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A selection of design works in academic studios and professional offices from 2002-2012.
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studios in the flowerbedWei Lin
1300 Crossing Place, Apt 3721Austin , Tx 78741
520.490.9503
brianzoom@utexas.edu
material 1.00
installation
research
studio
table of contentssolar sunflower by IH-35
cantilever design
ply rocker
door handle
research studio
eden pavilion
austin cap-metro train station
landart museum
ace academy
Hotel
Commercial+RetailOfficeConvention CenterReligionPublic Service
Residence
CulturalStation Related
CBD (no limit)
Commercial+Office (60 ft)Multi-Family (50 ft)Single-Family (35 ft)TOD (varied height)Station Related
DMU (120 ft)Existing Bus Lines
Proposed Train LinesHigh Speed Railway Traffice Peak Intersection
Flow from Station
Proposed Bus LineGreen SpacePossible Parking Spots
Building Use Zoning minus View Corrdor Green Space + Possible Parking Public Transportation Traffic Flow15TH CONGRESS
11TH LAVACA
1ST LAVACA
1ST TRINITY
1ST RED RIVER
7TH I35
10TH i35
1ST I35
5TH COLORADO
5TH, 6TH LAMAR
ProposedExpected Connection Expected Connection
Proposed Green SpaceR2,000 ft
R1,000 ft
Passing through TOD
Downtown Congress Austin Station
Disconnection
CBD
Visitor Accomodation
Religion
Residence
Sightseeing + Entertaining
1,500 Parking Lots Music HallAuditorium ShoreButler Park
Time-based Activity
Interstate 35(Underground)
Commuter Rail
Commuter RailPassenger
HSRPassenger
Office
Hotel
HotelHotel
ConventionCenter Resting
Resting
Retail
RetailRetail
Entertaining
Hotel
Residence
Residence
06:00
06:00
00:0000:00
Cesar ChavezSa
n Marc
os
Red Riv
erTrini
ty
Wall
er
Nav
asot
a
4th St.
6th St.
12:00 12:00
18:00 18:00
24:00
24:00
Time-based Flow
Interstate 35(Underground)
Commuter Rail
06:00
06:00
00:0000:00
Cesar ChavezSa
n Marc
os
Red Riv
erTrini
ty
Wall
er
Nav
asot
a
4th St.
6th St.
12:00 12:00
18:00 18:00
24:00
24:00
Resting
Consuming
TOD - Station
Rush-hour Congestion
Rush-hour Congestion
Sightseeing
Endotracheal IntubationEndotracheal intubation: Medical procedure in which a tube is placed into the windpipe (trachea), through the mouth or the nose.
Austin Central Station for High Speed Train
MIX USED
MIX USED
MIX
US
ED
OFFICE OFFICE
OFFICE
OFFICE
MIX
US
ED
HOTEL
STATIONBACKUP
COMMERCIAL
COMMERCIAL
COMMERCIAL
COMMERCIAL
PU
BLI
CS
ER
VIC
EHOTEL
RE
SID
EN
CE
RE
SID
EN
CE
RE
SID
EN
CE
A B
A BA B
N
Amtrak
Austin Music Hall
Huston CollegeDowntown
Austin Station
Auditorium Shore
St. Edwards Univ.
Ben White
Stassney
Burleson
WoodwardSt. Elmo
Montopolis
Austin-BergstormAirport
Oltorf
South AustinPark
St. David SouthAustin Hospital
Lamar Plaza Shopping Center
Monroe
Butler Park
Robert M. Jr
W. Lynn
Exposition
Windsor
Mopac
Pease Park
Blanton Museum(University of Texas) Oakwood Cemetry MLK
Airport Blvd.
Givens Park
Springdale
RMMA
Highland Mall
Crestview
183 Lamar
AndersonNorthcrossShopping Center
Farwest LoopFarwest Transit
Cameron
Univ. Hills
Kramer
Braker
Lamar Braker
Rundberg
Domain
Arboretum
Dean Keeton
Seton Med.
38th Guadalupe
Austin Memo. Park
Hancock
Tx Health Service
Duncan Park
BAND FOR IMPLOSIVE DEVELOPMENT
PRIORITIZED AREA OF DEVELOPMENT
RELATIVE HIGH DENSED + DEVELOPED AREA
DEVELOPMENT STRATEGIES REGIONAL PLANNING SITE PLAN
6th St.
5th St.
4th St.
HSR LINE SUGGESTIONSan Marcos Hillsboro Dallas
257.82 miles
WacoAustinSan Antonio
selim 42.68selim 93.79selim 91.47
Velocity (mph)
Accelaration (vph)
Time (min)
Total (hr+min)
1 kph = 0.621371192 mph
Supposed Maximum Speed of Train = 224 mph
Capacity related to Frequency of Trips
1 km = 0.621371192 mile10 km = 6.21371192 mile
01280AccelerationDeceleration
1280 1280 1280 082108210821
224224 00 00224
150 150 150
422422422422422422422422422
4.326.27
96.16 min (= 1h 40 min) (= 1h 50 min))gnitiaw rof( nim 5 +)gnitiaw rof( nim 5 + 2HOURS TRIP!!!
