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CCA architectural analysis antje steinmuller part d - skin systems Leif Estrada, Arch.Analysis 2010

Module1d Intro

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Page 1: Module1d Intro

CCA architectural analysis antje steinmuller

part d - skin systems

Leif Estrada, Arch.Analysis 2010

Page 2: Module1d Intro

CCA architectural analysis antje steinmuller

Pranay Mowji, Madrid Social Housing (Morphosis)

Page 3: Module1d Intro

CCA architectural analysis antje steinmuller

Pranay Mowji, Madrid Social Housing (Morphosis)

Page 4: Module1d Intro

CCA architectural analysis antje steinmuller

Pamela Pascual, Alessandra Marsh, Arch.Analysis 2011

Page 5: Module1d Intro

CCA architectural analysis antje steinmuller

Pamela Pascual, Alessandra Marsh, Arch.Analysis 2011

Page 6: Module1d Intro

CCA architectural analysis antje steinmuller

Pamela Pascual, Alessandra Marsh, Arch.Analysis 2011

Page 7: Module1d Intro

CCA architectural analysis antje steinmuller

Pamela Pascual, Alessandra Marsh, Arch.Analysis 2011

Page 8: Module1d Intro

CCA architectural analysis antje steinmuller

Pamela Pascual, Alessandra Marsh, Arch.Analysis 2011

Page 9: Module1d Intro

CCA architectural analysis antje steinmuller

Heidyeh Lavasani, Patio Housing (Neutelings)

Page 10: Module1d Intro

CCA architectural analysis antje steinmuller

Vanessa Carvalho, Jeff Moody, Arch.Analysis 2011

Page 11: Module1d Intro

CCA architectural analysis antje steinmuller

Vanessa Carvalho, Jeff Moody, Arch.Analysis 2011

Page 12: Module1d Intro

CCA architectural analysis antje steinmuller

Vanessa Carvalho, Jeff Moody, Arch.Analysis 2011

Page 13: Module1d Intro

CCA architectural analysis antje steinmuller

HOUSING TACTICS

teaching

!"#$%$#&'(%'))'*+,+-.%/0123/%42154.%647869.%1/%:8-1.;.<%7-=64>-%7-.%6??/.7%:2<%7-.%/-1?712>%6?%[email protected]>/A%B2%7-1/%/7:>.C%7-.%/74<D%6?%7-.%/012%1/%?4=7-.=%@4/-.<%1276%7-.%127.=16=%862<17162/%6?%7-.%/@:8.C%12%7.=9/%6?%;1/4:E%@6=6/17D%:2<%E1>-7A

,"F%'GHI,"('HI(I,B+&%I)%,JBF%,&,+'K'G+'F,BIF%BF+I%BF+'(BI(

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L(#BF%I)%IH'FBFL,%MBF+A%O(#HH'(N

P$I*J#L'HI(I,B+&%+Q(I"LQ%IH'FBFL,

,"F%(#&,

Module 1b/c: Spatial Analysis + Grain

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

.012034(567898:3(:;0(<0=:141>(4::8:?@53A(BCD(:0(243E(:75(?=8:3(8=:0(0=5(8=:51F14:5@(;70G5(4=@(BHD(:0(<154:5(?=8I?5( 56J5185=<53( ;8:78=( 54<7( ?=8:*( ( -75( 3E8=(<154:53( 4=( 8115F?G41( J4::51=( :74:( @053( =0:( @83F?837(0=5( ?=8:( K102( 4=0:751( K102( :75( 56:51801L( ;78G5(J10@?<8=F(M4185@(8=:51801(<0=@8:80=3(420=F(:75(?=8:3*

UNFOLDED ELEVATION

TYPOLOGY STYDIES

SOUTH

11 TINU01 TINU9 TINU8 TINU7 TINU

UNIT 2 UNIT 3 UNIT 4 UNIT 5 UNIT 6

SOUTH ELEVATION

THIRD FLOOR PLAN

SECOND FLOOR PLAN

(FRONT)

(FRONT)SOUTH ELEVATION

!"#$%&'#&

(%&)*+*,-#.&%-/

0'."*12%3&

!"'.4*5*63--"74*5*8/%&7

,-"#./*9:;'"3%$)*!"#$%&'#&7

<'7&*;-33)=-->4*(.3%?-"/%.

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6-"A-7.*EEGC1H*,'-/I4*!H*J=./

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

Anesta Iwan, Bobby Leung, Arch.Analysis 2011

Page 14: Module1d Intro

CCA architectural analysis antje steinmuller

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

OFFSET / SHIFTBy o! setting the exterior envelop from the inner wrap-per, there’s a chance for a shift between the openings on both layers. Because of these shifts, variations are created between each unit. Through these studies, the rhythm, as well as the depth of porosity and light penetrations within the units proves the uniqueness of each unit. The struc-ture behind the panels, not only holds up the skin system, but also takes a role in the overall form.

