High-Performance Concrete for Thin-Walled Members

Petr Bily; Josef Fladr; Alena Kohoutková; Iva Broukalova; Vladimír Brejcha

doi:10.4028/www.scientific.net/AMR.1106.160

Paper Titles

Fibre-Concrete Tubes in Pure Shear Mode
p.144

Monitoring the Degradation of UHPC Boards with Textiles Armatures
p.148

Precast Floor Plates from Lightweight Concrete
p.152

Production and Properties of Functionally Graded UHPFRC Beams
p.156

High-Performance Concrete for Thin-Walled Members
p.160

Field Testing of Concrete Members Subjected to Contact and Adjacent Blast
p.164

The Effective Cross-Section Thickness and its Effect on Shrinkage
p.168

Developing Fire Resistant Construction for Tunnel Construction Using Lightweight Aggregate Concrete
p.172

Analysis of Secondary Effects and Bond Behavior due Prestressing
p.177

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1106High-Performance Concrete for Thin-Walled Members

High-Performance Concrete for Thin-Walled Members

Abstract:

The new production method for mixing and placing of high-performance concrete for thin-walled members has been transferred from laboratory to manufacturing plant and applied on real-scale elements. Planar and spatial precast elements were produced. The new technology is applicable in both building and transportation structures (panels for horizontal and vertical load-bearing structures, bridge elements, leave-in-place formwork, foundation slabs, street furniture). The material used enables significant reduction of thickness of the elements. This leads to lower weight, easier transportation and handling on the construction site, which decreases transportation and assembling costs. Further savings are possible thanks to minimized number of reinforcement bars. High durability of structures is guaranteed by the use of high-performance concrete, leading to reduced life cycle costs.

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Periodical:

Advanced Materials Research (Volume 1106)

Pages:

160-163

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.1106.160

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Online since:

June 2015

Authors:

Petr Bily*, Josef Fladr, Alena Kohoutková, Iva Broukalova, Vladimír Brejcha

Keywords:

Concrete Technology, High-Performance Concrete, Thin-Walled Structures

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References

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