage "117071" @default.
- W3168302816 abstract "Microalloyed steels with very small amounts of B and/or Nb are expected to enhance their mechanical properties. In the present work, we have designed and conducted experimental assays for evaluating the merits of microalloying 18% Ni maraging steels with small amounts of B and Nb. The experiments included the synthesis of small volumes of material with the desired compositions (labeled base alloy, alloy I, and alloy II), aging heat treatments, and mechanical property evaluation using a combination of Vickers hardness, spherical indentation stress-strain protocols, and standardized tensile tests. The microstructures of the alloys were studied using SEM/EDS, EBSD, and X-ray diffraction (XRD). The results of this study have demonstrated that the microalloyed steels with B and Nb delayed the coarsening of precipitates and retained their peak aged strength over longer exposure times in the aging process. Furthermore, comparing the estimates from hardness and the spherical indentation stress-strain protocols with the standardized tensile tests indicated that the spherical indentation protocols provided highly reliable estimates of the tensile yield strengths at significantly lower cost and effort. This study has confirmed the viability of utilizing the spherical indentation stress-strain protocols for the rapid exploration of materials composition and process spaces." @default.
- W3168302816 created "2021-06-22" @default.
- W3168302816 creator A5043943635 @default.
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- W3168302816 date "2021-08-01" @default.
- W3168302816 modified "2023-10-12" @default.
- W3168302816 title "Evaluation of the influence of B and Nb microalloying on the microstructure and strength of 18% Ni maraging steels (C350) using hardness, spherical indentation and tensile tests" @default.
- W3168302816 cites W1482085336 @default.
- W3168302816 cites W1956278974 @default.
- W3168302816 cites W1964189324 @default.
- W3168302816 cites W1964512351 @default.
- W3168302816 cites W1968075993 @default.
- W3168302816 cites W1980696731 @default.
- W3168302816 cites W1984654442 @default.
- W3168302816 cites W1984924306 @default.
- W3168302816 cites W1986501437 @default.
- W3168302816 cites W1989520734 @default.
- W3168302816 cites W1990553177 @default.
- W3168302816 cites W1993186848 @default.
- W3168302816 cites W1994864346 @default.
- W3168302816 cites W1998406939 @default.
- W3168302816 cites W2003257240 @default.
- W3168302816 cites W2003366574 @default.
- W3168302816 cites W2006105134 @default.
- W3168302816 cites W2008642395 @default.
- W3168302816 cites W2009672309 @default.
- W3168302816 cites W2012501806 @default.
- W3168302816 cites W2020301659 @default.
- W3168302816 cites W2021306476 @default.
- W3168302816 cites W2024380484 @default.
- W3168302816 cites W2024614478 @default.
- W3168302816 cites W2025455448 @default.
- W3168302816 cites W202549846 @default.
- W3168302816 cites W2025683144 @default.
- W3168302816 cites W2030585801 @default.
- W3168302816 cites W2032323093 @default.
- W3168302816 cites W2033577247 @default.
- W3168302816 cites W2034567310 @default.
- W3168302816 cites W2052785359 @default.
- W3168302816 cites W2061746150 @default.
- W3168302816 cites W2062477060 @default.
- W3168302816 cites W2069612882 @default.
- W3168302816 cites W2069933126 @default.
- W3168302816 cites W2070638223 @default.
- W3168302816 cites W2074497204 @default.
- W3168302816 cites W2075704666 @default.
- W3168302816 cites W2076454334 @default.
- W3168302816 cites W2078773481 @default.
- W3168302816 cites W2083282825 @default.
- W3168302816 cites W2086933933 @default.
- W3168302816 cites W2089672421 @default.
- W3168302816 cites W2094676171 @default.
- W3168302816 cites W2124217397 @default.
- W3168302816 cites W2149372900 @default.
- W3168302816 cites W2152738840 @default.
- W3168302816 cites W2190459052 @default.
- W3168302816 cites W2198360213 @default.
- W3168302816 cites W2314529180 @default.
- W3168302816 cites W2337922587 @default.
- W3168302816 cites W2343180131 @default.
- W3168302816 cites W2432793543 @default.
- W3168302816 cites W2488369138 @default.
- W3168302816 cites W2510445033 @default.
- W3168302816 cites W2516356017 @default.
- W3168302816 cites W2516458814 @default.
- W3168302816 cites W2516602293 @default.
- W3168302816 cites W2523453180 @default.
- W3168302816 cites W2530788196 @default.
- W3168302816 cites W2538317713 @default.
- W3168302816 cites W2553942899 @default.
- W3168302816 cites W2603576452 @default.
- W3168302816 cites W2611638013 @default.
- W3168302816 cites W2750222998 @default.
- W3168302816 cites W2751447638 @default.
- W3168302816 cites W2767841143 @default.
- W3168302816 cites W2770306942 @default.
- W3168302816 cites W2883326306 @default.
- W3168302816 cites W291435385 @default.
- W3168302816 cites W2952473055 @default.
- W3168302816 cites W2981767647 @default.
- W3168302816 cites W2982169607 @default.
- W3168302816 cites W2982691791 @default.
- W3168302816 cites W3042181581 @default.
- W3168302816 cites W360809877 @default.
- W3168302816 cites W4211167975 @default.
- W3168302816 cites W4249993182 @default.
- W3168302816 doi "https://doi.org/10.1016/j.actamat.2021.117071" @default.
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