Aqua Scape the Orangery Version Helplastarkitektur av Fujiki Architectural Design Studio

Designet Aqua Scape the Orangery Version Helplastarkitektur av Fujiki Architectural Design Studio er en høyt verdsatt vinner av den svært prestisjetunge 2022 A' Design Award i Sølv i konkurransekategorien Kunst og kunstinstallasjonsdesign.

SølvKunst· 2022

Aqua Scape the Orangery Version Helplastarkitektur

av Fujiki Architectural Design Studio

Klient: F.a.d.s

Vinner av A' Design Award i Sølv i kategorien Kunst

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Designet

Om Aqua Scape the Orangery Version Helplastarkitektur

Dette er den andre versjonen av Aqua scape. Førsteversjonen ble fullført som den første prototypen av Helplastarkitektur. Aqua scape var en myk og beinløs arkitektur. Aqua scape The Orangery-versjonen har et dobbelt skinnsystem, mens den første versjonen hadde et enkelt skinn. Hvis førsteversjonen kan sies å være beinløs som en manet, kan Orangery-versjonen sies å være som en liten reke fordi den er innhyllet i et gjennomsiktig, mykt skall. Førsteversjonen av Aqua scape i Japan 2006 fløt på vannet, mens denne flyter på gresset.

Anerkjennelsen

Om A' Design Award i Sølv

Aqua Scape the Orangery Version Helplastarkitektur er vinner av A' Design Award i Sølv, en usedvanlig prestisjefylt anerkjennelse som tildeles design i toppklassen som er nydelige og imponerende. Sølvvinnere er enormt briljante og usedvanlig kreative verk som viser designernes enestående ekspertise, talent og skarpsindighet. Aqua Scape the Orangery Version Helplastarkitektur forventes å være et praktfullt utstillingsverk som er bemerkelsesverdig profesjonelt og dypt nyskapende. Dette designet, som har vunnet A' Design Award i Sølv, er en svært bemerkelsesverdig, beundret oppfinnelse som gagner og flytter grensene for kunst, vitenskap, design og teknologi. Aqua Scape the Orangery Version Helplastarkitektur er et skaperverk mange misunner, som vekker ønsker, gir positive følelser og vekker undring og forundring.

Bak designet

Pressepakke

Krediteringer, teammedlemmer og tekniske detaljer levert av designeren.

Unike egenskaper: BONELESS ARCHITECTURE MADE OF ONLY PLASTIC MATERIALS: This is the second version of Aqua-scape. The first one had completed as the first prototype of Whole Plastic Architecture. Aqua-scape was a soft and boneless architecture. This Aqua-scape The Orangery version has a double skin system although the first version was a single skin. If I say the first version was boneless like a jellyfish, I can say the Orangery version is like a small shrimp because it is wrapped by transparent soft shell.
Dimensjoner og emballasje: The size of this work is width:1.5m by hight:1.5m by length:4m.
Stikkord: Plastic, Origami, Jellyfish, Small Shrimp, Space for Children
Produksjonsteknologi: MATERIAL: The outer skin is made of a transparent 2mm thick polycarbonate sheet and the inner skin is a net structural 10mm thick cushion which was made of tubular polyethylene fiber. A net structural cushion is the one that the straw fiber in the midair that can be done with EVA or polyethylene is chiefly paid to attention as a cushion material for the bed by a transparent material with the welded three-dimensional spring structure in the reticulation. STRUCTURE: It is form resistance structure applied the ORIGAMI technique. CONSTRUCTION METHOD: The inner skin is made entirely by weaving a belt of a net structural cushion measuring 0.5m x 4m.
Designutfordring: This project started from one image Soft space like water. Is it possible to create a space by weaving a soft plastic material like cloth? Our study had been repeated with a lot of experiments aiming at the achievement of the initial image. However, despite trying many materials, most of our experiments had failed. Finally, we found a way to weave belts of 0.5m by 4m net structural cushions and bend them to create irregularities. However, because a net structural cushion was elastic, it could not maintain its shape just by bending it. Therefore, we decided to connect the vertices each other of the fold lines with a tension material, with the meaning of introducing compressive force to the material in advance.
Forskning: FORM RESISTANCE STRUCTURE BY ORIGAMI TECHNIQUE: Not only the materials but also the structure and the construction method have been unsolved problems for long time since the project started, because it was very difficult to realize a soft and boneless architecture. When we were almost giving up the achievement of the concept to make it by using only plastic materials, we could find out Net structural cushion at last. A net structural cushion is made from EVA or polyethylene straw fiber as a cushion material for the bed with the reticulated three dimensional spring structure. However, a net structural cushion was unexpectedly heavy. It was occurred problem how to support the self-weight. After the many trials were failed, I concentrated to research the form resistance structure. An appropriate shape is given to the material and the structure that strength is obtained is called form resistance structure. After I folded many papers like ORIGAMI, a bright idea hit me by getting a hint from the thinking of Dr. Kresling. I could make the ruggedness on the surface of the cylinder like the paragraph seen in the bamboo that did abnormal growth. Then, the effect was similar to that of the PCCP shell.
Inspirasjon: We were inspired from a jellyfish and a small shrimp because they are boneless. We were received an e-mail from Beam Gallery in UK and were requested to carry Aqua-scape (the first version) from Japan to UK. But, we thought it was impossible because Aqua-scape was big and heavy. So, we proposed a half size. However, if we made a half size Aqua-scape, a thickness of material would become a half size. Then, the strength of material would be we weaker. For that reason, it was difficult to make it.
Prosjektvarighet: Beam Gallery (The Orangery) in Wakefield, England, UK
Driftsflyt: SPACE FOR CHILDREN: We made it as "Space for Children". So, only children can enter this work. We were able to meet indeed a lot of smiles of children during the exhibition.
Patenter: Fujiki Studio, KOU::ARC
Teammedlemmer: ARCHITECT: Ryumei Fujiki, Yukiko Sato, DESIGN FIRM: F.A.D.S + Fujiki Studio, KOU::ARC, TEAM MEMBERS: Masahiro Hoshida
Takehito Kusanagi
Kenta Ochiai
Aki Sakai
Kazuhiro Shimura
Soh Kurihara
Itaru Morimoto
Keiya Sakashita
Shuya Tasaki
Bildekreditering: Fujiki Studio, KOU::ARC