79.65 min (= 1h 20 min; Non-stop Dallas to San Antonio)
72.672.672.672.672.62.40nim 88.43nim 31.92 32.15 min
2.4 2.4 2.443.2270.5
45.25 (Non-stop)
49.772.9
1 mile = 5280 feet
Radia for curves = 7.63 mile (for 224 mph + 2 tilt; but decelerating for safety)
1st class 39 x 2 + 2nd class 48 x 8 = 462 seats for each train
462 (Austin Waco) 462 (Austin Dallas)
462 (San Antonio Austin)462 x 17 = 7854 (San Antonio Dallas)
462 (Waco Dallas)
x 2 (Round Trip)
- Each Time Gap is controllable under the safe following distance between two trains
Error Span = 11 min (10 % safety + noise variables)
URBANNETWORK
AIRPORT AIRPORT AIRPORT AIRPORT
URBANNETWORK
URBANNETWORK
URBANNETWORK
BUDGET (w/ AP Line)
ACCESSIBILITY
CONNECTIVITY
CONGETION (less)
URBAN ECOLOGY
DV POTENTIALITY
DV SUPPORT
3(4)
4
4
1
3
3
4
4(2)
3
3
2
1
2
3
1
2
1
4
2
4
2
2(3)
1
2
3
4
1
1
BERG
STOR
M
AIRPO
RT
MONT
OPOL
IS
ST. D
AVID
SOUT
H
HOSP
ITAL
SOUT
H AU
STIN
PARK
BUTL
ER PA
RK
LAMA
R PLA
ZA
SHOP
PING C
ENTE
R
DOWN
TOWN
MLK
AUST
IN
MUSIC
HAL
LAM
TRAK
BEN W
HITE
STAS
SNEY
AUST
IN
STAT
ION
Robe
rt M.
JrWE
ST LY
NN
MOPA
CPE
ASE
PARK
HANC
OCK
SETO
N
HOSP
ITAL
GUAD
ALUP
ETX
HEA
LTH
SERV
ICE
AUDI
TORIU
M SH
ORE
MONR
OE
OLTO
RF
ST. E
DWAR
D
UNIV.
N.C
SHOP
PING
CENT
ER
DUNC
AN
PARK
DEAN
KEET
ON
BLAN
TON
MUSE
UM
CONG
RESS
OAKW
OOD
CEME
TRY
HUST
ON
COLL
EGE
AIRPO
RT
BLVD
GIVE
NS
PARK
EXPO
SITIO
N
WIND
SOR
AUST
IN
MEMO
RIAL P
ARK
FARW
EST
TRAN
SIT
ANDE
RSON
KRAM
ER
BRAK
ER
LAMA
R BRA
KER
RUND
BERG
CRES
TVIEW
HIGH
LAND
MALL
183 L
AMAR
CAME
RON
UNIV.
HILL
S
SPRIN
GDAL
E
RMMA
ARBO
RETU
M
ST. E
LMO
WOOD
WARD
BURL
ESON
DOMA
IN
FARWEST LOOP
ROUNDROCK
SAN MARCOS
EXPRESSTO DALLAS
SAN ANTONIO
SUBU
RBAN
LINES
R8000 FT
Capital of Texas
City Hall
Long Center
University of Texas at Austin
Musee Picasso
Musee du Louvre
Palais Royal
Opera
Concorde
MontmartreBasilique duSacre Coeur Ninseiji
Kyoto Tower
Shijumiya Palace
HigashihonganjiTemple
Tofukuji Temple
Higashitamamizucho
Santa Maria Novella
Santa Croce
Campanile di Giotto
Galleria degli Uffizi
Kyungbok Palace
Changduk Palace
Chonmyo Shrine
City Hall
Namdaemun Gate
Seoul Tower
NITSUAEZNERIFOTOYKSIRAPLUOES
R4000 FT
R8000 FT
R4000 FT
R8000 FT
R4000 FT
R8000 FT
R4000 FT
R4000 FT
R8000 FT
Periscopic Diversity
Individual project, 12 weeks
Land Art Museum
2008 SpringEXTERIOR ENTRANCE:Identity to Fredericksburg is important, as is access to and from for pedestrian and vehicular traffic. Entrance is on highest ground. View to land art fields is framed. Peri-meter exposure to highway and to public is controlled. Sound is buffered when needed (where motherboard bldg is not). Land buffer at edge is potential land art zone.
MOTHERBOARD/HEARTHThe motherboard holds all functions but temporary and permanent art collections. It is the access to and from the facility, the monitoring, infrastructural capitol of the art grounds.Activities: enter/exit, inform/learn, rest, path-making/starting, eat, drink, meet, discuss, gather, socialize, sun screen, sun glasses, preparation.Program: [central lobby, caf, restaurant, kitchen, museum shop], [meeting rooms (2), offices for curators and administrators (5)], [classrooms (3), education administrativeoffices (4)], restrooms, auditorium for lectures/performances, mechanical, storage/maintenance (for museum interior and exterior grounds crew, garbage room/collector, transformer, chillers, loading.)Spatial Requirements:Caf/restaurant: connection to outdoor/art grounds.Museum shop: connection to entrance.Education/Administration: enjoy a view to exterior, privacy from public spaces.Auditorium: pre-function space should have connection to entrance (either in direct adjacency or in legible path to and from) pre-function space should have view. Audito-rium could have view and be a viewport to the art.
ARTERY/TENTACLE (4) (Michael Heizer, James Turell, Robert Smithson, and Walter De Maria art wings)The 4 aortic/arterial art wings branch off of the main body of the motherboard/brain/hearth. This portion ofthe journey is indoors with controlled and specific viewports to the exterior, finally culminating on a viewport which frames the coinciding land art zone.Program: This space will serve as the permanent exhibition gallery space as well as circulation/egress. North light is important and will be controlled on the roof plane through expanded metal sheathing over glass.Activities: stimulate, provoke, watch art, communicate.
DIGITS/PERISCOPE (4)The terminus of the vein path is the land | art periscope. The form of the periscope will vary with the landscape conditions that it serves. The final culmination will be a platform with directional/static views onto the coinciding land art zone.CAPILARIES (8+)Capillary paths branch out from the digit/periscope tower. These are made by the user after the land art is in place. Capillary paths are to be close-looped and are to feed into the periscope. Each land art zone therefore is experienced in a singular or isolated manner and reset/repositioned at the motherboard.
