• No results found

THE YOUNG-OLD

N/A
N/A
Protected

Academic year: 2022

Share "THE YOUNG-OLD"

Copied!
7
0
0

Laster.... (Se fulltekst nå)

Fulltekst

(1)

HOUSING THE YOUNG-OLD

LØREN INDUSTRY BUILDING

DIPLOM FALL 2019 -OSLO SCHOOL OF ARCHITECTURE AND DESIGN

KRISTINE HEIMDAL

SUPERVISOR: BENTE KLEVEN

THE YOUNG-OLD

Young-Old - freed from the responsibilities of adulthood and childhood, and largely unconstrained by physical and mental disabilities

The project is dealing with an aging population. How the increased life expectancy changes the way we think about elderly. The term Young- Old is used for people freed from the responsibilities of adulthood and childhood,and largely unconstrained by physical and mental disabilities.

Housing the young-old on top of an existing building in an urban context.

The aim is to create places that encourages for social interaction. The

existing building is meant to serve as a public space for community as well as the elderly living on top.

TRANSFORMING LØREN INDUSTRY BUILDING

Økern as an area has gone through major changes during the last

decades. From a industry area to become a new housing area of town.

This building beeing one of the few industry buildings left, when the surrounding buildings have been demolished and new housing blocks

have been raised. Therefore, it is a great place to include the elderly in the community.

Løren industrihall was originally built in 1958 drawn by the architects Frode Rinnan and Olav Tveten. It is a building has nine former production halls connected to two fl oors of offi ce space in the back. The building footprint is 90x32 meters It was fi nanciered by Folkehjelpen - a humanitarian

solidarity organization – at the cost of 4 million NOK. It was to help disadvantaged people into work and the original masterplan also

contained the dorm house across the street where they could live. The plan of the productionhalls made it possible for different fi rms to operate in the same building at the same time.It contained for example a sewer workshop, publishing department and small mechanical operations.

In 1979 a steel construction was added on top adding another 2250m2 to the existing 4240m2. Today there is only one actor in the building - Spir.

Spir has already moved some parts to other locations. In my diploma Spir has moved out of the building leaving it empty. There is a need of an

upgrading of the building and a renovation of the facade.

In the project the steel construction of the extension is beein removed and a volume of housing is added as well as transforming the existing offi ce part to housing and giving an extra layer of isolation and wooden panel which gives an overall expression to the whole building. The existing structure and vertical communucation have been presets for the project.

A visual contact between the production halls and the common areas on the top has also been part of planning. All the common areas to meet have been placed in connection of the vertical communication to encourage spontanious meetings between the residents. One of the staircases is opened to the outside to make a short-cut up without having to go into the building. This also breaks up the 94 meter long south facade.

The existing structure of the roof made it possible to create a great green space in between the housing. The The weight of the earth is hinged in a steel frame on the beam and the depth of 1,60 allows greater plants and trees to grow there. The is a cast concrete path made in consideration of rollators and wheelchairs. In between them different areas are created that can be used for cultivation. At a few points the overlight has been reopened to let light down to the production halls again as well as the

visual connection. The middle is planned as a square for people to meet in front of the large common glass house.

By transforming the building into housing on top and facilitate for

functions on the groundfl oor that becomes a public space it makes the elderly a centre point in community instead of isolating them. Placing service points like cafeteria, library of public workshops where the young old also can contribute and meet.

THREE-PHASE LIFE COURSE (TRADITIONAL)

1 CHILDHOODst 2 ADULTHOODnd 3 OLD-AGErd

1 DEPENDENCE SOCIALIZATION IMMATURITY EDUCATION

st

2 INDEPENDENCE MATURITY RESPONSIBILITY EARNING SAVING

nd

3 PERSONAL FULFILLMENT (EXTENDED ACTIVE LEISURE) (YOUNG-OLD AGE)

rd

4 DEPENDENCE DECREPTITUDEth 1950

FOUR-PHASE LIFE COURSE

“THIRD AGE, ”1987

Peter Lasett “YOUNG-OLD, ”1974 Bernice Neugarten

2018 680 000 2050 1.4 million 67 years +

retirement age in Norway

(Source: SSB)

Life expectancy after retirement 1970 7 years

2018 17 years

2100 29 years

(2)

BUILDING TODAY

WITH EXTENSION OF 1979

RE-USED / REMOVED

CONCRETE BEAMS + COLUMS ELEVATORS

ORIGINAL BUILDING 1958

PRE-CAST CONCRETE FLOORING STEEL CONSTRUCTION

(see booklet for amounts) LEFT

CORRUCATED STEEL FACADE CORRUCATED STEEL ROOF

WINDOWS

PROJECT

BEA MS

CO LUMS

STEEL CONCR ETE

LO ADBEARING ADDITION 1979

300X13000

200X400 350x500 HEA 180 HEA 140 U 180

IPE 500 IPE 270 IPE 240 IPE 160

L100X100X10 ANGLE STEEL

BEAMS

COLUMS

STEEL CONCRETE LOADBEARING ADDITION 1979

300X13000

350x500

HEA 140 HEA 180 U 180

IPE 500 IPE 270

IPE 240 IPE 160 L100X100X10 ANGLE STEEL OTHER ADDITION 1979

PREFAB HULLDEKKE ELEMENT 265

WINDOWS

OTHER ADDITION 1979

PREFAB HULLDEKKE ELEMENT 265

CORRUGATED STEEL PLATER

WINDOWS

BEAMS

LOADBEARING ADDITION 1979

300X13000

IPE 500 IPE 270 IPE 240 IPE 160 L100X100X10 ANGLE STEEL

BEAMS

COLUMS

LOADBEARING ADDITION 1979

300X13000

200X400 350x500

HEA 140 HEA 180 U 180

IPE 500 IPE 270 IPE 240 IPE 160 L100X100X10 ANGLE STEEL

OTHER ADDITION 1979

PREFAB HULLDEKKE ELEMENT 265

CORRUGATED STEEL PLATER

WINDOWS

(3)

section A 1:100

1:100

1:100 section B

section C

(4)

