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Experimental Study on Fiber Reinforced Concrete

Wei, Ming Hui / Liu, Yi Ping / Tang, Li Qun / Huang, Xiao Qing

Flexure behaviors of plain concrete (PC), steel fiber reinforced concrete (SFRC), polymer modified concrete (PMC), steel fiber reinforced and polymer modified concrete (SFRPMC) and hybrid fiber reinforced concrete (HFRC) with steel fiber and polymer fiber are studied in this paper, flexure tests were carried out and flexure strengths of the five different materials with different mixture ratios were measured and compared. Flexure ductility of PC, PMC, SFRC, and SFRPMC were calculated and compared. In addition, considering performance and cost estimation comprehensively, HFRC is recommended, preliminary tests show that HFRC may be one of the potential materials for bridge pavement.

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Experimental Study on Fiber Reinforced Concrete

Wei, Ming Hui / Liu, Yi Ping / Tang, Li Qun / Huang, Xiao Qing

Flexure behaviors of plain concrete (PC), steel fiber reinforced concrete (SFRC), polymer modified concrete (PMC), steel fiber reinforced and polymer modified concrete (SFRPMC) and hybrid fiber reinforced concrete (HFRC) with steel fiber and polymer fiber are studied in this paper, flexure tests were carried out and flexure strengths of the five different materials with different mixture ratios were measured and compared. Flexure ductility of PC, PMC, SFRC, and SFRPMC were calculated and compared. In addition, considering performance and cost estimation comprehensively, HFRC is recommended, preliminary tests show that HFRC may be one of the potential materials for bridge pavement.

Experimental Study on Fiber Reinforced Concrete

Wei, Ming Hui / Liu, Yi Ping / Tang, Li Qun / Huang, Xiao Qing

Flexure behaviors of plain concrete (PC), steel fiber reinforced concrete (SFRC), polymer modified concrete (PMC), steel fiber reinforced and polymer modified concrete (SFRPMC) and hybrid fiber reinforced concrete (HFRC) with steel fiber and polymer fiber are studied in this paper, flexure tests were carried out and flexure strengths of the five different materials with different mixture ratios were measured and compared. Flexure ductility of PC, PMC, SFRC, and SFRPMC were calculated and compared. In addition, considering performance and cost estimation comprehensively, HFRC is recommended, preliminary tests show that HFRC may be one of the potential materials for bridge pavement.

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Title:

Experimental Study on Fiber Reinforced Concrete

Contributors:

Wei, Ming Hui / Liu, Yi Ping / Tang, Li Qun / Huang, Xiao Qing

Published in:

Key Engineering Materials ; 400-402 ; 391-394

Publication date:

2008-10-21

Size:

4 pages

ISSN:

1662-9795 , 1013-9826

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.400-402.391

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Flexure Ductility , Mixture Ratio , Bridge Pavement , Fiber Reinforced Concrete (FRC)

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