- Open Building · Boston, Mass., USA : November 15-17, 2011 PROJECT EXHIBITION PROJECT FIRM: FIRM...
1
Architecture in the Fourth Dimension: Methods and Practices for a Sustainable Building Stock 17th International Conference on Open Building Boston, Mass., USA : November 15-17, 2011 PROJECT EXHIBITION PROJECT FIRM: FIRM DESCRIPTION SAMPLE PROJECTS: PROJECT TITLE: PROJECT DETAILS Context and Historical Integration Base Building Dynamic Uses Changing with Time Participatory Process Green Building User Friendly and Responsive Technology Address: Completion Year: Client: Engineer: Landscape Architect: Floor Area: Site Area: #### Street City State/Province/Country 1998 Name Name Name #### sq.M. or sq.ft. #### sq.M. or sq.ft. <Firm Name (Arial 32 pt) > <Firm Address (Arial 21pt)> <Firm City and Country (Arial 21pt)> <Firm website URL (Arial 21pt)> < Type Project Description Here (Arial 18pt, approx 13 lines available) > Insert a brief description here if necessary to explain images below Insert a brief description here if necessary to explain images below Insert a brief description here if necessary to explain images below Insert a brief description here if necessary to explain images below Insert a brief description here if necessary to explain images below Insert a brief description here if necessary to explain images below <Project Title (Arial 60pt> LAYOUT WITH TWO SMALL HOUSES LAYOUT WITH TWO LARGE PROPERTIES berging serre slaapkamer woonkamer berging serre slaapkamer woonkamer positie 2 woonkamer serre lichthof corridor slaapkamer slaapkamer corridor positie 2 positie 1 serre berging UNIT-SCHEIDENDE WANDEN NATTE CELLEN LOGGIA'S VARIABELE ELEMENTEN The fixed elements of the building consists are the load bearing facades, a system of voids, installation facilities, and the access structure. A system of corridors and voids makes it possible to adapt the organization of program and units in the building without disturbing fire regulations. vertical openings support structure shafts floor mating FIXED ELEMENTS FLEXIBLE ELEMENTS unit party walls wet cells loggias ANA architecten Tussen de Bogen 38 1013 JB Amsterdam, The Netherlands www.ana.nl Multifunk Steigereiland IJburg Amsterdam North Holland/ The Netherlands 2007 Lingotto Vastgoed BV and Ymere Developers Construction, DHV Zaandam Wolf + Dikken 88 dwellings / 3500 sq.M. officespace / 400 sq.M. daycare for children 7100 sq.M. ANA architects specializes in housing and deals with a lot of special housing programs and housing typologies. Within the diversity of programs, a binding theme is the way projects are dealing with the context. Each project anticipates to its con- text and negotiates between the different interests and constraints. Within the housing assignment that is characterized by mass production, uniformity and small budgets, each project aims to be a tailor-made-suit that fits the site, budget and demands of the client. Flexibility and sustainability are some of the main themes the office is working on. Since building standards are improving, lifespan of buildings is getting longer, the demands of people for living and working are more and more under the influence of continuous changes in society. This requires buildings that are adaptable to change. Multifunk has been developed from this starting point. Multifunk is built in the new Amsterdam neighborhood IJburg. The building is developed as a flexible structure for living and working in different types and sizes. The building construction and access typology are able to facilitate changes in the use and the size of the units. Installations: Multifunk is situated in a new built area that is characterized by large scale con- trasts: the large scale of the typical Dutch landscape, defined by the Y-lake and huge infrastructural elements, and the densely built area of all privately developed houses. The building mass and facade deal with these contrasts in the site. The flexible elements are the separation walls, the corridors, sanitary units and outdoor spaces. Within the structure of fixed elements, there is a large freedom to realize different types of houses and working spaces, varying from single- orientated corridor apartments (like student or hotel rooms), to duplexes and lofts. The compact building form is very energy efficient. To reduce the use of energy, the building makes use of district heating and balanced ventilation system with heat recovery. Materials used in the building respect the environment. The facade cladding is a recycled plastic component specially developed for this project. Inhabitants were given several options for the layout of the floorplan, including kitchen and sanitary unit position. The layout of the working units was determined in cooperation with the users.
Transcript of - Open Building · Boston, Mass., USA : November 15-17, 2011 PROJECT EXHIBITION PROJECT FIRM: FIRM...