A

D

A B

B C

C D +112,5

+106 +109

+108

+107

+107 +108 +110

1:150 2 nd FLOOR - MAIN LEVEL +6

(5)

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

+106,5

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

+110

+106,5

+109,7 +109,7 +109,7 +109,7

A

D

A

B

B

C

C

D

1:200

1:200

ground fl oor 0

south elevation

1:200

1st fl oor +3

1:200 section D

1:200

north elevation 1:200

3rd fl oor +9

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

A

D

A

B

B

C

C

D

+115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +115,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5 +109,5

(6)

1:50

Timeline detail section

1958 1979 - 2019 NEW

CONCRE

TE COLUMN 300x300mm VENTILA

TION TOWER ARMED C

ONCRE TE DYHONIT

WOODWOOL BO ARDS

GLAS GABEL ARMED C ONCRE

TE TRUSS STEEL STR

AIN TIES

TWO FL

OORS OF HOUSING ADDED ON EXSISTING FLOORING AND STRUC

TURE ENTRANCE

TO INDUSTR

YHALLS ONE FL

OOR OF

WORKING SP ACE ADDED

. STEEL STRUC

TURE ST

ANDING ON AN ADDED L

OADBEARING STRUC

TURE

CLT SLABSCLT CEILING 75mmFIBREBO

ARD HARD ISOLA

TION 350 mm LATH REUSED C

ORRUGA

TED STEEL PLA TES STEEL BR

ACKET STEEL BR

ACKET STEEL BR

ACKET

LOADBEARING CL T WALL TWO ELEMENT

S TWO ELEMENT

S

LOADBEARING CL T WALL LOADBEARING CL

T WALL TWO ELEMENT

S TWO ELEMENT

S

PRECAST ELEMENT

S REMOVED FOR RECREA

TION SP ACE

BOTANIC AL BO

X CARRIED AND BOLTET TO THE BEA

M

PRESSURE INSULA

TED ISOLA TION PRESSURE INSULA

TED ISOLA TION WINDOW RECESSES FR

OM 1958 USED AND EXP

ANDED FOR DOORS

FORMER OFFICE BUILDING CLADDED FORMER OFFICE BUILDING CLADDED WITH

WOOD F

ACADE FOR ISOLA TION WITH

WOOD F

ACADE FOR ISOLA TION OVERLIGHT BR

OUGHT BA

CK FOR LIGHT AND

VISUAL C

ONTACT ROOF AND SHEL

TER ADDED

TO ENTR ANCE STRAIN

TIES HOLDING

THE STEEL FR AME BENCH ELEMENT

FOR ST

ORAGE/SEA TING

WOODEN

TRUSSES C

ARRYING THE R

OOF BOL

TED TOGHE THER ON THE MIDDLE

WALL HANGING FR

OM TRUSS WALL HANGING FR

OM TRUSS STAG 75mm INSIDE

WALLS STAG 75mm INSIDE

WALLS ADDITIONAL C

OLUMN

200X400 mm ELE

VATORS 3000x2300 STEEL SKELE

TON

LOWERED CEILING FOR

VENTILA TION

OVERLIGHT BL OCKED

WINDOWS C

OVERED

PRE-CAST C ONCRE

TE PRE-CAST C

ONCRE TE ELEMENT

S 265mm ELEMENT

S 265mm CONCRE

TE BEA M

1300X300mm WINDOWS CHANGEDLEC

A BLOCKS CORRUGA

TED STEEL F ACADE CORRUGA

TED STEEL F ACADE CONCRE

TE COLUMN 500X350mm

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

!"#$%&'$()*(+,(+%-#$'./(.-%$',-(0'".1#,

(7)

PUBLIC

SHARED PRIV A TE

CULA CIR TION

CHENS KIT ASHER W Y

GREENHOUSE BIG LIVINGR OOM

CER EX CISE R OOM

TERR ACE

ROOFT OP GARDEN

OR ST AGE R OOMS

RENT AL AP TMENT AR S

ENTR Y

AR AP TMENT

Referanser

RELATERTE DOKUMENTER

Keywords: gender, diversity, recruitment, selection process, retention, turnover, military culture,

3 The definition of total defence reads: “The modernised total defence concept encompasses mutual support and cooperation between the Norwegian Armed Forces and civil society in

The system can be implemented as follows: A web-service client runs on the user device, collecting sensor data from the device and input data from the user. The client compiles

As part of enhancing the EU’s role in both civilian and military crisis management operations, the EU therefore elaborated on the CMCO concept as an internal measure for

The dense gas atmospheric dispersion model SLAB predicts a higher initial chlorine concentration using the instantaneous or short duration pool option, compared to evaporation from

This report documents the experiences and lessons from the deployment of operational analysts to Afghanistan with the Norwegian Armed Forces, with regard to the concept, the main

Based on the above-mentioned tensions, a recommendation for further research is to examine whether young people who have participated in the TP influence their parents and peers in

Azzam’s own involvement in the Afghan cause illustrates the role of the in- ternational Muslim Brotherhood and the Muslim World League in the early mobilization. Azzam was a West