Sp13 Module1 Intro-1C s
December 22, 2018 | Author: antjesteinmuller | Category: N/A
Short Description
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Description
antje steinmuller
CCA architectural analysis
part c - physical systems
CCA architectural analysis
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CCA architectural analysis
antje steinmuller
CCA architectural analysis
identifying grain
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CCA architectural analysis
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CCA architectural analysis
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CCA architectural analysis
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CCA architectural analysis
selecting specific aspects
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antje steinmuller
CCA architectural analysis
1st
2nd
3rd
4th
5th
SCALE: 1’:1/32” GROUND FLOOR PLAN
6th
7th
grain grai n geom geometr etry y
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CCA architectural analysis
interpretive diagrams
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CCA architectural analysis
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CCA architectural analysis
Floor 10 Level 10
Floor 9 Level 9
Floor Flo or 8 Level 8
Floor 7 Floor Level 7
Floor 6 Floor
Level 6
Level 5
Floor 5
Level 4
Floor 4
Level 3
Floor 3
Level 2
Floor 2
Public Stairs Corridor
Living Space
Living Room
Bedroom
Storage
Void Unit stairs
Horizontal Stair Circul Circulation
Outdoor Space Kitchen
Seperation of Living Space HorizontalGrain
VerticalGrain
Structure
Structure
Wall
Wall
Glass
Glass
Stairs
Stairs
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CCA architectural analysis
. .
. . NOT OCCUPIABLE
SEMI≠O CCUPIABLE
SECOND FLOOR PLAN OCCUPIABLE
HORIZONTAL
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VERTICAL
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CCA architectural analysis
S
Vertical grain is picked corresponding to to all units orientation to the South West. Void spaces set up a rhytm for units layout and program distribution where no matter on which level private program is always in direct contact with void.
NKINA
MODULE 1 C
Architect OMA/Rem Koolhaas City / Location FUKUOKA / JAPAN Year Designed 1991
3D
When looking at plans and section there is a perception that voids are located on the same axis. Looking at the grain in relation to the void placement it becomes clear that voids are more scattered rather then aligned. Trying to to understand the logic of this ìscatteringî we discovered discovered a new connection between voids. There is an explicit intention to push private program outside of the void boundary to activate the potential of public spaces.
CCA architectural analysis
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CCA architectural analysis
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CCA architectural analysis
drawing sets and techniques
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CCA architectural analysis
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With the egregation of plans, plans, we observe a linear linear distribution of walls “The onion”, appears very clearly as a main strategy for spatial distribution.
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Horizontal grain is agregated with circulaton in order to show how grain merges into the organic
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antje steinmuller
CCA architectural analysis
antje steinmuller
CCA architectural analysis
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antje steinmuller
CCA architectural analysis
CCA architectural analysis
antje steinmuller
CCA architectural analysis
antje steinmuller
CCA architectural analysis
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CCA architectural analysis
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CCA architectural analysis
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CCA architectural analysis
experimentation
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CCA architectural analysis
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CCA architectural analysis
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CCA architectural analysis
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CCA architectural analysis
AXIS 1
1
-UNITS
1 AXIS 3 -UNITS
1
AXIS 1 -UNITS 2
2
AXIS 3 -UNITS
3
AXIS 1 -UNITS 3
AXIS 2 -SUPPORT
AXIS 3 -UNITS
3
AXIS A -VOID
AXIS B -VOID
AXIS C -VOID
UNDERLYING ST RU CTURE
DENSITY WITHIN ZONES
SPATIAL ZONES
VISUAL POROSITY
INHABITED SPACE
INHABITED SPACE DOUBLE HEIGHT SPACE
THE DIAGRAM SHOWS THAT THAT THE PROJECT CONSISTS OF 2 BARS OF HOUSING UNITS WHICH ARE SEPARATED IN THE MIDDLE BY A BAR WHICH CONSISTS OF SUPPORT SUPPORT PROGRAM SUCH AS STORAGE UNITS, STAIRS AND A BATHROOM. IN THE Y AXIS THERE ARE 3 ZONES WHICH DO NOT CONTAIN ANY BUILT STRUCTURE AND ARE USED FOR CIRCULATION.
Architec Ryue Nishizaw City / Locatio Tokyo, Japa Year Designed / Buil 200 Area, # Floors, # Unit 92.3sm tot, 77.68 sm
oor
are # ,#
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CCA architectural analysis
AXIS 1
AXIS 3
-UNITS
-UNITS
1
3
AXIS 1 -UNITS
AXIS 1 -UNITS
AXIS A
AXIS B
AXIS C
-VOID
-VOID
-VOID
UNDERLYING STRUCTURE
THIS DIAGRAM DIAGRAM SHOWSTHE ALIGNMENT ALIGNMENT OF THE THE UNITS ON THE FIELD. THESE ALIGNMENTS CREATE ZONES WITHIN THE SITE AND A GRAIN DENSITY.
Ar yue Nis
DENSITY WITHIN ZONES
DEPICTED HERE IS THE GRAIN DENSITY OF EACH AXIS, OR ZONE, FROM THE PREVIOUS DIAGRAM. THIS CREATES A BARCODE-TYPE BARCODE-TYPE VISUAL, WHICH CONDENSES THE GRAIN MORE LINEARLY THAN THE UNDERLYING STRUCTURE STRUCTURE DIAGRAM.
SPATIAL ZONES
VISUAL POROSITY
INHABITED SPACE
INHABITEDSPACE
THE VISUAL POROSITY POROSITY DIAGRAM SHOWS SHOWS THE VIEWS FROM EACH OF OF THE UNITS' UNITS' WINDOWS. IT SHOWS THE LINEARITY OF THE WINDOWS WINDOWS IN A VOLUME VOLUME,, WHICH WHICH ALSO WORKS AS A PRIVACY DIAGRAM SHOWING WHERE THE VIEWS OF WINDOWS MEET WALLS OR OTHER TENANTS' WINDOWS.
City / L Tokyo Year Designe Area, # Floors, 92.3sm tot, 77.68 sm
DEPICTED HERE IS THE GRAIN DENSITY OF EACH AXIS, OR ZONE, FROM THE PREVIOUS DIAGRAM. THIS CREATES A BARCODE TYPE VISUAL, WHICH CONDENSES CONDENSES THE GRAIN MORE LINEARLY THAN THE UNDERLYING STRUCTURE DIAGRAM.
CCA architectural analysis
antje steinmuller
CCA architectural analysis
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CCA architectural analysis
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Penthouse 13th Floor
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CCA architectural analysis
antje steinmuller
CCA architectural analysis
antje steinmuller
CCA architectural analysis
antje steinmuller
CCA architectural analysis
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CCA architectural analysis
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CCA architectural analysis
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VISUALPOROSITYTHROUGH BUILDING IMMEDIATESKIN
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VISUALPOROSITY THROUGH THE ENVELOPESYSTEMANDSKIN
CCA architectural analysis
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