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Fiberglass and graphite cables for bridge decks

Iyer, S.L. / Khubchandani, A. / Feng, J.

The influence of concrete with and without sodium chloride solution on the flexural strength of pretensioned beams with steel and fiberglass was studied in this project. A new anchorage system developed for advanced composite cables was refined and tested for their reliability in this project. The transfer length, development length, and failure modes of the prestressed beams with steel, fiberglass (S2), and graphite cable were studied and the tests in progress are reported. The preliminary test data indicate very encouraging results for the use of these cables and the anchorage system for pretensioned beams and bridge decks.

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Fiberglass and graphite cables for bridge decks

Iyer, S.L. / Khubchandani, A. / Feng, J.

The influence of concrete with and without sodium chloride solution on the flexural strength of pretensioned beams with steel and fiberglass was studied in this project. A new anchorage system developed for advanced composite cables was refined and tested for their reliability in this project. The transfer length, development length, and failure modes of the prestressed beams with steel, fiberglass (S2), and graphite cable were studied and the tests in progress are reported. The preliminary test data indicate very encouraging results for the use of these cables and the anchorage system for pretensioned beams and bridge decks.

Fiberglass and graphite cables for bridge decks

Iyer, S.L. / Khubchandani, A. / Feng, J.

The influence of concrete with and without sodium chloride solution on the flexural strength of pretensioned beams with steel and fiberglass was studied in this project. A new anchorage system developed for advanced composite cables was refined and tested for their reliability in this project. The transfer length, development length, and failure modes of the prestressed beams with steel, fiberglass (S2), and graphite cable were studied and the tests in progress are reported. The preliminary test data indicate very encouraging results for the use of these cables and the anchorage system for pretensioned beams and bridge decks.

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Title:

Fiberglass and graphite cables for bridge decks

Additional title:

Glasfaser- und Kohlenstoffaser-Kabel für Brückenbeläge

Contributors:

Iyer, S.L. (author) / Khubchandani, A. (author) / Feng, J. (author)

Published in:

Advanced Composites Materials in Civil Engng. Structures, Proc. of the Conf. sponsored by the American Soc. of Civil Engineers (ASCE) ; 371-382

Publication date:

1991

Size:

12 Seiten, 4 Bilder, 3 Tabellen, 5 Quellen

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

TRAGSEIL , VERBUNDWERKSTOFF , VERANKERUNG (MECHANISCHE BEFESTIGUNG) , BRUECKENBAU , KONSTRUKTIONSMETHODIK , VERSAGENSART , CARBONFASER , GLASFASER , BALKEN , DECKE (STRASSENBELAG) , STAHLFASER , DIMENSIONIERUNG , VERSAGEN

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