CREEP RUPTURE BEHAVIOR OF STEEL PLATE INSERTION TYPE DRIFT PIN JOINT

CREEP RUPTURE BEHAVIOR OF STEEL PLATE INSERTION TYPE DRIFT PIN JOINT

Small clear test specimens with different width to pin-diameter ratio (l/d) were loaded for creep rapture and time to failure was discussed in terms of the effect of length to pin-diameter ratio. The time to failure of the test specimens with l/d from 6.7 to 10 was longer and that of the test specim...

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Veröffentlicht in:AIJ Journal of Technology and Design 2019/02/20, Vol.25(59), pp.151-154
Hauptverfasser: TAMURA, Keisuke, NAKAJIMA, Shiro, NAKAGAWA, Takahumi, NAKAJIMA, Shoichi
Format: Artikel
Sprache:eng ; jpn
Schlagworte:
Creep rupture
Duration of load
Failure
l/d
Madison curve
Steel plates
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creator TAMURA, Keisuke
NAKAJIMA, Shiro
NAKAGAWA, Takahumi
NAKAJIMA, Shoichi
description Small clear test specimens with different width to pin-diameter ratio (l/d) were loaded for creep rapture and time to failure was discussed in terms of the effect of length to pin-diameter ratio. The time to failure of the test specimens with l/d from 6.7 to 10 was longer and that of the test specimens with l/d from 4.3 to 6 was shorter than the time to failure estimated by the Madison Curve. The test results indicated that the duration of load factor for the tested joints should be evaluated with consideration of the effect of the width to pin-diameter ratio.
doi_str_mv 10.3130/aijt.25.151
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subjects Creep rupture
Duration of load
Failure
l/d
Madison curve
Steel plates
title CREEP RUPTURE BEHAVIOR OF STEEL PLATE INSERTION TYPE DRIFT PIN JOINT
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