Tag Archive for Houses

CATEGORY: ArchDaily M3/KG / Mount Fuji Architects Studio

© Ryota Atarashi

Architects: Mount Fuji Architects Studio
Location: Meguro, Tokyo, Japan
Site area: 177.27 sqm
Building area: 106.33 sqm
Total floor area: 259.72 sqm
Project Year: 2006
Photographs: Ryota Atarashi & Satoshi Asakawa

This is a house to be built in Tokyo, for a movie producer couple.

This architecture is consisted by combining L-shaped blocks of reinforced concrete and sequential frames of box-shaped engineer-wood. We put bedrooms, film archive and galley in solid concrete part for security, and living room in engineer-wood part for openness. As material that consist an open space that is 6m in height, 5.5m in width, 14m in depth, we choose thin engineer-wood (38mmx287mm).

exploded axo

Main theme for this architecture is to bring out a sense of mass and material, which were denied by modern architecture which pursued “white, flat wall” as a style. We intentionally left the wood grain of mold on the surface of concrete, and choose textured stones and irons.

It goes without saying that a house is a relaxing place. A house like a white-cube, surrounded by flat, white walls everywhere, gives a person very abstract image. But that image could only be sensed when we use intellective part of our brain. The problem is that we’re not all-intellective-creature. For the people like this client, who do enough intellectual labor on a daily basis, white-cube would only bring sense of fatigue. The role of architecture, especially the ones for living, is to soothe the sensory side of people, not to stimulate the intellectual side. That’s my take.

© Ryota Atarashi

Sure, intellectual living would have got some meaning as a fashion at the time when modern architecture was born. However, now that it became a part of everyday life, its identity has been lost. We have to examine whether our approach is rational or not every time we build architecture.

Architecture as Dialogue

We do not subscribe to the assertion that “the city is a problem and architecture is the answer”. That point of view is a pure product of modern architectural theory, which as such weighs very heavily on today’s architectural education programmes: What are the problems running through the city? What answers can architecture offer them? School trains us in the acquisition of this method of questioning. Student evaluation is based on this conceptual and rational system of question and answer. And it is doubtlessly relevant, if limited to academic training; architecture on paper, devoid of substance, remains at a level of abstract purity that allows it to theoretically resolve the problem posed by the city.

© Satoshi Asakawa

But with real architecture it is quite anther matter. Indeed, even when it is designed as a pure answer, architecture realized, from the moment it imposes “mass” and becomes a built object, never manages to get beyond the “city=problem” equation. Because many architects have not grasped the obviousness of this, an incalculable number of buildings have sprouted in the urban landscape through the conscious application of the lesson learned: “problem-solution.” Unfortunately, the legitimate and equitable “answer” expected often winds up being nothing more than deplorable “urban filler”. For in using this approach, the concrete situation of the city is rendered abstract, theorised and formalised as problem and turned into a set of logical systems which will in turn administer a logical architectural answer. It is useless and unsightly to reintroduce these relationships defined through the filter of conceptual labels into the material world in the form of buildings. the resulting built architecture is merely a superfluous residue.

© Ryota Atarashi

We are doubtless the first generation to become aware of the reality of modernism’s limits. We sincerely and conscientiously avoid dealing with architecture through concepts as much as possible. For us, the city is from the outset imbued with “substance,” and the architectural process is the creation of “substance”.

© Ryota Atarashi

Therefore, we seek to manipulate these concrete relationships, as they are, in all their concreteness. The relationship between pre-existing city and future architecture is never envisaged in a unilateral way, as one would do when bringing an answer to a question, but rather as a continuous and balanced “dialogue” between the old and the new “substance.”
This is what makes our point of view so childlike.
To act upon things simply, so they will actually become what one would wish for.

