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Textile Reinforced Lightweight Shells
Materials Science Forum, 2015Modern architecture is dominated by the tendency to design organically shaped filigree buildings. The resource and energy efficient construction of multifunctional buildings is as important as a broad variety of possible shapes. Multi-material support structures and shell constructions in lightweight design that also take over e. g.
Carolin Petzoldt +5 more
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Modeling of Textile-Reinforced Concrete with Inclined Textile Orientation
ACI Materials Journal, 2007A macro level model for textile-reinforced concrete is presented. The focus of the model lies in the phenomenological representation of the major effects of an inclination of the fabric with respect to the load direction. These effects are the alignment of the textile with the direction of tensile stresses, the increasing tension stiffening due to ...
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Textile-reinforced composite materials
2016Fibre-reinforced polymer matrix composite materials for engineering structures are now commonplace. Their low densities, combined with high strength and high stiffness, provide many benefits in performance and durability; when combined with the expertise of the current generation of engineers and materials scientists prepared to accept the complexity ...
Ogin, SL, Potluri, P
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2007
A state of the art is given about cement composites, and their specific characteristics compared to polymer composites. Examples of applications are given. Fundamental behaviour differences between short fibre and textile reinforcement are treated.
Wastiels, Jan, Remy, Olivier
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A state of the art is given about cement composites, and their specific characteristics compared to polymer composites. Examples of applications are given. Fundamental behaviour differences between short fibre and textile reinforcement are treated.
Wastiels, Jan, Remy, Olivier
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Durability of Textile Reinforced Concrete
SP-244: Thin Fiber and Textile Reinforced Cementitious Systems, 2007Concrete specimens with unidirectional embedded AR-glass rovings were stored in a climatic test chamber at 40 °C (104 °F) and 99 % r.h. After this storage, the bending strengths of the specimens were tested. The uncovered fibers were observed with an Environmental Scanning Electron Microscope (ESEM). The specimens made of the low alkaline matrix and AR-
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Comparative evaluation of textiles for use in textile reinforced concrete
Materials Today: Proceedings, 2023Martin Scheurer, Thomas Gries
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Textile reinforced cement as an externally bonded reinforcement for concrete beams
2011Standard cementitious materials are characterized by a brittle behaviour and a low tensile strength. The most common way to solve these problems is the use of steel reinforcement, but due to the need of a cover for corrosion protection, this results in heavy and massive constructions.
Verbruggen, Svetlana +2 more
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Textile reinforced concrete canopies
fib proceedings, 2021Jan Mittelstädt, Boris Peter
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