ANIDIS - L'ingegneria Sismica in Italia, ANIDIS XIX & ASSISi XVII - 2022

Dimensione del carattere:  Piccola  Media  Grande

RESEACH ON STRUCTURE USING CARBON FIBER REINFORCED PRASTIC

momoka aoki, osamu takahashi

Ultima modifica: 2022-07-21

Sommario


Earth, coastal-humid environments, and other natural disaster can prove to be detrimental to standard steel or concrete towers. Corrosion, rust, or other issue are common cause for tower failure. Carbon Fiber structures achieve the the strength and durability of steel tower at 80- 90 % less weight for lower total installation costs and a drastically lower chance of injury. Composite, non-corrosive, non-rusting towers are less costly to transport, easier to install, and have less maintenance issues than the alternative. Environmentally friendly composite structure that offers virtually no negative environmental impact, markedly lower density and extreme structural weight reduction, and a lower carbon footprint when compared to steel. While these circumstances are widespread overseas, Carbon towers are not yet operative in Japan. Analyses were put into action for further possibilities of Japanese Carbon towers.


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