Effect of loading type on S-N fatigue behavior of SPRC340 steel sheet

In the present study, the effect of loading type on S-N fatigue behavior was examined using a 0.7 mm thick SPRC340 (Fe-0.08C-0.7Mn-0.5Si-0.12P-0.03S) steel sheet product. In contrast with the commonly held belief that the apparent fatigue resistance under bending is higher than that under uniaxial l...

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Published inMetals and materials international Vol. 15; no. 6; pp. 925 - 929
Main Authors Kwon, Jaeki, Kim, Youngju, Han, Seungzeon, Goto, Masahiro, Kim, Sangshik
Format Journal Article
LanguageEnglish
Published Springer The Korean Institute of Metals and Materials 01.12.2009
Springer Nature B.V
대한금속·재료학회
Subjects
Bending stresses
Characterization and Evaluation of Materials
Chemistry and Materials Science
Engineering Thermodynamics
Fatigue
Heat and Mass Transfer
Machines
Magnetic Materials
Magnetism
Manufacturing
Materials Science
Metallic Materials
Metallurgy
Processes
Solid Mechanics
재료공학
bending
S-N fatigue
uniaxial loading
SPRC340
R ratio
Online AccessGet full text
ISSN1598-9623
2005-4149
DOI10.1007/s12540-009-0925-7

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Abstract In the present study, the effect of loading type on S-N fatigue behavior was examined using a 0.7 mm thick SPRC340 (Fe-0.08C-0.7Mn-0.5Si-0.12P-0.03S) steel sheet product. In contrast with the commonly held belief that the apparent fatigue resistance under bending is higher than that under uniaxial loading, the present specimens tended to show lower fatigue resistance under bending than under uniaxial loading. This trend appeared to be associated with several factors, including multi-site crack initiation on both sides of the specimen in bending, increasing error in the elastic bending stress calculation, and cyclic hardening during fatigue. The effects of loading type, including uniaxial loading and bending, on the S-N fatigue behavior are discussed.
AbstractList In the present study, the effect of loading type on S-N fatigue behavior was examined using a 0.7 mm thick SPRC340 (Fe-0.08C-0.7Mn-0.5Si-0.12P-0.03S) steel sheet product. In contrast with the commonly held belief that the apparent fatigue resistance under bending is higher than that under uniaxial loading, the present specimens tended to show lower fatigue resistance under bending than under uniaxial loading. This trend appeared to be associated with several factors, including multi-site crack initiation on both sides of the specimen in bending, increasing error in the elastic bending stress calculation, and cyclic hardening during fatigue. The effects of loading type, including uniaxial loading and bending, on the S-N fatigue behavior are discussed.[PUBLICATION ABSTRACT]
In the present study, the effect of loading type on S-N fatigue behavior was examined using a 0.7 mm thick SPRC340 (Fe-0.08C-0.7Mn-0.5Si-0.12P-0.03S) steel sheet product. In contrast with the commonly held belief that the apparent fatigue resistance under bending is higher than that under uniaxial loading, the present specimens tended to show lower fatigue resistance under bending than under uniaxial loading. This trend appeared to be associated with several factors, including multi-site crack initiation on both sides of the specimen in bending, increasing error in the elastic bending stress calculation, and cyclic hardening during fatigue. The effects of loading type, including uniaxial loading and bending, on the S-N fatigue behavior are discussed.
In the present study, the effect of loading type on S-N fatigue behavior was examined using a 0.7 mm thick SPRC340 (Fe-0.08C-0.7Mn-0.5Si-0.12P-0.03S) steel sheet product. In contrast with the commonly held belief that the apparent fatigue resistance under bending is higher than that under uniaxial loading, the present specimens tended to show lower fatigue resistance under bending than under uniaxial loading. This trend appeared to be associated with several factors, including multi-site crack initiation on both sides of the specimen in bending, increasing error in the elastic bending stress calculation, and cyclic hardening during fatigue. The effects of loading type, including uniaxial loading and bending, on the S-N fatigue behavior are discussed. KCI Citation Count: 7
Author Kim, Sangshik
Kwon, Jaeki
Goto, Masahiro
Han, Seungzeon
Kim, Youngju
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crossref_primary_10_1007_s12540_014_5009_7
crossref_primary_10_1007_s11661_018_5095_0
crossref_primary_10_1016_j_msea_2011_02_068
Cites_doi 10.3365/met.mat.2008.06.361
10.1007/BF02321056
10.1299/kikaia.63.2092
10.1007/BF03026059
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Keywords bending
S-N fatigue
uniaxial loading
SPRC340
R ratio
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Snippet In the present study, the effect of loading type on S-N fatigue behavior was examined using a 0.7 mm thick SPRC340 (Fe-0.08C-0.7Mn-0.5Si-0.12P-0.03S) steel...
In the present study, the effect of loading type on S-N fatigue behavior was examined using a 0.7 mm thick SPRC340 (Fe-0.08C-0.7Mn-0.5Si-0.12P-0.03S) steel...
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SubjectTerms Bending stresses
Characterization and Evaluation of Materials
Chemistry and Materials Science
Engineering Thermodynamics
Fatigue
Heat and Mass Transfer
Machines
Magnetic Materials
Magnetism
Manufacturing
Materials Science
Metallic Materials
Metallurgy
Processes
Solid Mechanics
재료공학
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Title Effect of loading type on S-N fatigue behavior of SPRC340 steel sheet
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Volume 15
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ispartofPNX Metals and Materials International, 2009, 15(6), , pp.925-929
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