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Hybrid modified ferrocement under sustained load in flowing sulphuric acid solution

Xiong, G.J. / Chen, X.H. / Chen, L.Q. / Yang, J.Z. / Li, G.Y.

AbstractAs a part of a research programme on reinforcement corrosion, the behavior of a soluble glass-polyvinyl acetate hybrid modified ferrocement under sustained flexural load was investigated in flowing sulphuric acid solution to better simulate the site condition. Test results showed that corrosion in flowing sulphuric acid was much more severe than in stagnant one, and the behavior of the hybrid modified ferrocement under sustained load and flowing sulphuric acid solution was noticeably better than that of control specimens.

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Hybrid modified ferrocement under sustained load in flowing sulphuric acid solution

Xiong, G.J. / Chen, X.H. / Chen, L.Q. / Yang, J.Z. / Li, G.Y.

AbstractAs a part of a research programme on reinforcement corrosion, the behavior of a soluble glass-polyvinyl acetate hybrid modified ferrocement under sustained flexural load was investigated in flowing sulphuric acid solution to better simulate the site condition. Test results showed that corrosion in flowing sulphuric acid was much more severe than in stagnant one, and the behavior of the hybrid modified ferrocement under sustained load and flowing sulphuric acid solution was noticeably better than that of control specimens.

Hybrid modified ferrocement under sustained load in flowing sulphuric acid solution

Xiong, G.J. / Chen, X.H. / Chen, L.Q. / Yang, J.Z. / Li, G.Y.

AbstractAs a part of a research programme on reinforcement corrosion, the behavior of a soluble glass-polyvinyl acetate hybrid modified ferrocement under sustained flexural load was investigated in flowing sulphuric acid solution to better simulate the site condition. Test results showed that corrosion in flowing sulphuric acid was much more severe than in stagnant one, and the behavior of the hybrid modified ferrocement under sustained load and flowing sulphuric acid solution was noticeably better than that of control specimens.

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Title:

Hybrid modified ferrocement under sustained load in flowing sulphuric acid solution

Contributors:

Xiong, G.J. (author) / Chen, X.H. (author) / Chen, L.Q. (author) / Yang, J.Z. (author) / Li, G.Y. (author)

Published in:

Cement and Concrete Composites ; 26 ; 81-86

Publication date:

2002-10-07

Size:

6 pages

ISSN:

DOI:

https://doi.org/10.1016/S0958-9465(02)00118-X

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Ferrocement , Soluble glass , Polyvinyl acetate , Hybrid modified , Sustained load and flowing sulphuric acid solution

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