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Durability of concrete infrastructure

Minnetyan, L. / Tomlinson, S. / Chamis, C.C. / Abdi, F.

Use of fiber composites for the enhancement of concrete structural durability is discussed. Computer methods are utilized to evaluate the progressive damage and fracture tolerance characteristics of example fiber composite enhanced concrete structures. The methodology is based on an iterative reanalysis/reevaluation method to simulate progressive damage and fracture in structural concrete with various reinforcement systems. A continuous fiber composite mechanics module is used to evaluate the properties and stress limits of glass/epoxy reinforcement systems. The developed simulation method enhances structural concrete design by providing a tool for the rapid evaluation of fiber-composite reinforcement materials and configurations with regard to durability and damage tolerance.

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Durability of concrete infrastructure

Minnetyan, L. / Tomlinson, S. / Chamis, C.C. / Abdi, F.

Use of fiber composites for the enhancement of concrete structural durability is discussed. Computer methods are utilized to evaluate the progressive damage and fracture tolerance characteristics of example fiber composite enhanced concrete structures. The methodology is based on an iterative reanalysis/reevaluation method to simulate progressive damage and fracture in structural concrete with various reinforcement systems. A continuous fiber composite mechanics module is used to evaluate the properties and stress limits of glass/epoxy reinforcement systems. The developed simulation method enhances structural concrete design by providing a tool for the rapid evaluation of fiber-composite reinforcement materials and configurations with regard to durability and damage tolerance.

Durability of concrete infrastructure

Minnetyan, L. / Tomlinson, S. / Chamis, C.C. / Abdi, F.

Use of fiber composites for the enhancement of concrete structural durability is discussed. Computer methods are utilized to evaluate the progressive damage and fracture tolerance characteristics of example fiber composite enhanced concrete structures. The methodology is based on an iterative reanalysis/reevaluation method to simulate progressive damage and fracture in structural concrete with various reinforcement systems. A continuous fiber composite mechanics module is used to evaluate the properties and stress limits of glass/epoxy reinforcement systems. The developed simulation method enhances structural concrete design by providing a tool for the rapid evaluation of fiber-composite reinforcement materials and configurations with regard to durability and damage tolerance.

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Title:

Durability of concrete infrastructure

Contributors:

Minnetyan, L. (author) / Tomlinson, S. (author) / Chamis, C.C. (author) / Abdi, F. (author)

Published in:

2001 - a Materials and Processes Odyssey, International SAMPE Symposium and Exhibition, 46 ; 970-984

International SAMPE Symposium and Exhibition (Proceedings) ; 46 I

Publication date:

2001

Size:

15 Seiten, 15 Quellen

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

Dauerhaftigkeit , faserverstärkter Werkstoff , Bruchzähigkeit , Iterationsverfahren , Rechnersimulation , Beton , faserverstärkter Zement , Bruchmechanik , faserverstärkter Beton

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