Tower study
Topography study
37|
Peri
scop
ic D
iver
sity
38|
Peri
scop
ic D
iver
sity
interation 1
interation 2weight: 18 pounds total load: 978 pounds
interation 1
interation 2weight: 18 pounds total load: 978 pounds
cantileverdesign
academicindividual
projectin
university of texas
structure design
studio
2007
plyrocker
academicindividual
projectin
university of texas
wooddesignstudio
2008
door handle
academic individual
projectin
university of texas
industrialdesignstudio
2008
We decided that a door handle which is a tactile would be the object of investigation during the exercise.The goal for the door handle is for a seemless intergration into the door, as well as a tectonic expression.
FRAMES
3 dimentional
human growth frame
Toyo Ito Taichung Metropolitan Opera House
braiding
clothing
architecture
human muscle: cross section of thigh
skeletal muscle
smooth muscle
cardiac muscleEmerging Materials and Technology FRAMES
research studio
academic individual
projectin
university of texas
vertical designstudio
2008
ISSUES- Guatemala is located in a prime location for tropical storms.
-Currently over 50% of the people living in Guatemala are using wood as the primary fuel for cooking fires.
- soft woods such as pine are not adequate for building because of the high rate of rot, and insects.
-Insects currently live and bread in the huts of the local people, thus causing disease and epidemic.
-Since pine are so abundant in Guatemala deforestation had be-come a threat to the forest that still exists.
-Growth of population has causes more people to move out into the country and more land is needed to grow food for the gowring population.
-Malaria rates are high. In 1995, there were 23,608 new cases.
ARCHITECTURAL RESPONSE- Develop a method of preserving wood *pressurized treatment *chemical baths *using natural minerals (tung oil) *using natural resistant woods -evole a new prototype of building that uses natural materials.
-find and research a new response to using more efficient fuels for cooking.
-have the building generate energy through wind energy.
LOCATIONS AROUND THE WORLDWORLD NATURE CONSERVANCY
The mission of The Nature Conservancy is to preserve the plants, animals, and natural communities that represent the diversity of life on Earth by protect-ing the lands and waters they need to survive
-protecting 117 million acres around the world
-selecting the areas it seeks to preserve based on analysis of what is needed to ensure the preservation of the local plants, animals, and ecosystems
-Working to defeat deforestation in Guatemala
- on occasions have worked with eco-tourism to raise awareness and educa-tion of the landscape.
MISSION
classroom
800 sq ft
biology
botany
water
earth
-goal to have minimal impact on site
-to be a self-sufficient school
-for the building to be a learning tool
- use natural ventilation, and sunlight to full advantage.
-to be a multiage classroom that can be used by the local children to learn about their home
-designated areas of concentration, (water exhibit, biology, botany)
-have connection with the landscape by integrating outdoor spaces with learning environment.
-have the architecture give a new perspective of the land
3.9 million hectacres of forest 37% of total land is forest cover51.9% of forest land is protected
2% of forest land is loss each year to deforestation
WOOD
- 30 species of pine (second most of any central america country)
-volcanic activity have provided excellent soil for pine.
- pine is used for fuel to cook fires
-used by artisans to make cheap furniture
-undervalued material
- theory of the Mayan people planted and harvested the pines for fuel.
-ocote is a product used for kindling
.
HARD WOOD SOFT WOOD
-mohagony
-spanish cedar
-palo de mara
-West Indian birch
-Rosewood
--Caribbean walnut
-Ziricote
-cypress
-Caribbean pine
-Cupressus lusitanica Mill
-Juniperus comitana Mart
-J. standleyi Steyerm
-Abies guatemalensis Rehder
-Pinus ayacahuite Ehren
-P. montezumae Lamb
-P. oocarpa Schiede
etc...
575,000 m3 total volume of wood production however875,000 m3 are illegally harvested every year
78% of wood exports
11.8% of mohagony
2.9% of santa maria2.9% of spanish cedar
4.4%
23.2 million dollars of revenue per year
GOALS
- Hemicellulose make up 40% of tree com-position.
- By heating the wood to 200 C all the hemi-cellulose of the wood will evaporate.
- Thus leaving no food for insects and fungus.
- Cellulose is still left over in the wood.
- Wood needs to be heated to 200 C for 24-36hrs
- By heating the wood to this temperature the wood looses the ability to retain water, thus avoding rot in the wood.
- This wood treatment does not require toxic chemicals.
- bending wood requires for heat either through steam of pressure.
- Steam will not be a solution since the goal is to eliminate the water in the wood, thus baking the wood is the only other treatment .
- Dry wood laminations of veneer cut from a 4x4 pine.
- After heating wood had gained mem-ory of mold and there was virtually no spring back.
sample of wood lamination heat bending. Baked wood for one hour at 400 o F
wood frame
fabricskin
wood structure
concretefoundation
floor
floor structure
Circulation
floor composite
111
4
6
1
11
6
11
5
16
16
5
2
5
7
12
7
11
11
6
6
1
15
17
12
13
2
7
11
18
9
10
2
12
13
2
76
6 9
10
11
1
16
17
5
4
7
17
5
4
610
9
15
10
9
6
8
11
14 10
1
9
Classroom wing wall section looking south, elevation & plan
A Balcony detail
B Screen detail in plan& section
3
4
8
1
9
10
1 Copper casted aluminum sun screen2 W14 beam/ girder3 W4 column4 Concand metal deck5 Terrazzo topping slab6 Aluminum curtain wall mullion7 Wood ceiling/ soffit8 3x6 steel tube9 Steel angle10 Steel plate11 Insulated glass12 Tapered insulation13 Roof deck14 Rigid insulation15 Metal coping16 Gypsum ceiling17 C channel
The rotation of louvers is decided by the function of space behind them. Classrooms have the most extent of openness, whilestorages or restrooms appear mostly opaque. On the fourth floor balcony( wood) and second floor courtyard (concrete) where highschool and kindegarden are located, the integrity of material is maintained across the facade.