Architecture in the Fourth Dimension: Methods and Practices for a Sustainable Building Stock17th International Conference on Open BuildingBoston, Mass., USA : November 15-17, 2011
PROJECT EXHIBITIONPROJECT FIRM:
FIRM DESCRIPTION
SAMPLE PROJECTS:
PROJECT TITLE:
PROJECT DETAILS
Context andHistorical Integration
Base Building
Dynamic UsesChanging with Time
ParticipatoryProcess
Green Building
User Friendly andResponsive Technology
Address:
Completion Year:Client:
Engineer:Landscape Architect:
Floor Area:Site Area:
#### StreetCityState/Province/Country1998NameNameName#### sq.M. or sq.ft.#### sq.M. or sq.ft.
<Firm Name (Arial 32 pt) ><Firm Address (Arial 21pt)><Firm City and Country (Arial 21pt)><Firm website URL (Arial 21pt)>
< Type Project Description Here (Arial 18pt, approx 13 lines available) >
Insert a brief description here if necessary to explain images below
Insert a brief description here if necessary to explain images below
Insert a brief description here if necessary to explain images below
Insert a brief description here if necessary to explain images below
Insert a brief description here if necessary to explain images below
Insert a brief description here if necessary to explain images below
<Project Title (Arial 60pt>
LAYOUT WITH TWO SMALL HOUSES
LAYOUT WITH TWO LARGEPROPERTIES
positie 2
woonkamer
serre
lichthof corridor
slaapkamer
slaapkamer
corridor
positie 2
positie 1
serre
berging
berging
slaapkamer woonkamer
keuken
slaapkamer slaapkamer
serre
berg
ing
serreslaapkamer woonkamer
berg
ing
serreslaapkamer woonkamer
slaapkamer
corridor
positie 2
woonkamer
serre
lichthof corridor
slaapkamer
slaapkamer
corridor
positie 2
positie 1
serre
berging
berging
slaapkamer woonkamer
keuken
slaapkamer slaapkamer
serre
berg
ing
serreslaapkamer woonkamer
berg
ing
serreslaapkamer woonkamer
slaapkamer
corridor
ANA ARCHITECTEN Tussen de Bogen 38, 1013 JB Amsterdam tel +31 0 20 423 29 49, fax +31 0 20 423 29 50 [email protected] www.ana.nl
VERTICALE ONSTLUITING DRAAGSTRUCTUUR LEIDINGSCHACHTEN VLOERSPARINGEN
UNIT-SCHEIDENDE WANDEN NATTE CELLEN LOGGIA'S
VA S T E E L E M E N T E N
VA R I A B E L E E L E M E N T E N
T E C H N I E K : VA S T E E L E M E N T E N
De draagstructuur van het complex wordt gevormd door dragende gevels en middenrif. Breedplaatvloeren overspannen van gevel tot middenrif tot gevel. De ont-sluitingskernen zorgen voor stabiliteit. De installatie-schachten en meterkasten zijn zoveel mogelijk gekop-peld aan de vaste elementen. Er wordt een behoorlijke overmaat aan schachtruimte gerealiseerd om elke mogelijke invulling van de unit in de toekomst te kun-nen bedienen. De verdiepingshoogte in het complex is afgestemd op een gemengd gebruik. In het woonwerk-gedeelte hebben alle lagen van het complex een bruto verdiepinghoogte van 3250 mm, met uitzondering van de begane grond. Daar wordt de verdiepingshoogte als gevolg van de helling in het terrein 4400 mm.
T E C H N I E K : F L E X I B E L E E L E M E N T E N
Woning- of unitscheidende wanden worden gemaakt van lichte 300 mm dikke metalstutwanden waarmee de omvang en het aantal units simpel kunnen worden aangepast. In de vloer wordt een leidingenzone gemaakt. Hierdoor is het mogelijk op elke willekeurige plek binnen deze zone, zonder drempels een natte cel op te nemen. Alle buitenruimtes be-vinden zich binnen het casco en dus binnen de bouwfysische schil. Zo kan ook deze ruimte eenvoudig bij de woning of de werkunit worden betrokken. Door middel van grote vouw-bare schuifpuien kunnen de buitenruimtes volledig worden geopend en gesloten.
