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Tensile and impact strengths of steel fiber reinforced polymer impregnated concrete
AbstractOrdinary concrete was reinforced by (i) steel fiber, (ii) polymer impregnation, and (iii) by both steel fiber and polymer impregnation. The tensile strength of concrete was increased 2.62 times by steel fiber reinforcement, 5.56 times by polymer impregnation, and 7.52 times by the combined technique. The increase in impact strength for these three cases were 2–3, 7–15, and 9–15 times respectively, over the plain concrete. Polymer loading was increased from 7% to 9.5% by pressure impregnation at 15 atm. Then the tensile strength of the steel fiber reinforced and polymer impregnated concrete was increased by 8.5 times and the impact strength by 12–28 times.
Tensile and impact strengths of steel fiber reinforced polymer impregnated concrete
AbstractOrdinary concrete was reinforced by (i) steel fiber, (ii) polymer impregnation, and (iii) by both steel fiber and polymer impregnation. The tensile strength of concrete was increased 2.62 times by steel fiber reinforcement, 5.56 times by polymer impregnation, and 7.52 times by the combined technique. The increase in impact strength for these three cases were 2–3, 7–15, and 9–15 times respectively, over the plain concrete. Polymer loading was increased from 7% to 9.5% by pressure impregnation at 15 atm. Then the tensile strength of the steel fiber reinforced and polymer impregnated concrete was increased by 8.5 times and the impact strength by 12–28 times.
Tensile and impact strengths of steel fiber reinforced polymer impregnated concrete
Yalçin, Nilüfer (author) / Gündüz, Güngör (author)
Cement and Concrete Research ; 16 ; 793-797
1986-08-20
5 pages
Article (Journal)
Electronic Resource
English
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