A
B1
B2
B3
Based on age levels children are distributed into three stories. The youngest age group is located at the highest portion of the site, where the classrooms sink into the ground and retaining walls help shaping courtyards, which are seen an extension of classrooms to the exterior. The middle age group rests on the second level. The views to the outside are filtered by a screen system with each mem-ber at a different but gradiant changing angle. The children on this level are also taking advantage of a strip of atrium space. With se-veral study carrel sticking out, the corridor edge is pushed back and shares part of the library program. The oldest age group occu-pies the top level, where a east-facing balcony goes all the way along the building and looks into the city, offering them a sense of broader engagement into the society.
1
11
4
6
1
11
6
11
5
16
16
5
2
5
7
12
7
11
11
6
6
1
15
17
12
13
2
7
11
18
9
10
2
12
13
2
76
6 9
10
11
1
16
17
5
4
7
17
5
4
610
9
15
10
9
6
8
11
14 10
1
9
Classroom wing wall section looking south, elevation & plan
A Balcony detail
B Screen detail in plan& section
3
4
8
1
9
10
1 Copper casted aluminum sun screen2 W14 beam/ girder3 W4 column4 Concand metal deck5 Terrazzo topping slab6 Aluminum curtain wall mullion7 Wood ceiling/ soffit8 3x6 steel tube9 Steel angle10 Steel plate11 Insulated glass12 Tapered insulation13 Roof deck14 Rigid insulation15 Metal coping16 Gypsum ceiling17 C channel
The rotation of louvers is decided by the function of space behind them. Classrooms have the most extent of openness, whilestorages or restrooms appear mostly opaque. On the fourth floor balcony( wood) and second floor courtyard (concrete) where highschool and kindegarden are located, the integrity of material is maintained across the facade.
A
B1
B2
B3
Based on age levels children are distributed into three stories. The youngest age group is located at the highest portion of the site, where the classrooms sink into the ground and retaining walls help shaping courtyards, which are seen an extension of classrooms to the exterior. The middle age group rests on the second level. The views to the outside are filtered by a screen system with each mem-ber at a different but gradiant changing angle. The children on this level are also taking advantage of a strip of atrium space. With se-veral study carrel sticking out, the corridor edge is pushed back and shares part of the library program. The oldest age group occu-pies the top level, where a east-facing balcony goes all the way along the building and looks into the city, offering them a sense of broader engagement into the society.
Based on age levels children are distributed into three stories. The youngest age group is located at the highest portion of the site, where the classrooms sink into the ground and retaining walls help shaping courtyards, which are seen an extension of classrooms to the exterior. The middle age group rests on the second level. The views to the outside are filtered by a screen system with each mem-ber at a different but gradiant changing angle. The children on this level are also taking advantage of a strip of atrium space. With se-veral study carrel sticking out, the corridor edge is pushed back and shares part of the library program. The oldest age group occu-pies the top level, where a east-facing balcony goes all the way along the building and looks into the city, offering them a sense of broader engagement into the society.
aceacademy
academiccollaborative
projectin
university of texas
technologycommunication
studio2009
wall section of classroom wing louver system
classroom plan
Based on age levels children are dis-tributed into three stories. The young-est age group is located at the highest portion of the site,where the classrooms sink into the ground and retaining walls help shap-ing courtyards, which are seen an ex-tension of classrooms to the exterior. The middle age group rests on the second level. The views to the outside are filtered by a screen system with each member at a different but gradi-ant changing angle. The children on this level are also taking advantage of a strip of atrium space. With several study carrel sticking out, the corridor edge is pushed back and shares part of the library program. The oldest age group occupies the top level, where a east-facing balcony goes all the way along the building and looks into the city, offering them a sense of broader engagement into the society.
