Publications
Proceedings pro050 : First International RILEM Symposium on Textile Reinforced Concrete
Title: First International RILEM Symposium on Textile Reinforced Concrete Edited by J. Hegger, W. Brameshuber and N. Will ISBN: 2-912143-97-7 e-ISBN: 2351580087 Pages: 418 Publication date: 2006 |
Cement-based concrete offers a wide field of possibilities regarding structural design and manufacturing technique and it is by far the most economical building material to carry compressive loads. By the use of textile reinforcements, the application range of the concrete is enlarged to very filigree dimensions. The production of new building members as well as the use of textile reinforced concrete to strengthen already existing steel reinforced structures offers fascinating possibilities.
For seven years, the Deutsche Forschungsgemeinschaft, DFG (German Research Foundation) has been supporting both Collaborative Research Centres, 528 “Textile Reinforcement for Structural Strengthening and Repair” as well as 532 “Textile Reinforced Concrete - Development of a New Technology” in Aachen. At this symposium, research results of both Collaborative Research Centres are presented and comple-mented by the contributions of other researchers and representatives of the industry who also concern themselves with the new composite material of textile reinforced concrete.
In this place, sincere thanks are given to all those who contribute towards the success of the conference. Special thanks to the Deutsche Forschungsgemeinschaft (German Research Foundation) for the financial support of both Collaborative Research Centres. Without them the development of the new, innovative building material would not have been possible.
Contents
Preface |
Pages: XIV - XIV |
1. Fibres and Textiles
Innovative technology for the manufacture of textile reinforcements for concrete Author(s): U. Köckritz, J. Hausding, Th. Engler, Ch. Cherif |
Pages: 3 - 12 |
Influence of machine settings on mechanical performance of yarn and textile structures Author(s): V. Hanisch, A. Kolkmann, A. Roye, T. Gries |
Pages: 13 - 22 |
Effects of warp knitted fabrics made from multifilament in cement-based composites Author(s): Zvi Cohen, Alva Peled, Yonatan Pasder, Andreas Roye, Thomas Gries |
Pages: 23 - 32 |
2. Matrices and Durability
Hybrid short fibres in fine grained concrete Author(s): M. Hinzen, W. Brameshuber |
Pages: 35 - 44 |
The Influence of short glass fibres on the working capacity of textile reinforced concrete Author(s): M. Butler, R. Hempel, M. Schiekel |
Pages: 45 - 54 |
Application of polymers in textile reinforced concrete – From the interface to construction elements Author(s): U. Dilthey, M. Schleser, M. Möller, O. Weichold |
Pages: 55 - 64 |
Nano surface structuring of alkali-resistant glass fibres for multifunctional effects Author(s): C. Rothe, S.-L. Gao, R. Plonka, E. Mäder |
Pages: 67 - 76 |
Epoxy-impregnated textiles in concrete – Load bearing capacity and durability Author(s): M. Raupach, J. Orlowsky, T. Büttner, U. Dilthey, M. Schleser |
Pages: 77 - 88 |
3. Bond and composite properties
Effects of chemical exposure on bond between synthetic fiber and cementitious matrix Author(s): P. Kabele, L. Novák, J. Nemecek, L. Kopecký |
Pages: 91 - 99 |
Bond properties and experimental methods of textile reinforced concrete Author(s): Xu Shi-lang, Li He |
Pages: 101 - 110 |
Bond behaviour of textile reinforcement made of AR-glass under cyclic loading Author(s): B.-G. Kang, W. Brameshuber |
Pages: 111 - 119 |
Experimental investigation and prediction of long-term behavior of textile
reinforced concrete for strengthening Author(s): S. Freitag, M. Beer, F. Jesse, S. Weiland |
Pages: 121 - 130 |
Experimental investigation of static fatigue strength of textile reinforced concrete Author(s): S. Ortlepp, F. Jesse |
Pages: 131 - 140 |
Stress-strain behavior of textile reinforced concrete subjected to biaxial tension Author(s): D. Jesse, Y. L. Michler, F. Jesse |
