Usuario:Gourif/Taller/Holedeck en inglés
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Holedeck (hˈo͡ʊldɛk) is a type of reinforced concrete structure characterised by lateral perforations, which reduce the volume of concrete and allow the passage of installations.
Design[editar]
The design is based on the principles of the lightened, triangulated bird bone structure.
For the construction of the transverse windows, special removable and reusable truncated cone-shaped moulds are used, which are extracted laterally after the concrete has been poured. This technology was patented and developed by the Spanish architect Alberto Alarcón García.
Configurations[editar]
![](http://upload.wikimedia.org/wikipedia/commons/thumb/c/c3/Ho-45%2C_Holedeck.png/220px-Ho-45%2C_Holedeck.png)
The structure has two configurations: unidirectional or in orthogonal or triangular grid. For lattice arrangements the structural behaviour and calculation is similar to that of other waffle slabs.
![](http://upload.wikimedia.org/wikipedia/commons/thumb/f/fa/Sistema_Unidireccional.png/220px-Sistema_Unidireccional.png)
In the case of the one-way system, the layout is similar to a conventional in-situ joist and beam truss. The shear of the structure is solved by the literal application of the tie rod model and is calculated in a similar way to concrete structures without perforations.
These structures are suitable for spans of between six and twenty-two metres, making them an optimal choice for the construction of sustainable concrete structures.
Features[editar]
- Lower consumption of concrete and steel. The compression layer has a minimum thickness of between 8 and 12 cm, strictly sized according to structural fire regulations. The joists are spaced between 1 and 3 metres apart, thus making structural use of this compression layer, lightened by the perforations. For further optimisation they can be post-tensioned.
- Minimisation of concrete and steel consumption making it possible to reduce the embedded carbon footprint by around 50% compared to a lightened slab.[1]
- Possible elimination of false ceilings and raised floors. Installation and maintenance of facilities is facilitated.
- Possible reduction in the height of the building by integrating the installations and the structure in the same thickness.
- Good geometry for thermal activation due to the high surface area in contact with the air and a smaller volume of concrete than a slab.
Recognitions[editar]
"Innovation Award" del CTBUH, 2015.[2]
"Programa Retos de la Colaboración", 2017. Ministerio de Ciencia, Innovación y Universidades. In collaboration with Instituto Eduardo Torroja, IECA y FEDER[3]
"Advanced Architecture Awards", 2021.[4]
"Premios Everis", 2014. Fundación Everis.[5]
"Premio EmprendedorXXI", 2012. Caixabank.[6]
References[editar]
- ↑ «Ventajas». HOLEDECK.
- ↑ «CTBUH Announces 2015 Performance and Innovation Award Winners | CTBUH Awards». Council on Tall Buildings and Urban Habitat.
- ↑ «Forjado reticular innovador con materiales de cambio de fase activado térmicamente “HOLEDECK Active”». CSIC. Instituto de Ciencias de la Construcción Eduardo Torroja.
- ↑ «Awards 2021». REBUILD.
- ↑ «Everis supera el millón de euros invertidos en 'startups' con sus premios». La Vanguardia. 29 de marzo de 2019.
- ↑ «CaixaBank Sala de Prensa -». CaixaBank Sala de Prensa.