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Elastic and plastic compression of concrete under repetitive and sustained static loading

Mehmel, A. / Kern, E.

Influence of oscillatory and sustained static loading on stress-strain curve as well as creep and strength properties of concrete were investigated; curve analysis showed increasing strain stiffness under high-, and decreasing under low-stress conditions; creep deformation rate was equal under oscillatory and static loading; oscillation amplitude and frequency had no influence on creep rate; oscillatory load increased fracture stress by 10%; it also increased fatigue life, particularly in cement-rich concretes.

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Elastic and plastic compression of concrete under repetitive and sustained static loading

Mehmel, A. / Kern, E.

Influence of oscillatory and sustained static loading on stress-strain curve as well as creep and strength properties of concrete were investigated; curve analysis showed increasing strain stiffness under high-, and decreasing under low-stress conditions; creep deformation rate was equal under oscillatory and static loading; oscillation amplitude and frequency had no influence on creep rate; oscillatory load increased fracture stress by 10%; it also increased fatigue life, particularly in cement-rich concretes.

Elastic and plastic compression of concrete under repetitive and sustained static loading

Mehmel, A. / Kern, E.

Influence of oscillatory and sustained static loading on stress-strain curve as well as creep and strength properties of concrete were investigated; curve analysis showed increasing strain stiffness under high-, and decreasing under low-stress conditions; creep deformation rate was equal under oscillatory and static loading; oscillation amplitude and frequency had no influence on creep rate; oscillatory load increased fracture stress by 10%; it also increased fatigue life, particularly in cement-rich concretes.

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Title:

Elastic and plastic compression of concrete under repetitive and sustained static loading

Additional title:

Elastische und plastische Stauchungen von Beton infolge Druckschwell-und Standbelastung

Contributors:

Mehmel, A. (author) / Kern, E. (author)

Published in:

Deutscher Ausschuss fuer Stahlbeton

Publication date:

1962

Size:

74 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

German

Keywords:

Concrete testing

© Metadata Copyright Elsevier B. V. All rights reserved.

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