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Standardized mathematical expression for stress-strain relations of structural steel under monotonic and uniaxial tension loading
Summary Tension tests on 36 specimens of steel plates produced in Japan are carried out according to the testing method proposed by RILEM TC 83. The stress-strain curves obtained from the tests are mathematically expressed by determining the material constants included in a modified Menegotto-Pinto model. These results give standardized stress-strain relations with respect to SS41 and SM50A steels generally used in Japan as structural steels for building structures. These kinds of data are expected to be accumulated by many countries and should be then compared internationally to establish a more reasonable stress-strain relationship usable for structural analyses.
Standardized mathematical expression for stress-strain relations of structural steel under monotonic and uniaxial tension loading
Summary Tension tests on 36 specimens of steel plates produced in Japan are carried out according to the testing method proposed by RILEM TC 83. The stress-strain curves obtained from the tests are mathematically expressed by determining the material constants included in a modified Menegotto-Pinto model. These results give standardized stress-strain relations with respect to SS41 and SM50A steels generally used in Japan as structural steels for building structures. These kinds of data are expected to be accumulated by many countries and should be then compared internationally to establish a more reasonable stress-strain relationship usable for structural analyses.
Standardized mathematical expression for stress-strain relations of structural steel under monotonic and uniaxial tension loading
Kato, Ben (Autor:in) / Aoki, Hirofumi (Autor:in) / Yamanouchi, Hiroyuki (Autor:in)
Materials and Structures ; 23 ; 47-58
01.01.1990
12 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
STRAIN RATE DEPENDENCY OF SAND RESPONSE UNDER UNIAXIAL MONOTONIC LOADING
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