Study on the Cemfiber Reinforced High-Performance Concrete

Feng Xing; Fa Guang Leng; Wei Wen Li

doi:10.4028/www.scientific.net/KEM.280-283.1721

Paper Titles

Oxidation Process of FeNi42Cr6 Alloy Array Materials
p.1705

Phase Changes in Fe-Si Powder Mixtures by Mechanical Alloying and Subsequent Heat Treatment
p.1709

Formation of Fe-6.5wt%Si Sheets by Powder Rolling and Sintering
p.1713

Improving the Suspension Property of Non-Plastic Material Slurry with Lecithin
p.1717

Study on the Cemfiber Reinforced High-Performance Concrete
p.1721

Studies on the Improving Performance of Ordinary Concrete
p.1725

The Brazilian Reliability Test and Micromechanical Modelling for Channelled Cylinders of Multiphased Porous Ceramics
p.1731

Unified Model for Fracture of Brittle Solids
p.1739

Novel Estimation of Critical Frontal Process Zone of Ceramics by a Single-Edge V-Notched-Beam Technique
p.1745

HomeKey Engineering MaterialsKey Engineering Materials Vols. 280-283Study on the Cemfiber Reinforced High-Performance...

Study on the Cemfiber Reinforced High-Performance Concrete

Abstract:

The effects of Cemfiber on the workability, mechanical properties, resistance to chemical corrosion and drying shrinkage of High-Performance Concrete (HPC) have been studied systematically. The results show that: (1) the effects of Cemfiber on the workability of HPC are related to parameter of mix proportion. Generally speaking, Cemfiber does not reduce the workability of HPC; (2) the effect of Cemfiber on the compressive strength and flexural strength is very small; (3) the HPC incorporated with Cemfiber has high resistance to corrosion of hydrochloric acid; (4) Cemfiber may reduce drying shrinkage of HPC significantly; (5) Cemfiber may increase cracking resistance of HPC resulting from drying shrinkage.