039++ © Ryota Atarashi 000A_E © Ryota Atarashi 002 © Ryota Atarashi 004 © Ryota Atarashi 010 © Ryota Atarashi 012 © Ryota Atarashi 015 © Ryota Atarashi 020 © Ryota Atarashi 027 © Ryota Atarashi 030++ © Ryota Atarashi 032 © Ryota Atarashi 033 © Ryota Atarashi 038 © Ryota Atarashi 040 © Ryota Atarashi 045 © Ryota Atarashi 051 © Ryota Atarashi 055 © Ryota Atarashi 057 © Ryota Atarashi 063 © Ryota Atarashi 01 35mm © Satoshi Asakawa 02 4*5 © Satoshi Asakawa 03 4*5 © Satoshi Asakawa 04 4*5 © Satoshi Asakawa 06 4*5 © Satoshi Asakawa 07 35mm © Satoshi Asakawa 08 4*5 © Satoshi Asakawa site plan site plan basement floor plan basement floor plan first floor plan first floor plan second floor plan second floor plan roof plan roof plan elevations elevations section 01 section 01 section 02 section 02 exploded axo exploded axo

CATEGORY: ArchDaily AD Classics: Endless House / Friedrick Kiesler

© Friedrick Kiesler

Friedrick Kiesler was a strong believer in an elastic spatial concept, one that must be capable of providing an optimum response to the varying social concerns and uses of its occupants. The initial shape of the Endless House shows a flattened spheroid, which became a basis for his Manifesto of Correalism. One of his main arguments for the derivation of the shape is that it is based on a lighting system; a shape that would allow ample light to reach every corner of the room without being broken up by corners and interior walls of a conventional building.

More on The Endless House by Friedrick Kiesler after the break.

© Friedrick Kiesler

“All ends meet in the “Endless” as they meet in life. Life’s rhythms are cyclical. All ends of living meet during twenty-four hours, during a week, a lifetime. They touch one another with the kiss of time. They shake hands, stay, say goodbye, return through the same or other doors, come and go through multi-links, secretive or obvious, or through the whims of memory.”

© Friedrick Kiesler

A main criticism of Kiesler is the discordance between the ambitious and unique potential of his models and the very static architectural drawings. His sketches work well to maintain the visions he discusses, but as soon as he begins to make “rigid” the un-rigid lines and surfaces he loses sight of what he is after. The models show flowing transitions through spaces, with internal stairs, interiority and exteriority, and continuous surfaces.

© Friedrick Kiesler

Sketches, sample models and descriptions show the projected materiality of the house; reinforced concrete on a wire mesh. The windows would be covered with a semi-transparent molded plastic, forming irregular shaped apertures. Bathing pools would replace conventional bath tubs and would be found scattered throughout the house. Textures of the flooring varied a lot; the range including pebbles, sand, rivulets of water, grass, planks, and heated terra-cotta tiles.

© Friedrick Kiesler

An exhibit on the “Endless House” was featured at The Museum of Modern Art from 1958-1959. This featured models and photographs of the modeling process, as well as the unorthodox architectural drawings that he called “polydimensional,” often compared to Surrealist atomatic drawings. The MOMA commissioned Kiesler to create a full scale prototype of his Endless House for the museum garden, where it would stay for two years. Unfortunately this was never completed, so the study models, drawings and photographs were the only items presented.

© Friedrick Kiesler

Kiesler spent a lot of his time as a theater and art-exhibition designer in Vienna during the 1920s, and around the same time he briefly collaborated with architect Adolf Loos. In 1923 he became a member of the De Stijl group. These relationships may have influenced in his approach to artistic theories and practices, which were often found heretical and bizarre.

© Friedrick Kiesler

During the period of 1937 to 1943, Kiesler was a member of the faculty in the Department of Architecture at Columbia University, where the program was geared towards teaching more pragmatic and commercially oriented architecture. This was very different from the areas of design he grounded his ideas in; theoretical concepts and ideas concerning the relationship among space, people, objects and concepts, known as “correalism” or “continuity.”

Architect: Friedrick Kiesler
Location: Unbuilt
Project Year: 1924-1950
References: Friedrick Kiesler, Matthew Krissel
Photographs: Friedrick KieslerMatthew Krissel

endless4 © Friedrick Kiesler
endless3 © Friedrick Kiesler
endless8 © Friedrick Kiesler
endless12 © Friedrick Kiesler
endless1 © Friedrick Kiesler
endless10 © Friedrick Kiesler
endless14 © Friedrick Kiesler
endless13 © Friedrick Kiesler
endless11 © Friedrick Kiesler
endless9 © Friedrick Kiesler
endless7 © Friedrick Kiesler
endless6 © Friedrick Kiesler
endless5 © Friedrick Kiesler
endless2 © Friedrick Kiesler

CATEGORY: Dezeen Aloni by decaArchitecture for Oliaros

Aloni by Deca Archietcture

This villa by Athens firm decaArchitecture is one of a collection of 24 to be introduced to the Greek island of Antiparos by Athens developers Oliaros. (more…)