!"#$"%&'()*)+"'#$,+-"#

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

GRAIN OF OPENINGS (EXT. SKIN) GRAIN OF OPENINGS (INT. WRAPPER) BLOCKAGE SUN RAYSPOROSITY THROUGH OPENINGS

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

OFFSET / SHIFTBy o! setting the exterior envelop from the inner wrap-per, there’s a chance for a shift between the openings on both layers. Because of these shifts, variations are created between each unit. Through these studies, the rhythm, as well as the depth of porosity and light penetrations within the units proves the uniqueness of each unit. The struc-ture behind the panels, not only holds up the skin system, but also takes a role in the overall form.

!"#$"%&'()*)+"'#$,+-"#

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

GRAIN OF OPENINGS (EXT. SKIN) GRAIN OF OPENINGS (INT. WRAPPER) BLOCKAGE SUN RAYSPOROSITY THROUGH OPENINGS

Anesta Iwan, Bobby Leung, Arch.Analysis 2011

Page 15: Module1d Intro

CCA architectural analysis antje steinmuller

Anesta Iwan, Bobby Leung, Arch.Analysis 2011

Page 16: Module1d Intro

CCA architectural analysis antje steinmuller

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

WRAP AND DETACHThe panels within the skin system are arranged and coordinated with one another to form a continuous ! ow from the Western (street) to the Southern (landscape) facades, while leaving the other two eleva-tions to ! oat in a detatched manner. The main focus of the design is stressed on the “exposed” Western and Southern facades, as opposed to the implied ”back” Northern and Eastern facades.

SKIN EXPLORATIONThe skin is explored through a series of porosity studies starting from the initial solid/void relationship, to material porosity, to skin layer-ing. The skin system consists of an inner wrapper as well as a com-posite of two panel types that make up the exterior skin o" set from the inner wrapper.

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

1"-"!$,2&"3&45,*-$5#

1"-"!$,2&"3&45,*-$5#

6"41"!$,*&*#*(5,$"/

!"#$%&&'&("$%&)$//*-&7-511*-0

1"-"!$,2&!,8%2&)*+,*-$"-&!.$/0

Anesta Iwan, Bobby Leung, Arch.Analysis 2011

Page 17: Module1d Intro

CCA architectural analysis antje steinmuller

TYPOLOGYSeeing that there are a couple of similar shapes within the di! er-ent skin panels, they are now isolated by type to " nd any pattern of their locations. But after examining the outcome, there seems to be no pattern as to when and where each panel type is placed and rotated.

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

TYPOLOGYSeeing that there are a couple of similar shapes within the di! er-ent skin panels, they are now isolated by type to " nd any pattern of their locations. But after examining the outcome, there seems to be no pattern as to when and where each panel type is placed and rotated.

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

Anesta Iwan, Bobby Leung, Arch.Analysis 2011

Page 18: Module1d Intro

CCA architectural analysis antje steinmuller

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

REVISITING GRAINAside from the spatial conditions that make up the grain within the project, the grain of the skin system begins to suggest a dif-ferent understanding of the project. By separating the grain by di-rectionality as well as material, the rhythm generated by each type is revealed. With a larger portion of skin dominated by the orange panels, the red became responsible for the detailed moves. The rhythm of the skin, both vertically and horizontally as a whole is demonstrated through the composite grain diagram.

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

REVISITING GRAINAside from the spatial conditions that make up the grain within the project, the grain of the skin system begins to suggest a dif-ferent understanding of the project. By separating the grain by di-rectionality as well as material, the rhythm generated by each type is revealed. With a larger portion of skin dominated by the orange panels, the red became responsible for the detailed moves. The rhythm of the skin, both vertically and horizontally as a whole is demonstrated through the composite grain diagram.

Anesta Iwan, Bobby Leung, Arch.Analysis 2011

Page 19: Module1d Intro

CCA architectural analysis antje steinmuller

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

GRAIN / VOIDGrain can old inform the “movement” of the “solid.” One hypothesis was the the panels moved in accordance to provide more room for the openings. But when the voids and the grains are juxtaposed against each other, there is only a sense of movement and the grains do not aggressively serve as a “railing” system.

POINT OF CONTACTAs the skin is made up of many small panels that are more in re-lation to each unit, an overall understanding of the form is also needed --looking at how the skin meets the sky and ground. The pushing further within the panel aggregation to see when and where the window openings on the interior wrapper meet exactly edge-to-edge with the panels.

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

GRAIN / VOIDGrain can old inform the “movement” of the “solid.” One hypothesis was the the panels moved in accordance to provide more room for the openings. But when the voids and the grains are juxtaposed against each other, there is only a sense of movement and the grains do not aggressively serve as a “railing” system.