4E VERDIEPING
LIFT
serre
woonkamer
slaapkamer 1slaapkamer2
slaapkamer 3keuken
berging
positie 2positie 1
LIFT
woonkamer slaapkamer 1slaapkamer 2
bergingkeuken
positie 2
positie 1
serre
woonkamerslaapkamer 1 slaapkamer 2
berging
keuken
positie 2
positie 1
serre
type SB1(sociale huur)
type SA1(sociale huur)
slaapkamer 1slaapkamer
2
keuken berging
woonkamer
positie 2
positie 1
type SA4sp(sociale huur)
woonkamer
slaapkamer 1slaapkamer 2
berging
berging
serre
06
serre
woonkamer
slaapkamer 1 slaapkamer2
slaapkamer 3 keuken
berging
positie 2 positie 1
type SB1*sp(sociale huur)
1400
100
1200
100
597 100350100
slaapkamer3
keuken
slaapkamer2
slaapkamer 1 slaapkamer 4
berging
woonkamer
type SC3(sociale huur)
serre
positie 2
positie 1serre
LIFT
slaapkamer 1
keuken
woonkamer
slaapkamer 2
slaapkamer 3slaapkamer
4
berging
serre
positie 2
positie 1slaapkamer 1
slaapkamer4 slaapkamer 3
slaapkamer2
keuken
berging
woonkamer
serre
positie 2
positie 1
woonkamerslaapkamer 1 slaapkamer2
berging keuken
serre
positie 2
positie 1
LIFTLIFT
LIFTLIFT
bergingslaapkam
er1
slaapkamer2slaapkam
er
3
woonkam
ertype
I MIVA
keuken
kk
keuken
berging
slaapkamer
06
slaapkamer
dichtgezette
sparing in 3e
verd.vloer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
berging
slaapkamer1
slaapkamer2
woonkam
er
keuken
serre
slaapkamer1
slaapkamer
2
woonkam
er
berging
keuken
serre
slaapkamer
slaapkamer
keuken
woonkam
erberging
serre
slaapkamer1
2E VERDIEPING
The fixed elements of the building consists are the load bearing facades, a system of voids, installation facilities, and the access structure. A system of corridors and voids makes it possible to adapt the organization of program and units in the building without disturbing fire regulations.
ANA ARCHITECTEN Tussen de Bogen 38, 1013 JB Amsterdam tel +31 0 20 423 29 49, fax +31 0 20 423 29 50 [email protected] www.ana.nl
VERTICALE ONSTLUITING DRAAGSTRUCTUUR LEIDINGSCHACHTEN VLOERSPARINGEN
UNIT-SCHEIDENDE WANDEN NATTE CELLEN LOGGIA'S
VA S T E E L E M E N T E N
VA R I A B E L E E L E M E N T E N
T E C H N I E K : VA S T E E L E M E N T E N
De draagstructuur van het complex wordt gevormd door dragende gevels en middenrif. Breedplaatvloeren overspannen van gevel tot middenrif tot gevel. De ont-sluitingskernen zorgen voor stabiliteit. De installatie-schachten en meterkasten zijn zoveel mogelijk gekop-peld aan de vaste elementen. Er wordt een behoorlijke overmaat aan schachtruimte gerealiseerd om elke mogelijke invulling van de unit in de toekomst te kun-nen bedienen. De verdiepingshoogte in het complex is afgestemd op een gemengd gebruik. In het woonwerk-gedeelte hebben alle lagen van het complex een bruto verdiepinghoogte van 3250 mm, met uitzondering van de begane grond. Daar wordt de verdiepingshoogte als gevolg van de helling in het terrein 4400 mm.
T E C H N I E K : F L E X I B E L E E L E M E N T E N
Woning- of unitscheidende wanden worden gemaakt van lichte 300 mm dikke metalstutwanden waarmee de omvang en het aantal units simpel kunnen worden aangepast. In de vloer wordt een leidingenzone gemaakt. Hierdoor is het mogelijk op elke willekeurige plek binnen deze zone, zonder drempels een natte cel op te nemen. Alle buitenruimtes be-vinden zich binnen het casco en dus binnen de bouwfysische schil. Zo kan ook deze ruimte eenvoudig bij de woning of de werkunit worden betrokken. Door middel van grote vouw-bare schuifpuien kunnen de buitenruimtes volledig worden geopend en gesloten.
