A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Textile reinforced ultra high performance concrete
Within the collaborative research centre SFB 532 Textile reinforced concrete - basic developments of a new technology at Aachen University investigations on serviceability of thin structured textile reinforced concrete elements have shown potential for optimisation. In order to enlarge the loading capacity for serviceability ultra high performance concrete matrices (UHPC) have been developed. The objective of the presented investigations is to show the influence on the loading capacity of textile reinforced elements of the newly developed mixtures with and without adding short fibres in comparison to the reference mixture used so far. Mechanical, fracture mechanical and deformation properties of the high performance mixtures like e.g. compressive and flexural strengths, the Young's modulus, shrinkage, fracture energy are determined. Furthermore the interactions with different textile materials are investigated by means of tensile tests on textile reinforced elements. Finally structural members used as e.g. permanent formwork are tested under flexural loading.
Textile reinforced ultra high performance concrete
Within the collaborative research centre SFB 532 Textile reinforced concrete - basic developments of a new technology at Aachen University investigations on serviceability of thin structured textile reinforced concrete elements have shown potential for optimisation. In order to enlarge the loading capacity for serviceability ultra high performance concrete matrices (UHPC) have been developed. The objective of the presented investigations is to show the influence on the loading capacity of textile reinforced elements of the newly developed mixtures with and without adding short fibres in comparison to the reference mixture used so far. Mechanical, fracture mechanical and deformation properties of the high performance mixtures like e.g. compressive and flexural strengths, the Young's modulus, shrinkage, fracture energy are determined. Furthermore the interactions with different textile materials are investigated by means of tensile tests on textile reinforced elements. Finally structural members used as e.g. permanent formwork are tested under flexural loading.
Textile reinforced ultra high performance concrete
Brameshuber, W. (author) / Brockmann, T. (author) / Banholzer, B. (author)
2004
12 Seiten, 7 Bilder, 3 Tabellen, 9 Quellen
Conference paper
English
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