POINT OF CONTACTAs the skin is made up of many small panels that are more in re-lation to each unit, an overall understanding of the form is also needed --looking at how the skin meets the sky and ground. The pushing further within the panel aggregation to see when and where the window openings on the interior wrapper meet exactly edge-to-edge with the panels.

Anesta Iwan, Bobby Leung, Arch.Analysis 2011

Page 20: Module1d Intro

CCA architectural analysis antje steinmuller

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

SPECIFIC POROSITYFollowing upon the previous Unit Identity diagram, each unit then can be analyzed through the level of porosity it receives due to the nature of the varying skin. Each unit di! ers in terms of light quality, visual array, and privacy, allowing the potential residents a customized choice.

UNIT 1 UNIT 7 UNIT 8 UNIT 9 UNIT 10 UNIT 11

UNIT 2 UNIT 3 UNIT 4 UNIT 5 UNIT 6

SOUTH ELEVATION(FRONT)

(REAR)NORTH ELEVATION

NORTH ELEVATION(REAR)

(FRONT)SOUTH ELEVATION

WEST ELEVATIO

N EAST

ELE

VATI

ON

Anesta Iwan, Bobby Leung, Arch.Analysis 2011

Page 21: Module1d Intro

CCA architectural analysis antje steinmuller

Architect

City / Location

Year Built

Area, # Floors, # Units

Lorcan O’Herlihy Architects

West Hollywood, California

Summer 2009

16,000 SF, 4 stories, 11 Units

Formosa 1140B. Leong, A. Iwan

UNIT IDENTITYThe most signi! cant concept of the design lies on the exterior facade rather than within the unit con! gurations. While the units are very similar to one another, the quality of the skin allows for a di" erentiation, or identity for each unit.

UNIT 1 UNIT 7 UNIT 8 UNIT 9 UNIT 10 UNIT 11

UNIT 2 UNIT 3 UNIT 4 UNIT 5 UNIT 6

SOUTH ELEVATION(FRONT)

(REAR)NORTH ELEVATION

NORTH ELEVATION(REAR)

(FRONT)SOUTH ELEVATION

WEST ELEVATIO

N EAST

ELE

VATI

ON

Anesta Iwan, Bobby Leung, Arch.Analysis 2011

Page 22: Module1d Intro

CCA architectural analysis antje steinmuller

HOUSING TACTICS

teaching

!"#$%$#&'(%'))'*+,+-.%/0123/%42154.%647869.%1/%:8-1.;.<%7-=64>-%7-.%6??/.7%:2<%7-.%/-1?712>%6?%[email protected]>/A%B2%7-1/%/7:>.C%7-.%/74<D%6?%7-.%/012%1/%?4=7-.=%@4/-.<%1276%7-.%127.=16=%862<17162/%6?%7-.%/@:8.C%12%7.=9/%6?%;1/4:E%@6=6/17D%:2<%E1>-7A

,"F%'GHI,"('HI(I,B+&%I)%,JBF%,&,+'K'G+'F,BIF%BF+I%BF+'(BI(

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L(#BF%I)%IH'FBFL,%MBF+A%O(#HH'(N

P$I*J#L'HI(I,B+&%+Q(I"LQ%IH'FBFL,

,"F%(#&,

Module 1b/c: Spatial Analysis + Grain

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

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UNFOLDED ELEVATION

TYPOLOGY STYDIES

SOUTH

11 TINU01 TINU9 TINU8 TINU7 TINU

UNIT 2 UNIT 3 UNIT 4 UNIT 5 UNIT 6

SOUTH ELEVATION

THIRD FLOOR PLAN

SECOND FLOOR PLAN

(FRONT)

(FRONT)SOUTH ELEVATION

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

Page 23: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 24: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 25: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 26: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 27: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 28: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 29: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 30: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 31: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 32: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 33: Module1d Intro