CATEGORY: ArchDaily Chateau d’eau / Bham Design Studio

© Courtesy of Bham Design Studio

Architects: Bham Design Studio
Location: Steenokkerzeel, Belgium
Exterior Renovation & Structural Work:
Project Area: 450 sqm
Project Year: 2007-2008
Photographs: Jasmine Van Hevel, Mauro Brigham and Olivier Papegnies

The History

In a small terrain of 16m width by 20m long in the middle of a flat Belgian landscape, raises a 30m high water tower built between 1938 and 1941 for and by the village of Steenokkerzeel. It has been in service until the beginning of the nineties and was used by the Nazis during the 2nd world war as a “tour de guete”.

In 2004 a procedure was filled to protect and preserve the building witch the Royal commission for the protection and preservation of monuments and sites accepted.

© Courtesy of Bham Design Studio

elevations & section

The exterior of the tower was fully renovated to its initial state. Damaged columns were repaired and painted, brick joints were completely removed and replaced and the windows in the floor top were enlarged.

The works for a complete renovation and conversion into a single family house started in 2007.

© Courtesy of Bham Design Studio

The Program

The program foresees two distinct profiles of users. The private and main user is the client, a couple living at the tower daily. Once or twice a month, part of the building is rented for very exclusive events targeting management people looking for a place to make workshops, high profile companies that seek a unique place to meet top clients near by the airport. Every room is equipped with the latest IT technology, domotics and the possibility to install projectors virtually anywhere on the top floor.

© Courtesy of Bham Design Studio

Interior Architecture

The preservation of existing elements such as the main water conduct, ceilings, stairs and the 250.000 liters water basin were essential to preserve the strong identity of the building.

Every visible element inside was painted in dark grey in order to mark the old from the new. This choice works in both ways since it makes the contrast created makes both bright and dark stand out.

plan 01

plan 02

plan 03

0 – Main entrance & garage (2 cars)

1 – Technical room, storage and utility

2 – Guest room & office

An envelope inside the envelope. The combination of vertical and horizontal wengé surfaces delineates the guest’s bedroom area with its own bathroom.

3 – Bathroom

A central 4.5 meter high shower was created in the bathroom in order to maximize the water flow experience. Black tainted glass walls surround the walk in shower increasing the sense of intimacy.

© Courtesy of Bham Design Studio

Textile as visual separation from the cupboards was introduced to create a balance with the other “hard” materials and enhance the room’s acoustics.

4 – Bedroom

This circular room with a dome ceiling hosts a revolving stairs leading to the upper floor and a full monolithic mirror dressing witch reflects the surroundings and gradually disappears.

© Courtesy of Bham Design Studio

Wengé wood flooring contrasts with the cold nature of the mirror surfaces. Light reflection on the wood bounces providing warm reddish tones on the walls.

5 – Living room, kitchen and dining room

Impressive by its circular shape and large surface, the top floor affords some incredible vistas to the airplanes landing on the national airport just a quarter of a kilometer away.

The elevator block integrates a rest room, a library, the cat house and a cloak room.

© Courtesy of Bham Design Studio

Above the sculptural kitchen furniture, a steel bridge takes you to the terrace.

6 – Panoramic terrace

The terrace provides a full panoramic view and is equipped with raised IPE wood flooring and a shower.

Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio garden plan garden plan plan 01 plan 01 plan 02 plan 02 plan 03 plan 03 plan 04 plan 04 plan 05 plan 05 plan 06 plan 06 roof terrace plan roof terrace plan elevations & section elevations & section light study 01 light study 01 light study 02 light study 02 light study 03 light study 03

CATEGORY: ArchDaily Chateau d’eau / Bham Design Studio

© Courtesy of Bham Design Studio

Architects: Bham Design Studio
Location: Steenokkerzeel, Belgium
Exterior Renovation & Structural Work: MUNA
Project Area: 450 sqm
Project Year: 2007-2008
Photographs: Jasmine Van Hevel, Mauro Brigham and Olivier Papegnies

The History

In a small terrain of 16m width by 20m long in the middle of a flat Belgian landscape, raises a 30m high water tower built between 1938 and 1941 for and by the village of Steenokkerzeel. It has been in service until the beginning of the nineties and was used by the Nazis during the 2nd world war as a “tour de guete”.