4E VERDIEPING
LIFT
serre
woonkamer
slaapkamer 1slaapkamer2
slaapkamer 3keuken
berging
positie 2positie 1
LIFT
woonkamer slaapkamer 1slaapkamer 2
bergingkeuken
positie 2
positie 1
serre
woonkamerslaapkamer 1 slaapkamer 2
berging
keuken
positie 2
positie 1
serre
type SB1(sociale huur)
type SA1(sociale huur)
slaapkamer 1slaapkamer
2
keuken berging
woonkamer
positie 2
positie 1
type SA4sp(sociale huur)
woonkamer
slaapkamer 1slaapkamer 2
berging
berging
serre
06
serre
woonkamer
slaapkamer 1 slaapkamer2
slaapkamer 3 keuken
berging
positie 2 positie 1
type SB1*sp(sociale huur)
1400
100
1200
100
597 100350100
slaapkamer3
keuken
slaapkamer2
slaapkamer 1 slaapkamer 4
berging
woonkamer
type SC3(sociale huur)
serre
positie 2
positie 1serre
LIFT
slaapkamer 1
keuken
woonkamer
slaapkamer 2
slaapkamer 3slaapkamer
4
berging
serre
positie 2
positie 1slaapkamer 1
slaapkamer4 slaapkamer 3
slaapkamer2
keuken
berging
woonkamer
serre
positie 2
positie 1
woonkamerslaapkamer 1 slaapkamer2
berging keuken
serre
positie 2
positie 1
LIFTLIFT
LIFTLIFT
bergingslaapkam
er1
slaapkamer2slaapkam
er
3
woonkam
ertype
I MIVA
keuken
kk
keuken
berging
slaapkamer
06
slaapkamer
dichtgezette
sparing in 3e
verd.vloer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
slaapkamer
berging
slaapkamer1
slaapkamer2
woonkam
er
keuken
serre
slaapkamer1
slaapkamer
2
woonkam
er
berging
keuken
serre
slaapkamer
slaapkamer
keuken
woonkam
erberging
serre
slaapkamer1
2E VERDIEPING
vertical openings support structure shafts floor mating
FIXED ELEMENTS
FLEXIBLE ELEMENTS
unit party walls wet cells loggias
ANA architectenTussen de Bogen 381013 JB Amsterdam, The Netherlandswww.ana.nl
Multifunk
Steigereiland IJburgAmsterdamNorth Holland/ The Netherlands2007Lingotto Vastgoed BV and Ymere DevelopersConstruction, DHV ZaandamWolf + Dikken88 dwellings / 3500 sq.M. officespace / 400 sq.M. daycare for children7100 sq.M.
ANA architects specializes in housing and deals with a lot of special housing programs and housing typologies. Within the diversity of programs, a binding theme is the way projects are dealing with the context. Each project anticipates to its con-text and negotiates between the different interests and constraints. Within the housing assignment that is characterized by mass production, uniformity and small budgets, each project aims to be a tailor-made-suit that fits the site, budget and demands of the client.
Flexibility and sustainability are some of the main themes the office is working on. Since building standards are improving, lifespan of buildings is getting longer, the demands of people for living and working are more and more under the influence of continuous changes in society. This requires buildings that are adaptable to change.
Multifunk has been developed from this starting point. Multifunk is built in the new Amsterdam neighborhood IJburg. The building is developed as a flexible structure for living and working in different types and sizes. The building construction and access typology are able to facilitate changes in the use and the size of the units.
Installations:
Multifunk is situated in a new built area that is characterized by large scale con-trasts: the large scale of the typical Dutch landscape, defined by the Y-lake and huge infrastructural elements, and the densely built area of all privately developed houses. The building mass and facade deal with these contrasts in the site.
The flexible elements are the separation walls, the corridors, sanitary units and outdoor spaces. Within the structure of fixed elements, there is a large freedom to realize different types of houses and working spaces, varying from single-orientated corridor apartments (like student or hotel rooms), to duplexes and lofts.
The compact building form is very energy efficient. To reduce the use of energy, the building makes use of district heating and balanced ventilation system with heat recovery. Materials used in the building respect the environment. The facade cladding is a recycled plastic component specially developed for this project.
Inhabitants were given several options for the layout of the floorplan, including kitchen and sanitary unit position. The layout of the working units was determined in cooperation with the users.