SECTIONLOOKING
WEST
Scale: 1/8=1-0
23|
Gra
dati
onal
Edu
cati
on
24|
Gra
dati
onal
Edu
cati
on
Section looking norths
Section looking west
25|
Gra
dati
onal
Edu
cati
on
26|
Gra
dati
onal
Edu
cati
on
1
2
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4
5 6 7 8
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1 Parking ramp2 Teachers courtyard3 Teachers lounge4 Lobby5 Womens restroom6 Mens restroom7 Mens changing room8 Womens changing room9 Vestibule10 Auditorium/ Mutipurpose classroom11 Plaza12 Office13 Reception14 courtyard15 Elementary classroom16 Storage17 Unisex WC18 Cafeteria19 Kitchen20 Nurse21 Computer classroom22 Mechanic room23 Playfield24 Music classroom25 Art classroom26 Highschool classroom27 Science classroom28 Student space29 Library30 Music classroom
28
28
8
3 17
4
6
20
16
9
14
14
12
1
102
13 5
8
3
4
6
10 11
20
11
D Skylight detail E Roof edge detail
C Entrance detail
Auditorium wall section
Interior view towards southwest corner
1 Steel angle2 Insulated glass3 Tapered insulation4 Roof deck5 Wood floor6 W18 beam/girder7 Fabric wrapped ceiling pannels8 Roof membrane9 Skylight10 Wood folding doors11 10x10 box column12 Fluorescent fixture13 Concrete paver on casting bed14 Steel cap15 Steel plate
15
Exploded axonometric diagram of construction
C
The auditrium is serving both the school( multipurpose classroom) and the public( theater). The building isdesigned as a series of non-vertial wall wrapping a catwalk structure thats defining the center of the room. Appearing as rising up from the earth, the roughness of concrete forms a shape contrast with the elegantness of the classroom wing
8
3 17
4
6
20
16
9
14
14
12
1
102
13 5
8
3
4
6
10 11
20
11
D Skylight detail E Roof edge detail
C Entrance detail
Auditorium wall section
Interior view towards southwest corner
1 Steel angle2 Insulated glass3 Tapered insulation4 Roof deck5 Wood floor6 W18 beam/girder7 Fabric wrapped ceiling pannels8 Roof membrane9 Skylight10 Wood folding doors11 10x10 box column12 Fluorescent fixture13 Concrete paver on casting bed14 Steel cap15 Steel plate
15
Exploded axonometric diagram of construction
C
The auditrium is serving both the school( multipurpose classroom) and the public( theater). The building isdesigned as a series of non-vertial wall wrapping a catwalk structure thats defining the center of the room. Appearing as rising up from the earth, the roughness of concrete forms a shape contrast with the elegantness of the classroom wing
8
3 17
4
6
20
16
9
14
14
12
1
102
13 5
8
3
4
6
10 11
20
11
D Skylight detail E Roof edge detail
C Entrance detail
Auditorium wall section
Interior view towards southwest corner
1 Steel angle2 Insulated glass3 Tapered insulation4 Roof deck5 Wood floor6 W18 beam/girder7 Fabric wrapped ceiling pannels8 Roof membrane9 Skylight10 Wood folding doors11 10x10 box column12 Fluorescent fixture13 Concrete paver on casting bed14 Steel cap15 Steel plate
15
Exploded axonometric diagram of construction
C
The auditrium is serving both the school( multipurpose classroom) and the public( theater). The building isdesigned as a series of non-vertial wall wrapping a catwalk structure thats defining the center of the room. Appearing as rising up from the earth, the roughness of concrete forms a shape contrast with the elegantness of the classroom wing
8
3 17
4
6
20
16
9
14
14
12
1
102
13 5
8
3
4
6
10 11
20
11
D Skylight detail E Roof edge detail
C Entrance detail
Auditorium wall section
Interior view towards southwest corner
1 Steel angle2 Insulated glass3 Tapered insulation4 Roof deck5 Wood floor6 W18 beam/girder7 Fabric wrapped ceiling pannels8 Roof membrane9 Skylight10 Wood folding doors11 10x10 box column12 Fluorescent fixture13 Concrete paver on casting bed14 Steel cap15 Steel plate
15
Exploded axonometric diagram of construction
C
The auditrium is serving both the school( multipurpose classroom) and the public( theater). The building isdesigned as a series of non-vertial wall wrapping a catwalk structure thats defining the center of the room. Appearing as rising up from the earth, the roughness of concrete forms a shape contrast with the elegantness of the classroom wing
8
3 17
4
6
20
16
9
14
14
12
1
102
13 5
8
3
4
6
10 11
20
11
D Skylight detail E Roof edge detail
C Entrance detail
Auditorium wall section
Interior view towards southwest corner
1 Steel angle2 Insulated glass3 Tapered insulation4 Roof deck5 Wood floor6 W18 beam/girder7 Fabric wrapped ceiling pannels8 Roof membrane9 Skylight10 Wood folding doors11 10x10 box column12 Fluorescent fixture13 Concrete paver on casting bed14 Steel cap15 Steel plate
15
Exploded axonometric diagram of construction
C
The auditrium is serving both the school( multipurpose classroom) and the public( theater). The building isdesigned as a series of non-vertial wall wrapping a catwalk structure thats defining the center of the room. Appearing as rising up from the earth, the roughness of concrete forms a shape contrast with the elegantness of the classroom wing
Based on age levels children are dis-tributed into three stories. The young-est age group is located at the highest portion of the site, where the class-rooms sink into the ground and re-taining walls help shaping courtyards, which are seen an extension of class-rooms to the exterior. The middle age group rests on the second level. The views to the outside are filtered by a screen system with each member at a different but gradiant changing an-gle. The children on this level are also taking advantage of a strip of atrium space. With several study carrel stick-ing out, the corridor edge is pushed back and shares part of the library pro-gram. The oldest age group occupies the top level, where a east-facing bal-cony goes all the way along the build-ing and looks into the city, offering them a sense of broader engagement into the society.