Pages: 141 - 150 |
Dimensioning of textile reinforced concrete structures Author(s): S. Voss, J. Hegger |
Pages: 151 - 160 |
Experimental investigations about construction members strengthened with textile reinforcement Author(s): A. Al-Jamous, R. Ortlepp, S. Ortlepp, M. Curbach |
Pages: 161 - 170 |
Mechanical behavior and durability of compression moulded sisal fiber-cement mortar laminates (SFCML) Author(s): F. A. Silva, J. A. Melo Filho, R. D. Toledo Filho, E. M. R. Fairbairn |
Pages: 171 - 180 |
Hybrid joints of textile reinforced concrete parts - designed for assembly Author(s): D. Pak, A. Geßler, D. Piegeler, M. Feldmann, M. Schleser, U. Dilthey |
Pages: 181 - 190 |
4. Modelling approaches
A stochastic cracking theory for the introduction of matrix multiple cracking in textile reinforced concrete under tensile loading Author(s): H. Cuypers, J. Wastiels |
Pages: 193 - 202 |
Uniaxial structural behavior of TRC – A one-dimensional approach considering the transverse direction by segmentation Author(s): U. Häußler-Combe, J. Hartig |
Pages: 203 - 212 |
Numerical evaluation of damage parameters for textile reinforced concrete under cyclic loading Author(s): M. Konrad, R. Chudoba, K. Meskouris |
Pages: 213 - 222 |
On the hierarchical material modelling of textile reinforced concrete Author(s): I. Lepenies, M. Richter, B. Zastrau |
Pages: 223 - 232 |
Delamination in the interface of textile reinforced concrete layers with contact and friction Author(s): J. Matheas, R. Schlebusch, B. Zastrau |
Pages: 233 - 242 |
Simulation evolving discontinuities in TRC using the extended finite element method Author(s): M. Mombartz, F. Peiffer, R. Chudoba, J. Hegger, K. Meskouris |
Pages: 243 - 252 |
Remarks on the behavior and modeling of textile reinforced concrete in plane stress state Author(s): K. Rueberg, O. Bruckermann, J. Hegger |
Pages: 253 - 264 |
Time-dependent reliability of strengthened RC structures Author(s): J.-U. Sickert, B. Möller, W. Graf, S. Freitag |
Pages: 265 - 274 |
Numerical simulation of textile reinforced concrete considering dynamic loading processes Author(s): F. Steinigen, B. Möller, W. Graf, A. Hoffmann |
Pages: 275 - 283 |
Impact of scatter of material properties on the yarn performance in TRC Author(s): M. Vorechovský, J. Jerábek, R. Chudoba |
Pages: 285 - 296 |
5. Existing and future applications
Textile Reinforced Concrete – Applications and prototypes Author(s): H.N. Schneider, C. Schätzke, I. Bergmann |
Pages: 297 - 308 |
Large-size facade Elements of textile reinforced concrete Author(s): E. Engberts |
Pages: 309 - 318 |
Textile reinforced slabs and prefabricated double walls Author(s): K. Holschemacher, Y. Klug, S. Kobisch, D. Weiße, H. Zscheile |
Pages: 319 - 330 |
TRM as strengthening and seismic retrofitting material of concrete structures Author(s): C. G. Papanicolaou, T. C. Triantafillou, D. A. Bournas, V. Lontou |
Pages: 331 - 340 |
Seismic retrofitting of unreinforced masonry structures with TRM Author(s): C. G. Papanicolaou, T. C. Triantafillou, K. Karlos, M. Papathanasiou |
Pages: 341 - 350 |
Aramid fiber mesh as reinforcement of concrete panels subjected to high strain rates Author(s): K. H. Kyung, C. Meyer |
Pages: 351 - 358 |
Fabric formed concrete member design Author(s): R. Schmitz |
Pages: 359 - 368 |
Textile reinforced concrete multilayer composite pipes Author(s): M. Lieboldt, U. Helbig, T. Engler |
Pages: 369 - 378 |
Subsequent sealing of basements with a waterproof TRC construction Author(s): M. Hinzen, T. Brockmann, W. Brameshuber |
Pages: 379 - 388 |
Modular design-concept, using hypar-shells made of fibre reinforced composites Author(s): E. De Bolster, H. Cuypers, J. Wastiels, P. De Wilde |
Pages: 389 - 398 |
Architectural details to develop affordable disaster resistant structures using ferrocement technology Author(s): Angus W. Macdonald |
Pages: 399 - 404 |