© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
The site is there in a residential area in Tokyo, dense with low-rise buildings, located a little bit west to the center of the Kanto plain. The climate there is about to change from warm humid climate to rainforest climate in near future.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
I’m not making a “house” this time. It should be a lasting “terrain” that induces “habitation”. My goal is to shape the terrain up to a freshly designed “residence” with no preestablished harmony sensed.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
If I want a landscape with high habitability, the architecture should go beyond some abstract morphology. After all, a terrain is created as a consequence of long time conversation held between physical substances such as rocks and soils and unique climate of the area. Finding a best balance between materials and climate and incarnate that in the form of architecture… This is a challenge to take elements that modern architecture has long been ignored – climate, materials and many problems posed by aging – into design factor once again and shift them to architectural blessings.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
The project started with questing the best structure and materials to realize “a terrain that lasts forever”.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
One existing way to match the structure and finished shape is to use bare reinforced concrete as walls. But it’s of questionable value when it comes to durability. Rain washes alkali away from wall surface and makes it extremely short-lived. Shuttering of coated plywood board makes a smooth surface that looks great on the day of completion, however, weather-beaten, it will look sad and old within a few years. So I invented new construction system. Bare reinforced concrete wall with creasing (h=18mm) every 500 mm apart would keep alkali in and stain off. Larch plywood is used as mold instead of coated plywood in order to transfer wood grain to the surface of the wall to make it textured. That way, aged deterioration turns into something of aesthetic value, just like wrinkles of well- used jeans.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
The block of reinforced concrete thus made is placed on the site at an angle to separate exterior into two spaces: to the north, the “front garden” on the road, used as parking. To the south, the “private garden” surrounded by main building and neighboring houses where wind is gentle and sun shines warmly. The private garden offers privacy and security and makes it possible for the architecture to have large window that views sunny garden and “vault of heaven”. The architecture geometry is not conventional rectangular. Its unique shape brings about “darkness” to the corners everywhere, provides it with appearance of depth and liberates the air of the rooms. Residents enjoy a life under boundless sky indoors. On sunny days, unevenness of the exterior walls cast strong shadows. On cloudy days, the architecture sucks in humidity and turns into a dark crag. And on rainy days, it wears lace of raindrop. It transforms itself according to the weather.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
Here, a modern architecture that lives in harmony with climate is born.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
(Masahiro Harada)
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
© Ryota Atarashi . Pubblicata il 02 Marzo 2010.
© Mount Fuji Architects Studio . Pubblicata il 02 Marzo 2010.
© Mount Fuji Architects Studio . Pubblicata il 02 Marzo 2010.
© Mount Fuji Architects Studio . Pubblicata il 02 Marzo 2010.
© Mount Fuji Architects Studio . Pubblicata il 02 Marzo 2010.
© Mount Fuji Architects Studio . Pubblicata il 02 Marzo 2010.
Europaconcorsi cura il servizio di informazione sui bandi di progettazione e la realizzazione del servizio albo-on-line delle seguenti associazioni professionali:
Ordine Architetti: Agrigento, Alessandria, Ancona, Aosta, Arezzo, Ascoli Piceno, Asti, Avellino, Bari, Belluno, Benevento, Bergamo, Biella, Bologna, Bolzano, Brescia, Brindisi, Caserta, Catania, Catanzaro, Como, Cremona, Cuneo, Fermo, Ferrara, Foggia, Forlì - Cesena, Genova, Gorizia, Grosseto, Imperia, La Spezia, Lecce, Lecco, Livorno, Lodi, Macerata, Mantova, Massa Carrara, Matera, Messina, Milano, Monza, Napoli, Novara, Nuoro, Oristano, Palermo, Pavia, Perugia, Pescara, Piacenza, Pisa, Pistoia, Pordenone, Potenza, Ragusa, Reggio Calabria, Reggio Emilia, Rimini, Salerno, Sassari, Siena, Siracusa, Sondrio, Taranto, Teramo, Terni, Torino, Trapani, Trento, Treviso, Trieste, Udine, Varese, Venezia, Vercelli, Verona, Vibo Valentia, Vicenza
Ordine Ingegneri: Ascoli Piceno, Bari, Cagliari, Foggia, L'Aquila, Lecce, Lecco, Messina, Monza, Padova, Palermo, Pavia, Perugia, Potenza, Prato, Reggio Calabria, Rimini, Salerno, Sassari, Teramo, Torino, Trento, Treviso, Varese, Vercelli, Roma
Collegio Ingegneri della Toscana, Collegio dei Periti Industriali di Grosseto, Federazione agronomi e forestali della Lombardia, Dipartimento S.S.A.R. Università "G. D'Annunzio", Collegio Geometri Reggio Calabria, Consiglio Nazionale dei Geologi, InArSind Sindacato Nazionale Ingegneri e Architetti, Ordine Ingegneri e Architetti di San Marino, Collegio dei Periti Industriali di Siena, Associazione Laureati Iuav
Vedi la lista di tutte le associazioni per regione. Per maggiori informazioni Contattateci