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A platform for research: civil engineering, architecture and urbanism
Development of Effective Textile-Reinforced Concrete Noise Barrier
Thin-walled, high-strength concrete elements exhibiting low system weight and great slenderness can be created with a large degree of lightweight structure using the textile-reinforced, load-bearing concrete (TRC) slab and a shell with a very high level of sound absorption. This was developed with the objective of lowering system weight, and then implemented operationally in construction. Arising from the specifications placed on the load-bearing concrete slab, the following took place: an adapted fine-grain concrete matrix was assembled, a carbon warp-knit fabric was modified and integrated into the fine concrete matrix, a formwork system at prototype scale was designed enabling noise barriers to be produced with an application-oriented approach and examined in practically investigations within the context of the project. This meant that a substantial lowering of the load-bearing concrete slab’s system weight was possible, which led to a decrease in transport and assembly costs.
Development of Effective Textile-Reinforced Concrete Noise Barrier
Thin-walled, high-strength concrete elements exhibiting low system weight and great slenderness can be created with a large degree of lightweight structure using the textile-reinforced, load-bearing concrete (TRC) slab and a shell with a very high level of sound absorption. This was developed with the objective of lowering system weight, and then implemented operationally in construction. Arising from the specifications placed on the load-bearing concrete slab, the following took place: an adapted fine-grain concrete matrix was assembled, a carbon warp-knit fabric was modified and integrated into the fine concrete matrix, a formwork system at prototype scale was designed enabling noise barriers to be produced with an application-oriented approach and examined in practically investigations within the context of the project. This meant that a substantial lowering of the load-bearing concrete slab’s system weight was possible, which led to a decrease in transport and assembly costs.
Development of Effective Textile-Reinforced Concrete Noise Barrier
Funke, Henrik L. (author) / Gelbrich, Sandra (author) / Kroll, Lothar (author) / Technische Universität Chemnitz
2015-07-22
Funke H and Gelbrich S and Kroll L (2015) Development of Effective Textile-Reinforced Concrete Noise Barrier, Journal of Materials Science Research. - Vol 4, No 3 (2015)
Article (Journal)
Electronic Resource
English
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