Online: 1 July 2022; Volume 1, Issue 1, No.1 PDF DOWNLOAD
  • Title:
  • Experimental study on durability of high-strength FC synthetic fiber reinforced pavement concrete
  • Author:
    Yonggen Wu, Zeyao Zhang, Wenzhe Li
  • Author Affiliation:

    Department of Airfield Architecture Engineering, Air Force Engineering University, Xi’an 710038, China

Abstract

In the durability experiment of the surface crack resistance, the impermeability, the abrasion resistance and frost resistance of high-strength FC synthetic fiber reinforced pavement concrete, the study explores its ruling law and functioning mechanism. The result shows that the FC fiber can markedly improve the durability of airport pavement concrete. The improvement varies according to the variation in the addition amount of FC fiber. When the amount rests approximately 1.2 kg/m3, the durability is optimal.

References

[1] Cen Guoping, Ma Guoqiang. Durability of synthetic fiber reinforced concrete for airport pavement [J]. academic Journal of traffic and transportation engineering, 2008,3(8):43-45. (In Chinese)

[2] Pilar Alaejcs Gutierrez and Mnuel Fernandez Canovas. High-Performance Concrete; Requirements for Constituent Materials and Mix Proportioning[J]. ACI Materials Journal, 1993,90(3). (In Chinese)

[3] GJB 1578-1578 Specification for mix proportion Design of airport pavement cement concrete. (In Chinese)

[4] GB/T 50081-50081. GB/T50081-2002 Specification for ordinary concrete mechanics performance test method .(In Chinese)

[5] GB/T 50082-2009 " Specification for ordinary concrete long-term performance and durability test method. (In Chinese)

[6] GB/T16925-1997 "concrete and its products abrasion resistance test method. (In Chinese)

[7] Hui Liu. Sulfate attack and freeze-thaw cycles double factors infiuence on durability of concrete [D]. Sichuan: southwest Jiaotong University, 2013:55-57. (In Chinese)

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