In 2004 a procedure was filled to protect and preserve the building witch the Royal commission for the protection and preservation of monuments and sites accepted.

© Courtesy of Bham Design Studio

elevations & section

The exterior of the tower was fully renovated to its initial state. Damaged columns were repaired and painted, brick joints were completely removed and replaced and the windows in the floor top were enlarged.

The works for a complete renovation and conversion into a single family house started in 2007.

© Courtesy of Bham Design Studio

The Program

The program foresees two distinct profiles of users. The private and main user is the client, a couple living at the tower daily. Once or twice a month, part of the building is rented for very exclusive events targeting management people looking for a place to make workshops, high profile companies that seek a unique place to meet top clients near by the airport. Every room is equipped with the latest IT technology, domotics and the possibility to install projectors virtually anywhere on the top floor.

© Courtesy of Bham Design Studio

Interior Architecture

The preservation of existing elements such as the main water conduct, ceilings, stairs and the 250.000 liters water basin were essential to preserve the strong identity of the building.

Every visible element inside was painted in dark grey in order to mark the old from the new. This choice works in both ways since it makes the contrast created makes both bright and dark stand out.

plan 01

plan 02

plan 03

0 – Main entrance & garage (2 cars)

1 – Technical room, storage and utility

2 – Guest room & office

An envelope inside the envelope. The combination of vertical and horizontal wengé surfaces delineates the guest’s bedroom area with its own bathroom.

3 – Bathroom

A central 4.5 meter high shower was created in the bathroom in order to maximize the water flow experience. Black tainted glass walls surround the walk in shower increasing the sense of intimacy.

© Courtesy of Bham Design Studio

Textile as visual separation from the cupboards was introduced to create a balance with the other “hard” materials and enhance the room’s acoustics.

4 – Bedroom

This circular room with a dome ceiling hosts a revolving stairs leading to the upper floor and a full monolithic mirror dressing witch reflects the surroundings and gradually disappears.

© Courtesy of Bham Design Studio

Wengé wood flooring contrasts with the cold nature of the mirror surfaces. Light reflection on the wood bounces providing warm reddish tones on the walls.

5 – Living room, kitchen and dining room

Impressive by its circular shape and large surface, the top floor affords some incredible vistas to the airplanes landing on the national airport just a quarter of a kilometer away.

The elevator block integrates a rest room, a library, the cat house and a cloak room.

© Courtesy of Bham Design Studio

Above the sculptural kitchen furniture, a steel bridge takes you to the terrace.

6 – Panoramic terrace

The terrace provides a full panoramic view and is equipped with raised IPE wood flooring and a shower.

Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio Chateau d'eau - Bham Design Studio © Courtesy of Bham Design Studio garden plan garden plan plan 01 plan 01 plan 02 plan 02 plan 03 plan 03 plan 04 plan 04 plan 05 plan 05 plan 06 plan 06 roof terrace plan roof terrace plan elevations & section elevations & section light study 01 light study 01 light study 02 light study 02 light study 03 light study 03

CATEGORY: ArchDaily Earth House / BCHO Architects

© Wooseop Hwang

Architect: Byoungsoo Cho
Location: Yangpyeong-gun, Gyeonggi-do, Republic of Korea
Project Team: Hongjoon Yang, Woohyun Kang, Taehyun Nam, Nicholas Locke, Yongjun Cho
Rammed Earth Consultant: Keunsik Shin
Geothermal: REHAU AG +Co.
Contractor: CPLUS International Co. Ltd.
Site area: 660.00 sqm
Gross floor area: 32.49 sqm
Total floor area: 32.49 sqm
Project Year: 2008-2009
Photographs: Wooseop Hwang, Yong Gwan Kim

Earth House is a house of the sky. It is a house built in honor of Yoon Dong-joo, a Korean poet, who wrote beautiful poems about the sky, the Earth, and the stars.

It is a house which focuses on the primal relationship between nature and humans. It is built with careful consideration of constructional efficiency and our somatic senses.

plans

© Yong Kwan Kim

The 14m x 17m concrete box is buried in the ground and contains 6, 1-pyeong, rooms and two earth filled courtyards. The ‘small house’ is open to the courtyard which is open to the sky. The one pyeong rooms originated from the size of one kan (6×6 ja; 1 ja = approx. 30cm) which are just large enough for an adult to lie down straight. The house has a small kitchen, a study, two resting rooms, a bathroom with a wooden tub and toilet, and a wash room. The rooms are all adjacent to each other and open directly to the earth filled courtyard. Connecting rooms can be joined to create a bigger room. The house doors are small, entering the house requires making your body into a smaller shape.

