VYUŽITÍ SVĚTLOPROPUSTNÝCH MATERIÁLŮ VE STAVEBNÍCH KONTRUKCÍCH
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2021-01-31
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Czech Journal of Civil Engineering
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Abstract
Tento článek shrnuje poznatky o novince na poli stavebnictví – světlopropustném betonu. Koncept betonu se světlopropustnými prvky se poprvé, v dobře proveditelné formě, objevil v maďarsku pod obchodním názvem LiTraCon. Jedná se o betonové dílce, v nichž jsou jako světlopropustné prvky využity skleněná optická vlákna. Dále pak zmiňuje český betonový výrobek, LiCrete, u kterého je využito mřížky ze světlopropustného UV stabilního plexiskla. V závěru článku je pak popsán experiment, při kterém se autor článku pokusil zhotovit vzorky světlopropustného betonu, a to za použití tyčinek z optického skla a optických vláken.
This article summarizes knowledge about a novelty in the field of construction – light-transmitting concrete. The concept of concrete with light-transmitting elements first appeared in a well-feasible form in Hungary under the trade name LiTraCon. These are concrete parts in which glass optical fibers are used as light-transmitting elements. He also mentions a Czech concrete product, LiCrete, which uses a grid of light-transmitting UV stable plexiglass. At the end of the article, an experiment is described in which the author of the article tried to make samples of light-transmitting concrete using optical glass rods and optical fibers.
This article summarizes knowledge about a novelty in the field of construction – light-transmitting concrete. The concept of concrete with light-transmitting elements first appeared in a well-feasible form in Hungary under the trade name LiTraCon. These are concrete parts in which glass optical fibers are used as light-transmitting elements. He also mentions a Czech concrete product, LiCrete, which uses a grid of light-transmitting UV stable plexiglass. At the end of the article, an experiment is described in which the author of the article tried to make samples of light-transmitting concrete using optical glass rods and optical fibers.
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Czech Journal of Civil Engineering. 2021, vol. 6, issue 2, p. 13-20.
https://doi.org/10.51704/cjce.2020.vol6.iss2.pp13-20
https://doi.org/10.51704/cjce.2020.vol6.iss2.pp13-20
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cs
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Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International
http://creativecommons.org/licenses/by-nc-nd/4.0/
http://creativecommons.org/licenses/by-nc-nd/4.0/