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Abstract

Spacer fabrics are state-of-the-art structures and have attracted more attention in recent years. They have already been used in many areas and present different advantages especially for technical applications. Recently, special spacer fabrics have been designed in order to improve the characteristics of concrete which is used, in particular, for structural reinforcement of buildings. These spacer fabrics have different characteristics compared to conventional textiles due to their special structure. Therefore, characterization of these structures with existing methods is not possible. Compression resistance of spacer fabrics provided by spacer yarns in the structure is one of their main characteristics. However, compression behavior of spacer fabrics has not been investigated in detail to date. In this work, a testing method for the characterization of spacer fabrics used in concrete applications on the basis of their compression behavior has been investigated and defined.

Keywords

compression resistance spacer fabrics test method textile reinforced concrete

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References

Heide, M. , Spacer Fabrics: Trends, Kettenwirk-Praxis 1, 45-48 (2001).

Fuchs, H. , 3D Automotive Textiles - a Comparative Evaluation, 42nd International Man-made Fibres Congress, Automotive Textiles, Dornbirn, Austria (2003 ).

Pause, B. , Thermo-physiological Comfort Provided by Knitted Spacer Fabrics, Melliand Textilber. 3, E27-E29 ( 2002).

Lehmann, W. , Elastic, Moulded Spacer Fabrics, Kettenwirk-Praxis 3, 49-50 (1994).

Heide, M. , Moehring, U. , Klobes, U. , Piehler, E. , and Rotsch, C. , Optimization of Compressional Resilience in Spacer Fabrics, Kettenwirk-Praxis 1, 21-22 (2005).

Warp Knitted Spacer Fabrics - Their Production and Applications, Karl Mayer Technical Brochure (1995).

Roye, A. , and Gries, T. , 3-D Textiles for Advanced Cement Based Matrix Reinforcement, J. Ind. Textiles 37, 163-173 (2007).

Buesgen, W.A. , New processes for the production of three-dimensional textiles for use in fiber reinforced materials RWTH Aachen, Dissertation (1993).

Seidl, R. , 3-Dimensionally Produced Fabrics - Weaving, Knitting or Braiding. What is the Future? Techtextil Symposium Asia 98, Fair Band 1, 65-74 (1998).

10.

Roye, A. , and Gries, T. , Three Dimensional and Onlineshaped Textile Production with Double Needle Bar Rachel Machines and Weft Insertion for Concrete Applications, ACI Spring Convention New York, USA (2005).

11.

Naaman, A. , Wongtanakitcharoen, T. , and Likhitruangsilp, V. , High Performance Hybrid Composites for Thin Cementitious Products: the Next Generation, In "High-performance Cement-based Concrete Composites, Materials Science of Concrete," American Ceramic Society, Special Volume, 313 (2005).

12.

Gries, T. , and Roye, A. , Three Dimensional Structures for Thin Walled Concrete Elements, In "Textile Reinforced Structures. Proceedings of the 2nd Colloqium on Textile Reinforced Structures (CTRS2), Dresden," Sonderforschungsbereich 528, Technische Universität Dresden, Germany (2003).

13.

Roye, A. , and Gries, T. , "Dream House" - from Vision to Reality with Concrete, Kettenwirk-Praxis 3, 26-27 (2004).

14.

Roye, A. , and Gries, T. , Design by Application - Customised, Warp-knitted Spacer Fabrics for Use in Reinforcing Concrete, Kettenwirk-Praxis 4, 20-21 (2004).

15.

Roye, A. , Gries, T. , and Peled, A. , Spacer Fabrics for Thin Walled Concrete Applications, 6th RILEM Symposium on Fibre-reinforced Concretes, BEFIB 2004 , Verena, Italy, pp. 1505-1514 (2004).

16.

Murthyguru , Novel Approach to Study Compression Properties in Textiles, Autex Res. J . 5(4), 176-193 (2005).

17.

Heide, M. , Spacer Fabrics for Medical Applications, Kettenwirk-Praxis 4, 51-56 (1998).

18.

Heide, M. , and Moehring, U. , 3D Effects: Pressure Relief, Microclimate, Support, Kettenwirk-Praxis 1, 20-22 (2003).

19.

Mecit, D. , Development and Defining of a Characterization Method for 3D Spacer Fabrics Considering Concrete Applications, Master Thesis, Institut für Textil Technik an der RWTH-Aachen, Germany ( 2005).

Investigation of a Testing Method for Compression Behavior of Spacer Fabrics Designed for Concrete Applications

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