The Arch

The Arc at Green School

Unique

The geometry of this arch not only saves a lot of buil­ding mate­rial, it also results in a beau­tiful sports hall.

The Arc aims to set new stan­dards for sustainable buil­ding and educa­tion.

The Arc is the newest buil­ding on campus at the world-renowned Green School in Bali, Indo­nesia. The school has a 12 year history of brea­king boun­da­ries and expan­ding hori­zons.

The Arc is the newest bench­mark in that history, raising the bar for sustainable educa­tion around the world. The first buil­ding of its kind ever made.

Along the way, The Arc is a fanta­stic and distinctly multi­func­tional sports hall.

The Arc at Green School is built from a series of inter­sec­ting 14 meter tall bamboo arches span­ning 19 meters, inter­con­nected by anti­c­la­stic grids­hells which derive their strength from curving in two oppo­site direc­tions.

The design model was a mammal’s chest.

The Arc is a feat of engi­nee­ring; it required months of rese­arch and deve­lo­p­ment and fine tuning of tailor-made details. The result is a refined design with unpar­al­leled beauty.

The Arc employs one of nature’s grea­test stra­te­gies for crea­ting large spaces with minimal struc­ture. Within a human ribcage, a series of ribs working in compres­sion are held in place by a tensioned flexible layer of muscle and skin.

This creates a thin but strong enca­se­ment for the lungs. In the case of The Arc, arches working in compres­sion are held in place by tensioned anti­c­la­stic grids­hells.

The Arc’s coun­ter­in­tui­tive orchestra­tion of geometry brings the struc­ture into a state of equi­li­brium.

These fields of grids­hells appear to drape across the spaces between impos­sibly thin arches soaring over­head, giving a whimsy, inti­macy and beauty to the space. Although, the grids­hells appear to hang from the arches, they actually hold them up.

“The grids­hells use shape stiff­ness to form the roof enclo­sure and provide buck­ling resis­tance to the para­bolic arches. The two systems toge­ther create an unique and highly efficient struc­ture, able to flex under load allo­wing the struc­ture to redis­tri­bute weight, easing loca­lised forces on the arches.” says Neil Thomas from Atelier One.

The Arc’s coun­ter­in­tui­tive orchestra­tion of geometry brings the struc­ture into a state of equi­li­brium, which means a drama­ti­cally decreased neces­sity for struc­tural mate­rial. This also means an unpre­ce­dented inner volume with an impos­sibly thin struc­ture and without any distrac­ting trusses.

We did this.

Project data

Client

Grren School Bali

Address

Green School Bali
Jalan Raya Sibang Kaja
Banjar Saren
Abian­semal, Badung
IDN  ‑Bali 80352

Opening

2020

Photos

IBUKU

Author

IBUKU

Videos

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Contact

 

Address
More Sports Media
Am Weit­kamp 17
D‑44795 Bochum

Phone
+49 234 5466 0374
+49 172 4736 332

Email
contact@moresports.network

Kura Kura

Form follows shut­t­le­cock

Kura Kura in Bali

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Situa­tion

Kura Kura is the name of a buil­ding that houses a badminton court and has a floor surface of over 200 square meters.

Inspired by the shape of a tortoise shell, the large bamboo struc­ture was desi­gned and built in a colla­bo­ra­tion between Ibuku and Studio Jenc­quel. The court is priva­tely owned by Maxi­mi­lian Jenc­quel and was completed in 2016.

Struc­ture

The pavi­lion is built enti­rely from bamboo (struc­ture and all roofing), except for the floor, which is from a special rubber resin.

It was Studio Jenc­quel’s initial concept to conceive a convex roof­line that would solve some of the ergo­nomic requi­re­ments needed for an indoor badminton court. At the center of the court, above the net, a height of 9m is required, and ther­e­fore the ceiling of this court was to mimic the trajec­tory of a shuttle-cock, resul­ting in a turtle-like curved shape.

Airflow

Other conside­ra­tions affec­ting the shape and height of this roof where the need to allow airflow for cooling, while simul­ta­neously stop­ping the wind, which would inter­fere with the shuttlecock’s flight.

That’s why the buil­dings orien­ta­tion was posi­tioned in conside­ra­tion of the predo­mi­nant wind patterns, and the roof almost grazes the ground on two of its extre­mi­ties. Bamboo was the obvious choice for such an orga­ni­cally shaped buil­ding in the tropics. ⁠

Reali­sa­tion

Studio Jenc­quel’s founder Maxi­mi­lian Jenc­quel approa­ched his friend Elora Hardy, the most expe­ri­enced and profes­sional bamboo designers/ buil­ders on Bali (and probably the world) to help design a struc­ture for the afore­men­tioned concept.

Elora and her team came up with this intri­guing, basket-like woven struc­ture, which they not only conceived, but also built with their amazing team of bamboo carpen­ters. ⁠

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Project data

Archi­tect

Studio Jenquel
Jalan Raya Sang­gingan
Banjar Lungs­iakan
Ubud-Gianyar 80571
Bali, Indo­ne­sien

Cons­truc­tion manage­ment

Elora Hardy — IBUKU Studio

Project team

QL Inge­niería
María José González Vicente
José María López Llaquet
Bauun­ter­nehmen: TECOPSA

Physical address

Jalan Raya Sang­gingan
Gianyar
Bali, Indo­ne­sien

Opening

2016

Photo­graph

Author

Studio Jenquel

Photos

Contact

How can we be helpful?

Address
More Sports Media
Am Weit­kamp 17
D‑44795 Bochum

Phone
+49 234 5466 0374
+49 172 4736 332

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