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Experimental study of fatigue effects on behavior of reinforced concrete beams
Deformation characteristics under usual conditions and effects of fatigue on ultimate strength were investigated; for types of concrete used in tests, fatigue strength under compressive forces was equal to about 0.6 of compressive strength; fatigue strength of beams failing by concrete deficiency was same as in former case, while that of beams failing by steel deficiency was equal to 0.9 of ultimate static moment; fatigue effects on deformations under usual conditions depend on beam type, stresses, and number of vibrations; after 5 million vibrations, increase of deformation characteristics was nearly 35%.
Experimental study of fatigue effects on behavior of reinforced concrete beams
Deformation characteristics under usual conditions and effects of fatigue on ultimate strength were investigated; for types of concrete used in tests, fatigue strength under compressive forces was equal to about 0.6 of compressive strength; fatigue strength of beams failing by concrete deficiency was same as in former case, while that of beams failing by steel deficiency was equal to 0.9 of ultimate static moment; fatigue effects on deformations under usual conditions depend on beam type, stresses, and number of vibrations; after 5 million vibrations, increase of deformation characteristics was nearly 35%.
Experimental study of fatigue effects on behavior of reinforced concrete beams
Etude experimentale de l'effet de la fatigue sur le comportement des poutres en beton arme
Lambotte, H. (author) / Baus, R. (author)
Revue C ; 3
1963
15 pages
Article (Journal)
French
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