explode axonmetric diagram of structure
site section
wall section of auditorium
skylight detail
entrance detail
8
3 17
4
6
20
16
9
14
14
12
1
102
13 5
8
3
4
6
10 11
20
11
D Skylight detail E Roof edge detail
C Entrance detail
Auditorium wall section
Interior view towards southwest corner
1 Steel angle2 Insulated glass3 Tapered insulation4 Roof deck5 Wood floor6 W18 beam/girder7 Fabric wrapped ceiling pannels8 Roof membrane9 Skylight10 Wood folding doors11 10x10 box column12 Fluorescent fixture13 Concrete paver on casting bed14 Steel cap15 Steel plate
15
Exploded axonometric diagram of construction
C
The auditrium is serving both the school( multipurpose classroom) and the public( theater). The building isdesigned as a series of non-vertial wall wrapping a catwalk structure thats defining the center of the room. Appearing as rising up from the earth, the roughness of concrete forms a shape contrast with the elegantness of the classroom wing
roof edge detail
entrance detail
auditorium roof slab metal deck roof beams wall
75 6
8
5 6
7
8
3
2
1
G1 Detail of stair
H Detail of skylight
Wall section of atrium looking north
Interior view towards skylight
3 Roof membrane
5 Steel barrier
7 Maple tread8 Stringer
4
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used asrailings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
G
7
5 6
8
5 6
7
8
3
2
1
G1 Detail of stair
H Detail of skylight
Wall section of atrium looking north
Interior view towards skylight
3 Roof membrane
5 Steel barrier
7 Maple tread8 Stringer
4
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used asrailings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
G
7
5 6
8
5 6
7
8
3
2
1
G1 Detail of stair
H Detail of skylight
Wall section of atrium looking north
Interior view towards skylight
3 Roof membrane
5 Steel barrier
7 Maple tread8 Stringer
4
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used asrailings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
G
Section of stair looking east
Model showing entry sequence of building
F
F Detail of railing
G1
E E
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used as railings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
section of stairs
detail of stairs
7
5 6
8
5 6
7
8
3
2
1
G1 Detail of stair
H Detail of skylight
Wall section of atrium looking north
Interior view towards skylight
3 Roof membrane
5 Steel barrier
7 Maple tread8 Stringer
4
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used asrailings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
G
7
5 6
8
5 6
7
8
3
2
1
G1 Detail of stair
H Detail of skylight
Wall section of atrium looking north
Interior view towards skylight
3 Roof membrane
5 Steel barrier
7 Maple tread8 Stringer
4
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used asrailings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
G
7
5 6
8
5 6
7
8
3
2
1
G1 Detail of stair
H Detail of skylight
Wall section of atrium looking north
Interior view towards skylight
3 Roof membrane
5 Steel barrier
7 Maple tread8 Stringer
4
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used asrailings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
G
7
5 6
8
5 6
7
8
3
2
1
G1 Detail of stair
H Detail of skylight
Wall section of atrium looking north
Interior view towards skylight
3 Roof membrane
5 Steel barrier
7 Maple tread8 Stringer
4
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used asrailings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
G
7
5 6
8
5 6
7
8
3
2
1
G1 Detail of stair
H Detail of skylight
Wall section of atrium looking north
Interior view towards skylight
3 Roof membrane
5 Steel barrier
7 Maple tread8 Stringer
4
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used asrailings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
G
7
5 6
8
5 6
7
8
3
2
1
G1 Detail of stair
H Detail of skylight
Wall section of atrium looking north
Interior view towards skylight
3 Roof membrane
5 Steel barrier
7 Maple tread8 Stringer
4
Furniture arrangement of the library is in accordance with the postion of the staircase. Many times furniture is used asrailings and the library is merged into the atrium. Besides the use for bearing the staircase, the density of cables changes according to the distance to the actual library program.
G
section of stairs
wall section of atrium
ningboxiangshan
resort hotel
collaborativeproject
in Gensler
masterplan phase
2010
site plan
seafood street
spa
hilton hotel, double tree hotel& yacht club
Xiangshan-Song Lan Shan is graced by its natural beauty of undulating mountains and unob-structed views to the open sea. We are always in connection to water. The essence is to submit to nature where by the architec-tural features are nestled within the natural surroundings. Mimick-ing the tranquility of the ebb and flow of the sea, water features like reflection ponds are brought into the site, while waterfalls gracefully flow from the site towards the sea. Elements from vernacular archi-tecture are instilled, as a reminder of the local roots, and then con-trasted with contemporary ideas of modern architecture to create unique experiences throughout the site.
Xiangshan Resort Hotel will be a world-class year-round tourist re-sort destination, drawing people with its serene natural setting, ex-clusive amenities and inspiring ar-chitecture. It is set along the 4km coastline of Song Lan Shan, with natural bays and coves connect-ing the majestic mountains to the open sea.
structure of imax area
overall structuresection of imax areaoverall building structure structure plus imax area
division rule: zones of grid system
division rule: columns not on grid
division rule: glazing division
building structure
curtainwall structure
imax cinema facia vertical mullions horizontal mullions fins glazing metal skin
300
90.00
REFER TO PLAN
45
ALUMINIUM CAP(SIMULATED STAINLESS STEEL FINISH)
SLAB E
DGE
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40
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90
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300
10
3520
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8 90 88
ALUMINIUM SILL EXTENSION
180
8 90 88
ALUMINIUM SILL EXTENSION
180
BALLAST
JB
300
HORIZONTAL MULION ABOVE
ALUM
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F
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9 10
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2011.0850% DETAILED DESIGN
SHADOWBOX PLAN DETAIL - WALL TYPE "T4"T4
A1
26 160
ALUMINIUM SILL EXTENSION
180
SLAB EDGE
300
90
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ALUMINIUM CAP(SIMULATEDSTAINLESS STEEL FINISH)
3520
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20
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REFER TO PLANS
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321 87654
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TOWER DETAILS
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2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 2
PLAN DETAIL - WALL TYPE "T1"T1
