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- W3030339161 startingPage "451" @default.
- W3030339161 abstract "The aim of the present study was to investigate the behaviour of a powder metallurgically produced high alloy X5CrMnNi16-7-6 metastable austenitic stainless steel under planar-biaxial loading. For this purpose, cruciform specimens made of this material were subjected both to quasi-static loading and to cyclic loading for low cycle fatigue and crack growth investigations. In addition to quasi-static shear loading with load axes force ratio (uplambda =-1) and quasi-static equibiaxial loading with (uplambda =1), further specimens were subjected to a load ratio of (uplambda ={0.5}) to determine the yield surface. Quasi-static sequence tests with permanently changing (uplambda ) were carried out to determine load sequence effects. The characterization of the low cycle fatigue behavior was carried out under equibiaxial tensile loading with load axes strain ratio (Phi =1) and shear loading with (Phi =-1). Furthermore, investigations were carried out at different strain ratios. The description of the low cycle fatigue lives was performed using the Basquin-Manson-Coffin relationship. For both quasi-static and LCF experiments, the martensite content was measured in situ, so that the influence of the phase transformation on the material behaviour could be described. The fatigue crack growth investigations were performed on cruciform specimens under uniaxial, equibiaxial and initially equibiaxial and subsequently phase-shifted loading on a stable austenitic steel variant. In order to describe the fatigue crack growth, a finite element (FE) analysis of the specimen geometry was carried out first, so that a correlation between force and resulting stress in the uncracked specimen could be established. A geometry function for straight growing cracks was established by correlation between force and resulting stress in the specimen and K-solution at different crack lengths. A comparison of the crack growth between uniaxial or equibiaxial and phase-shifted loading with kinking crack paths was made by means of Paris law." @default.
- W3030339161 created "2020-06-05" @default.
- W3030339161 creator A5005052613 @default.
- W3030339161 creator A5027676623 @default.
- W3030339161 creator A5084505709 @default.
- W3030339161 date "2020-01-01" @default.
- W3030339161 modified "2023-10-16" @default.
- W3030339161 title "Behaviour of Metastable and Stable Austenitic Stainless Steels Under Planar-Biaxial Load" @default.
- W3030339161 cites W1566416108 @default.
- W3030339161 cites W1596817325 @default.
- W3030339161 cites W1619859563 @default.
- W3030339161 cites W1967640733 @default.
- W3030339161 cites W1968381187 @default.
- W3030339161 cites W1968675655 @default.
- W3030339161 cites W1969252929 @default.
- W3030339161 cites W1972711650 @default.
- W3030339161 cites W1977069504 @default.
- W3030339161 cites W1979829847 @default.
- W3030339161 cites W1984831082 @default.
- W3030339161 cites W1986893800 @default.
- W3030339161 cites W1992417421 @default.
- W3030339161 cites W1996384207 @default.
- W3030339161 cites W1998351794 @default.
- W3030339161 cites W2004112525 @default.
- W3030339161 cites W2007548626 @default.
- W3030339161 cites W2008400867 @default.
- W3030339161 cites W2009038586 @default.
- W3030339161 cites W2014011515 @default.
- W3030339161 cites W2017795246 @default.
- W3030339161 cites W2017857685 @default.
- W3030339161 cites W2019415043 @default.
- W3030339161 cites W2021891769 @default.
- W3030339161 cites W2022836584 @default.
- W3030339161 cites W2025476404 @default.
- W3030339161 cites W2027783893 @default.
- W3030339161 cites W2030943088 @default.
- W3030339161 cites W2033264178 @default.
- W3030339161 cites W2033290794 @default.
- W3030339161 cites W2033969112 @default.
- W3030339161 cites W2034009853 @default.
- W3030339161 cites W2036362534 @default.
- W3030339161 cites W2036805468 @default.
- W3030339161 cites W2040099098 @default.
- W3030339161 cites W2040298510 @default.
- W3030339161 cites W2043510118 @default.
- W3030339161 cites W2043917896 @default.
- W3030339161 cites W2044956998 @default.
- W3030339161 cites W2045415981 @default.
- W3030339161 cites W2047380077 @default.
- W3030339161 cites W2051269352 @default.
- W3030339161 cites W2051332221 @default.
- W3030339161 cites W2055251762 @default.
- W3030339161 cites W2056808445 @default.
- W3030339161 cites W2060028601 @default.
- W3030339161 cites W2062242681 @default.
- W3030339161 cites W2062466725 @default.
- W3030339161 cites W2066525354 @default.
- W3030339161 cites W2070342312 @default.
- W3030339161 cites W2072086953 @default.
- W3030339161 cites W2074095137 @default.
- W3030339161 cites W2074611479 @default.
- W3030339161 cites W2075476065 @default.
- W3030339161 cites W2078828281 @default.
- W3030339161 cites W2079893562 @default.
- W3030339161 cites W2082743154 @default.
- W3030339161 cites W2083125025 @default.
- W3030339161 cites W2084591500 @default.
- W3030339161 cites W2086968744 @default.
- W3030339161 cites W2087419598 @default.
- W3030339161 cites W2088035435 @default.
- W3030339161 cites W2089112951 @default.
- W3030339161 cites W2091582226 @default.
- W3030339161 cites W2092167516 @default.
- W3030339161 cites W2094307587 @default.
- W3030339161 cites W2099858480 @default.
- W3030339161 cites W2102277064 @default.
- W3030339161 cites W2109606373 @default.
- W3030339161 cites W2120444924 @default.
- W3030339161 cites W2123430822 @default.
- W3030339161 cites W2146490209 @default.
- W3030339161 cites W2154797458 @default.
- W3030339161 cites W2165720833 @default.
- W3030339161 cites W2174154904 @default.
- W3030339161 cites W2174320468 @default.
- W3030339161 cites W2191925406 @default.
- W3030339161 cites W2338491413 @default.
- W3030339161 cites W2501274515 @default.
- W3030339161 cites W2564812960 @default.
- W3030339161 cites W257206471 @default.
- W3030339161 cites W2602287520 @default.
- W3030339161 cites W2747534127 @default.
- W3030339161 cites W2774075641 @default.
- W3030339161 cites W2782538386 @default.
- W3030339161 cites W2796217285 @default.
- W3030339161 cites W2802243938 @default.
- W3030339161 cites W2899270959 @default.
- W3030339161 cites W2903750017 @default.
- W3030339161 cites W2905529234 @default.