Ripple Олон чиг үүрэгтэй архитектур by Takatoku Nishi

Ripple Олон чиг үүрэгтэй архитектур by Takatoku Nishi is a highly esteemed winner of the very prestigious 2023 A' Design Award Мөнгөн шагнал in Архитектур, барилга ба байгууламжийн дизайн Competition Category.

МөнгөнАрхитектур· 2023

Ripple Олон чиг үүрэгтэй архитектур

by Takatoku Nishi

Client: Takatoku Nishi

A' Design Award Мөнгөн шагнал Winner in Архитектур Category

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Colors

The Design

About Ripple Олон чиг үүрэгтэй архитектур

Takatoku Nishi байгалийн байнга өөрчлөгдөж буй гоо сайхныг хүмүүст туршиж мэдрэх боломж олгодог архитектурын бүтээл бүтээжээ. Энэ нь нар болон салхины хүчээр бүрдсэн гэрлийн үзэгдлүүдийг дүрсэлж, орон зайд тусгана. Энэхүү архитектур нь байгалийн хүчийг нэгтгэх яруу найрагт орчин болж, зөвхөн байгалийн ертөнцөд угаасаа агуулагдсан тасралтгүй энергид найддаг.

The Recognition

About the A' Design Award Мөнгөн шагнал

Ripple Олон чиг үүрэгтэй архитектур нь A' Design Award Мөнгөн шагналын ялагч бөгөөд дээд зэргийн, гайхамшигтай, сэтгэл хөдөлгөм загварт олгодог онцгой нэр хүндтэй хүлээн зөвшөөрөлт юм. Мөнгөн ялагчид бол маш гялалзсан, маш бүтээлч ажил бөгөөд зохион бүтээгчдийн гарамгай мэдлэг, авьяас, нарийн мэдрэмжийг харуулдаг. Ripple Олон чиг үүрэгтэй архитектур нь гайхалтай, үлгэр жишээ, маш мэргэжлийн, гүнзгий шинэлэг бүтээл болно гэж хүлээгддэг. Мөнгөн шагнал хүртсэн энэ загвар бол урлаг, шинжлэх ухаан, загвар, технологийн хил хязгаарыг тэлэхэд хувь нэмэр оруулдаг анхаарал татахуйц, биширсэн шинэ бүтээл юм. Ripple Олон чиг үүрэгтэй архитектур бол олон хүний атаархал татдаг бүтээл бөгөөд хүслийг сэргээж, эерэг мэдрэмж авчирч, гайхшрал, биширлийг төрүүлдэг.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: On sunny days, when the sun shines and a certain amount of wind blows, light is guided into the space from the pipes in the ceiling, creating a phenomenon of light that resembles drops falling onto the surface of water.
Dimensions & Packaging: H4000mm, W27960mm, D4675mm, Area / 95 Square meter
Tags: Optical phenomena, architecture, sun, wind, nature, atmosphere, space of light, construction, structure, Mitate
Production Technology: PHENOMENA : The system was designed to match the natural light to a tilt angle of 31. 6 deg., the average solar angle at the winter solstice, and the prism rotates at an average wind speed of 1.5 m/s for this location. Main materials; Acrylic pipes and prisms.
ARCHITECTURE : The walls are louvered, with a 1.5 cm gap in one direction. This keeps the space illumination at a dim 30lx, similar to a tea room. In addition, air is constantly circulated inside. Main Materials; Wood, floor plastered (coarse, white).
Design Challenge: The most time-consuming part of this work was to realise the phenomenon in architectural size. I first discovered this phenomenon when I passed light through a straw. After researching various materials, sizes and methods, we achieved this phenomenon from a height of 4m by sandblasting an acrylic pipe with a 2mm thick and a diameter of 80mm on the outside. For the sun- and wind-driven system, we tested various lenses and found that a triangular prism perfectly directs the sun's rays into the pipe, and at the same time we found a way to make the prism rotate in the wind.
Research: My research focuses on the space between the natural environment and the human interface. We have a very beautiful natural environment next to us, but we are usually unaware of it. People may only notice it, for example, at the sight of a rainbow after a rainfall. I want to create new sights by utilising the power of nature, which is usually present, and by using optical phenomena and architecture as a medium. With this work, Ripple, I have received national acclaim so far, symbolising the need for this spatial experience nowadays.
Inspiration: I use optical phenomena to construct space of light. The phenomenal part of this work focuses on the optical phenomenon of light passing through a pipe, generating ripples of light. The architecture was heavily influenced by the architecture of Swiss architect Peter Zumthor, in particular the atmosphere of the Bruder-Klaus-Kapelle.
Project Duration: The work was produced for the Tokyo National University of Fine Arts and Music's Doctoral Thesis Exhibition in December 2020; the work was exhibited in Japan in 2021 and 2022.
Operation Flow: The daily combination of sun and wind changes the phenomenon and influences it within the space. It makes people aware of the beauty of their immediate natural environment, of which they are usually unaware.