A1 1 : 2
FLOOR DETAIL - WALL TYPE "T1"T2
A4
1 : 2
PLAN DETAIL - WALL TYPE "T2"T2
D1
26 160
ALUMINIUM SILL EXTENSION
180
SLAB EDGE
300
90
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ALUMINIUM CAP(SIMULATEDSTAINLESS STEEL FINISH)
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25
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45
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20
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REFER TO PLANS
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T FCON
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cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
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A
9 10
ISSUED / REVISED DATE
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TOWER DETAILS
A-551
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 2
PLAN DETAIL - WALL TYPE "T1"T1
A1 1 : 2
FLOOR DETAIL - WALL TYPE "T1"T2
A4
1 : 2
PLAN DETAIL - WALL TYPE "T2"T2
D1
350 130 20 26 160
ALUMINIUM SILL EXTENSION
180
300
100
25
STAINLESS STEEL PLATE,REFER TOENLARGED ELEVATION FOR VERTICALSPACING
ALUMINIUM EXTRUSION (SIMULATEDSTAINLESS STEEL FINISH)
SLAB EDGE
10
5050
500
EXTERIOR
REMOVABLE ALUMINIUM PANEL (SIMULATEDSTAINLESS STEEL FINISH)
LEDLINEAR LED FIXTURESHOULD NOT BE TOOBRIGHT TO AFFECT THE ADJACENT RESIDENTIALTOWERS
BALLAST
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100
30
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ALUMINIU
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180
160
26
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25
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ALUMINIUM EXTRUSION (SIMULATEDSTAINLESS STEEL FINISH)
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321 87654
F
E
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9 10
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TOWER DETAILS
A-556
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 2
PLAN DETAIL - WALL TYPE "T5"T5
D1
1 : 2
PLAN DETAIL - WALL TYPE "T6"T6
A1
26 160
ALUMINIUM SILL EXTENSION
180
SLAB EDGE
300
90
40
90
ALUMINIUM CAP(SIMULATEDSTAINLESS STEEL FINISH)
3520
35
20
10
EXTERIOR
EXTERIOR
1100 (
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180
100
FRITTED LAMINATED GLASS
25
12
ALUMINIUM CAP(SIMULATEDSTAINLESS STEEL FINISH)
45
SLAB EDGE
200MIN-400MAX
20
REFER TO PLANS
REFER TO PLANS
R207300
10
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25
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T FCON
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cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
F
E
D
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B
A
ISSUED / REVISED DATE
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86 7
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86 7
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(
)
TOWER DETAILS
A-551
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 2
PLAN DETAIL - WALL TYPE "T1"T1
A1 1 : 2
FLOOR DETAIL - WALL TYPE "T1"T2
A4
1 : 2
PLAN DETAIL - WALL TYPE "T2"T2
D1
West Tower Mid-Zone Typical Floor Plan
A-A
Option I
Option II
August 29, 2011
300
1200
3300
1200
1200
3300
1200
200
4500
180
FFL
FFL
GRID1100 ( NT)1300 ( WT)
GRID
GRID
1100
1333
500 WINDOW
GRID
GRID
1300
1500
200
1200
3300
1200
1333 ( NT)1500 ( WT)
GRID
500 WINDOW
4500
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T FCON
SULT
ANT:
cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED DATE
1F F
osha
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edia
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ter
Fosh
an
5283
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ww
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86 7
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86 7
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2956
(
)
ENLARGED TOWER DRAWINGS
A-451
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
PARTIAL PLAN - WALL TYPE "T1"(WT)T1(
E1
1 : 20
PARTIAL ELEVATION - WALL TYPE "T1"T1
A1 1 : 20
PARTIAL SECTION - WALL TYPE "T1"T1
A4
1 : 20
PARTIAL PLAN - WALL TYPE "T1"(NT)T1(
E4
300
1200
3300
1200
(FRITTED GLASS FINREFER TO ENLARGEDELEVATION FOR LENTHESAND POSITIONS)
1200
3300
1200
200
180
FFL
FFL
GRID
2100
4500
500 WINDOW1419
ND'
2100
500 WINDOW
W1'
2100
1600
200
1200
3300
1200
GRID1419 ( NT)1600 ( WT)
GRID GRID
89.78
89.7889.78
89.78 89.80
89.8089.80
89.80
DO
NG
PIN
G N
EW C
ITY
MET
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CEN
TER
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FOSH
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2097
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T FJIN
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S, L
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:
T FCON
SULT
ANT:
T FCON
SULT
ANT:
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED DATE
1F F
osha
n M
edia
Cen
ter
Fosh
an
5283
15
ww
w.d
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86 7
57 2
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86 7
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86 7
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2956
(
)
ENLARGED TOWER DRAWINGS
A-452
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
PARTIAL PLAN - WALL TYPE "T2"(WT)T2(
E1 1 : 20
PARTIAL PLAN - WALL TYPE "T2"(NT)T2(
E4
1 : 20
PARTIAL SECTION - WALL TYPE "T2"T2
A4 1 : 20
PARTIAL UNFOLD ELEVATION - WALL TYPE "T2"T2
A1
FFL
FFL
GRID
180
1200
3300
1200
2051 @NC'
2176 @ND' 500 WINDOW
300 FIN
ND'
2176 500 WINDOW
300 FIN
556
1980.
91.18
91.18
1100
97.50200
200
1857 @NC'
1980 @ND'
4500
1200
3300
1200
NC'
2051
1857.
88.82
500 WINDOW
300 FIN
88.82
518
1100
180
GRID
1100MIN
200
300
1200
1650
1650
1200
4500
900
3300
1200
518 @NC'
556 @ND'
679MIN
DO
NG
PIN
G N
EW C
ITY
MET
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CEN
TER
PR
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CT
FOSH
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.R C
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PROJ
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2097
20.01
T FJIN
HU
IHA
IIN
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ST
ME
NT
S, L
TD
OW
NER
:
T FCON
SULT
ANT:
T FCON
SULT
ANT:
cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED DATE
1F F
osha
n M
edia
Cen
ter
Fosh
an
5283
15
ww
w.d
p-pl
aza.
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86 7
57 2
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1 804
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86 7
55 3
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86 7
55 3
391
2956
(
)
ENLARGED TOWER DRAWINGS
A-453
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
PARTIAL PLAN @ND'- WALL TYPE "T3"T3ND'
E1 1 : 20
PARTIAL PLAN @NC'- WALL TYPE "T3"T3NC'
E4
1 : 20
PARTIAL UNFOLD ELEVATION - WALL TYPE "T3"T3
A1 1 : 20
PARTIAL SECTION - WALL TYPE "T3"T3
A4
200
1200
3300
1200
GRID
FFL
FFL
180 180
GRID
1100MIN
200
300
1200
3300
1200
1200
3300
1200
200
4500
155
4500
4500
2293 @W2'
2439 @W1'582 @W2'
627 @W1'
W2'
2293500 WINDOW
300 FIN
582
2108.