CCA architectural analysis antje steinmuller

Jason Vereschak, Rania Odeh, Arch.Analysis 2011

Page 34: Module1d Intro

CCA architectural analysis antje steinmuller

Francis Silagon, David Gastaneta, Arch.Analysis 2011

Page 35: Module1d Intro

CCA architectural analysis antje steinmuller

Francis Silagon, David Gastaneta, Arch.Analysis 2011

Page 36: Module1d Intro

CCA architectural analysis antje steinmuller

Francis Silagon, David Gastaneta, Arch.Analysis 2011

Page 37: Module1d Intro

CCA architectural analysis antje steinmuller

Francis Silagon, David Gastaneta, Arch.Analysis 2011

Page 38: Module1d Intro

CCA architectural analysis antje steinmuller

Francis Silagon, David Gastaneta, Arch.Analysis 2011

Page 39: Module1d Intro

CCA architectural analysis antje steinmuller

Amanda Cross, Claudine Chiongbian, Arch.Analysis 2011

Page 40: Module1d Intro

CCA architectural analysis antje steinmuller

Amanda Cross, Claudine Chiongbian, Arch.Analysis 2011

Page 41: Module1d Intro

CCA architectural analysis antje steinmuller

Amanda Cross, Claudine Chiongbian, Arch.Analysis 2011

Page 42: Module1d Intro

CCA architectural analysis antje steinmuller

Colin Deckner, Mateen Mortazavi, Arch.Analysis 2011

Page 43: Module1d Intro

CCA architectural analysis antje steinmuller

Module 01 d 11

Architect

City / Location

Year Designed / Built

Area, # Floors, # Units

Herzog and de Meuron

Tribeca / Location Here

2008 / In Progress

425,000 sf, 57 Floors, 145 UnitsColin Deckner, Mateen Mortazavi, Arch.Analysis 2011

Page 44: Module1d Intro

CCA architectural analysis antje steinmuller

North

East

Control

Control

Control

Control

Control

Control

Control

Control

2 Units

3 Units

4 Units

Public/Amenity

1 Unit

West

South

Negative from Highest & Lowest PointW

ITH

BAL

CON

IES

NO

BAL

CON

IES

By taking each elevation of 56 Leonard Street, the variance between !oors has become aparent. Making a simple bar diagram made it clear to see exactly how much each !oor deviates from one another. The negative of each edge of each elevation is also key because it shows the space created between the building envelope and the building edge.

Module 1D

Architect

City / Location

Year Designed / Built

Area, # Floors, # Units

Herzog&DeMueron

Tribeca, NYC

2008/In Progress

425,000 sqft, 58 Floors, 145 Units

North

East

Control

Control

Control

Control

Control

Control

Control

Control

2 Units

3 Units

4 Units

Public/Amenity

1 Unit

West

South

Negative from Highest & Lowest PointW

ITH

BAL

CON

IES

NO

BAL

CON

IES

By taking each elevation of 56 Leonard Street, the variance between !oors has become aparent. Making a simple bar diagram made it clear to see exactly how much each !oor deviates from one another. The negative of each edge of each elevation is also key because it shows the space created between the building envelope and the building edge.

Mateem M & Colin D.Mateen M & Colin D.

North

East

Control

Control

Control

Control

Control

Control

Control

Control

2 Units

3 Units

4 Units

Public/Amenity

1 Unit

West

South

Negative from Highest & Lowest PointW

ITH

BAL

CON

IES

NO

BAL

CON

IES

By taking each elevation of 56 Leonard Street, the variance between !oors has become aparent. Making a simple bar diagram made it clear to see exactly how much each !oor deviates from one another. The negative of each edge of each elevation is also key because it shows the space created between the building envelope and the building edge.

Mateem M & Colin D.Mateen M & Colin D.

Colin Deckner, Mateen Mortazavi, Arch.Analysis 2011

Page 45: Module1d Intro

CCA architectural analysis antje steinmuller

South

West

East

North

With Balconies

SouthWestEastNorth

WestEastNorth

South

Without Balconies

With Balconies

Composite of Both

Without Balconies

2 Units3 Units

4 Units

Public/Amenity

1 Unit

By creating a plan without detail and only dimensions, it has become coherent how the column sizes vary and align with each other. The elevator and stairs stay constant, but the doorway sizes also vary in size depending on the use.

Mateem M & Colin D.Mateen M & Colin D.

South

West

East

North

With Balconies

SouthWestEastNorth

WestEastNorth

South

Without Balconies

With Balconies

Composite of Both

Without Balconies

2 Units3 Units

4 Units

Public/Amenity

1 Unit

By creating a plan without detail and only dimensions, it has become coherent how the column sizes vary and align with each other. The elevator and stairs stay constant, but the doorway sizes also vary in size depending on the use.

Module 1D

Architect

City / Location

Year Designed / Built

Area, # Floors, # Units

Herzog&DeMueron

Tribeca, NYC

2008/In Progress

425,000 sqft, 58 Floors, 145 Units

Colin Deckner, Mateen Mortazavi, Arch.Analysis 2011

Page 46: Module1d Intro

CCA architectural analysis antje steinmuller

Gustavo DeLeon, WoZoCo (MVRDV)

Page 47: Module1d Intro

CCA architectural analysis antje steinmuller

Chanelle Hurst, Yerba Buena Lofts (Saitowitz)

Page 48: Module1d Intro

CCA architectural analysis antje steinmuller

John Improgo, Nemausus (Nouvel)

Page 49: Module1d Intro

CCA architectural analysis antje steinmuller

John Improgo, Nemausus (Nouvel)

Page 50: Module1d Intro

CCA architectural analysis antje steinmuller

John Improgo, Nemausus (Nouvel)