© Yong Kwan Kim

The lateral pressure from the earth on four sides is resisted by thick concrete retaining wall and a flat roof and base plate. There is also a hidden column in the center wall that reinforced the structural plates. Rammed Earth walls provide all the interior spatial divisions and the walls facing both courtyards. The earth used for the walls is from the site excavation. Even though the viscosity of the existing earth was low, only minimal white cement and lime was used so the earth walls can return to the soil later. Four gutters are placed in the corners of the courtyard for drainage. The house uses a geothermal cooling system with a radiant floor heating system under the rammed clay and concrete floor. Off-peak electricity is used at night to heat the small gravel under the floor. A combination of passive cooling and geothermal tubes which are buried in the earth around the buildings keep the temperature cool in summer and warm in winter. A pine tree which was cut down from the site, was sliced into 80mm thick discs and was cast into the concrete walls of the courtyard so as it decays, it will host small plants and new life will arise with time. The wooden canopy protecting the entrance into the small house uses 39mm tensile wires. Recycled lumber was cut into 30mm x 50mm wide pieces and joined with flat bar, keeping the material to a minimum. All of the interior furniture and closets are also recycled from old Korean gates.

© Yong Kwan Kim

As Yoon’s poetry expresses hope for the future from times of great peril, which he tried to achieve through self-restraint and self-reflection, our hope is that this Earth House would be a house where we can reflect on ‘ourselves’ while living in the present era.

Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Wooseop Hwang Earth House - BCHO Architects © Yong Kwan Kim Earth House - BCHO Architects © Yong Kwan Kim Earth House - BCHO Architects © Yong Kwan Kim Earth House - BCHO Architects © Yong Kwan Kim Earth House - BCHO Architects © Yong Kwan Kim site plan site plan plans plans elevation elevation section section sketch 01 sketch 01 sketch 02 sketch 02

CATEGORY: ArchDaily Icebergs / Daniel Andersson

Courtesy of Daniel Andersson

Daniel Andersson shared with us his project Icebergs.  An iceberg only shows the tip above the water surface, the rest stays hidden below. These floating summer cottages in sheltered bays an lakes around Åland Islands, Finland investigates this concept. See more images and architect’s description after the break.

Courtesy of Daniel Andersson

Cabin villages are a normal sight aroun the Åland Islands. The client Ålands Hotell & Restaurangskola asked for a refine concept to attract more tourists during summer months.

The functions are arranged in a spiral form elevating from the lowest point, the living room and up through the entrance to the roof which serves as a sun deck. The shape of the cottage acts a ship hull pushing away water to stay floating. Secondary pontoons are placed underneath the body and also works as stabilizers.

section

The floor plan is 60m2 with clear definition between private and public. All functions are arranged around the central atrium that also contains the staircase. The atrium provides the light and underwater windows provide views. A sauna is located in the bathroom and is given easy access to run out, up the stairs to jump into the water.

The cottages are anchored to the seabed in clam areas due to its vulnerability for high waves. Water and electricity is connected through underwater cables and pipes to a central station on the mainland. Precautionary bilge pumps are installed under the staircase to remove all water that would leak over.

illustration Courtesy of Daniel Andersson interior Courtesy of Daniel Andersson section section plan plan facades facades

CATEGORY: Dezeen Tree House by Mount Fuji Architects Studio

Tree House by Mount Fuji Architects Studio

Japanese firm Mount Fuji Architects Studio have completed this house in Tokyo, Japan, made from a series of wooden arches gradually rising in height as they pivot around a central column. (more…)

CATEGORY: ArchDaily Tara House / Studio Mumbai

© Helene Binet

Architects: Studio Mumbai
Location: Kashid, Maharashtra, India
Principal Architect: Bijoy Jain
Project Year: 2005
Photographs: Helene Binet & Studio Mumbai

floor plan

Surrounded by mountains, forests, and the waters of the Arabian Sea, the house is configured around a tropical garden filled with Plumeria, ferns, grasses, bamboo and jasmine. Under the wood framed roof, rooms are loosely arranged around the garden, weaving routes between them through louvred hallways and verandahs. Vertical wooden slats form a protective enclosure, obscuring and revealing views of the surrounding landscape. Sunlight filters through these screens, creating patters of light and shadow on the inner surfaces of the building, made up of stone, wood, and burnished plaster.

