A platform for research: civil engineering, architecture and urbanism
A fibre-reinforced composite non-linear architecture is disclosed. Components of the non-linear architecture comprise non-linear fibre-reinforced composite inner surface layers, sandwich foam layers, fibre-reinforced composite outer surface layers and latticed fibre-reinforced composite ribbed slabs. The non-linear architecture is integrally molded in a factory by a computer digital control technology and simultaneously has bearing and enclosure functions. During field installation, the components are directly assembled and decorative finish is carried out. The fibre-reinforced composite non-linear architecture can be suitable for factory production. Non-linear molding can be accurately realized, and rapid field installation can be achieved.
A fibre-reinforced composite non-linear architecture is disclosed. Components of the non-linear architecture comprise non-linear fibre-reinforced composite inner surface layers, sandwich foam layers, fibre-reinforced composite outer surface layers and latticed fibre-reinforced composite ribbed slabs. The non-linear architecture is integrally molded in a factory by a computer digital control technology and simultaneously has bearing and enclosure functions. During field installation, the components are directly assembled and decorative finish is carried out. The fibre-reinforced composite non-linear architecture can be suitable for factory production. Non-linear molding can be accurately realized, and rapid field installation can be achieved.
Fibre-reinforced composite non-linear architecture
XU WEIGUO (author)
2015-09-16
Patent
Electronic Resource
English
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