© Studio Mumbai

section

Beneath the courtyard lies a secret room filled with water from a subterranean aquifer. Light diminishes as one descends the stairs through a stone corridor, intensifying a sense of passage into the earth. The pool has a comforting silence, as water enters the building without ripples or sound. The subterranean room is a refuge from the hot Indian sun, piercing the ground through circular air holes casting shafts of light across the stone walls into water. Inside the stone-lined cavity, ocean sounds reverberate from above and water fluctuates freely, responsive to the seasons and tides. When it rains, water from the roof of the house percolates into the well, recharging the aquifer. The artesian well provides water for the house and gardens through the year.

© Studio Mumbai

© Helene Binet
© Helene Binet
© Helene Binet
© Helene Binet
© Helene Binet
© Helene Binet
© Studio Mumbai
© Studio Mumbai
© Studio Mumbai
© Studio Mumbai
© Studio Mumbai
floor plan
section

CATEGORY: ArchDaily Allandale House / William O’Brien Jr

© William O'Brien Jr rendering by Peter Guthrie

Young architect William O’Brien Jr was one of the practices invited to this years P.S.1 competition (awarded to SO-IL). He shared with us this cabin project based on an extruded A-frame. Interesting wall configuration, take a look at the section.

Check all the images, some drawings and description after the break.

© William O'Brien Jr – site plan

© William O'Brien Jr – sections 02

Allandale House is an A-frame(s) house for an idiosyncratic connoisseur and her family. Along with its occupants, the Allandale House also provides space for an eccentric collection of artifacts that resist straightforward classification. Wines, rare books, stuffed birds and an elk mount are among the relics on display in this small vacation house.

© William O'Brien Jr rendering by Peter Guthrie

The house links three horizontal extrusions of “leaning,” or asymmetrical A-frames. The skinny A-frame on the western side contains the library, wine cellar and garage. The wide A-frame in the center of the house is dedicated to two floors of bedrooms and bathrooms. The medium A-frame on the eastern side consists of living, kitchen and dining areas. The house aims to undermine the seeming limitations of a triangular section by augmenting and revealing the extreme proportion in the vertical direction, and utilizing the acutely angled corners meeting the floor as moments for thickened walls, telescopic apertures and built-in storage.

© William O'Brien Jr rendering by Peter Guthrie

The relationship between the need for exposed storage and the interior liner of the house is a reciprocal one. Ostensibly problematic head-height limitations posed by the angled ceiling/wall planes are resolved by allowing the interior surface of the ceiling/wall to deviate from the roof surface as it nears the floor plane to become plumb. The thickness created between the outer roof surface and the inner wall surface is then reclaimed as poche from which to carve, creating bookshelves and showcases. Perceptually, the ambition is to tuck the pieces on display within the implied surface of the interior liner, enabling the items to be seen, while providing the possible conception of the space as a simple volume.

© William O'Brien Jr – model study

© William O'Brien Jr rendering by Peter Guthrie

A range of possible configurations were tested. Variables included: (1) the relative orientation of adjacent tube segments, (2) the severity of rotation between segments, (3) the sequence of the three different bay-widths, and (4) the location of the apex of the triangle relative to its base. Given the site features—steeply sloped with a clearing in the north easterly direction—the tube establishes a parallel relationship to the contours of the site and orients the living area toward the clearing. The inclusion of a second floor is only possible in the widest A-frame extrusion. Therefore, the desire to centralize the location of the bedrooms positions the wide A-frame extrusion second in the sequence. Lastly, in tandem with the geometric principles associated with the severity of rotation, the variable location of the apex acts as the formal smoothing agent between tube segments allowing the roof planes to fold along single seams.

© William O'Brien Jr rendering by Peter Guthrie

Design Principal: William O’Brien Jr.
Location: Mountain West, USA
Project Team: Bhujon Kang
Project Year: 2009-2010
Visualization: Peter Guthrie

© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr rendering by Peter Guthrie
© William O'Brien Jr - site plan
© William O'Brien Jr - floor plan
© William O'Brien Jr - section 01
© William O'Brien Jr - sections 02
© William O'Brien Jr - model study
© William O'Brien Jr - detail