88.67
88.67
1100
500 WINDOW
300 FIN
2108 @W2'
2253 @W1'
W1'
2439500 WINDOW
300 FIN
627
2253.
91.33
91.33
1100
97.50
522 MIN
DO
NG
PIN
G N
EW C
ITY
MET
RO
CEN
TER
PR
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FOSH
AN,P
.R C
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PROJ
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2097
20.01
T FJIN
HU
IHA
IIN
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ST
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NT
S, L
TD
OW
NER
:
T FCON
SULT
ANT:
T FCON
SULT
ANT:
cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED DATE
1F F
osha
n M
edia
Cen
ter
Fosh
an
5283
15
ww
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86 7
57 2
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86 7
55 3
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2955
86 7
55 3
391
2956
(
)
ENLARGED TOWER DRAWINGS
A-454
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
PARTIAL PLAN @W1'- WALL TYPE "T4"T4W1'
E1
1 : 20
PARTIAL UNFOLD ELEVATION - WALL TYPE "T4"T4
A1 1 : 20
PARTIAL SECTION - WALL TYPE "T4"T4
A4
1 : 20
PARTIAL PLAN @W2'- WALL TYPE "T4"T4W2'
E4
FFL
FFL
WA'
W1'
500
1274 794 1588.
2700 ,
GRID1181 @ND'
1274 @WA'
763 ( NT)794 ( WT)
1525 ( NT)1588 ( WT)
180
GRID2300 ( NT)2700 ( WT)
200
300
4500
900
3300
1200
395
1200
3300
1200
200
N8'
ND'
500
11817631525.
2300 ,
LEDLED CONTROL ACCESS PANEL
DO
NG
PIN
G N
EW C
ITY
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RO
CEN
TER
PR
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FOSH
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PROJ
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2097
20.01
T FJIN
HU
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ST
ME
NT
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TD
OW
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:
T FCON
SULT
ANT:
T FCON
SULT
ANT:
cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED DATE
1F F
osha
n M
edia
Cen
ter
Fosh
an
5283
15
ww
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86 7
57 2
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86 7
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86 7
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391
2956
(
)
ENLARGED TOWER DRAWINGS
A-455
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
PARTIAL PLAN - WALL TYPE "T5"(WT)T5()
E1 1 : 20
PARTIAL PLAN - WALL TYPE "T5"(NT)T5()
E4
1 : 20
PARTIAL ELEVATION - WALL TYPE "T5"T5
A1 1 : 20
PARTIAL SECTION - WALL TYPE "T5"T5
A4
FFL
FFL
GRID GRID
4500
WG'
W1'
69.00
13.50
1798256
2198.
2198.
300
69.00
224 ( NT)256 ( WT)
1707 ( NT)1798 ( WT)
1200
3300
1200
200
N1'
ND'
69.93
12.5
7
1707 224
1926
.
1926
.
300
69.932951MIN
2637MIN
679MIN522MIN
180
200
300
LEDLED CONTROL ACCESS PANEL
1200
3300
1200
2637MIN ( NT)2951MIN ( WT)
1200
3300
1200
DO
NG
PIN
G N
EW C
ITY
MET
RO
CEN
TER
PR
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CT
FOSH
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PROJ
ECT #
2097
20.01
T FJIN
HU
IHA
IIN
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ST
ME
NT
S, L
TD
OW
NER
:
T FCON
SULT
ANT:
T FCON
SULT
ANT:
cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED DATE
1F F
osha
n M
edia
Cen
ter
Fosh
an
5283
15
ww
w.d
p-pl
aza.
com
86 7
57 2
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86 7
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86 7
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86 7
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2956
(
)
ENLARGED TOWER DRAWINGS
A-456
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
PARTIAL PLAN - WALL TYPE "T6"(WT)T6()
E1 1 : 20
PARTIAL PLAN - WALL TYPE "T6"(NT)T6()
E4
1 : 20
PARTIAL ELEVATION - WALL TYPE "T6"T6
A1 1 : 20
PARTIAL SECTION - WALL TYPE "T6"T6
A4
260
1200
3300
1200
1200
3300
1200
200
4500
180
FFL
FFL
GRID1100 ( NT)1300 ( WT)
GRID
GRID
W4
2600 .
1500 1300
1100
1500 .
300
150
300 150
190
260
260 190
GRID
NA
1100
1333 1433
1100
1333 .
300
150
300 150
190
260
260 190
1333 ( NT)1500 ( WT)
1433 ( NT)1300 ( WT)
1250
1100 ( NT)1300 ( WT)
OW
NER
:C
ON
SULT
ANT:
cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED
(
)
ENLARGED TOWER DRAWINGS
A-457
50% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
PARTIAL PLAN - WALL TYPE "T1A"(WT)T1A(
E1 1 : 20
PARTIAL PLAN - WALL TYPE "T1A"(NT)T1A(
E4
1 : 20
PARTIAL ELEVATION - WALL TYPE "T1A"T1A
A1 1 : 20
PARTIAL SECTION - WALL TYPE "T1A"T1A
A4
300
1200
3300
1200
1200
3300
1200
200
4500
180
FFL
FFL
GRID1100 ( NT)1300 ( WT)
GRID
GRID
1100
1333
500 WINDOW
GRID
GRID
1300
1500
200
1200
3300
1200
1333 ( NT)1500 ( WT)
GRID
500 WINDOW
4500
DO
NG
PIN
G N
EW C
ITY
MET
RO
CEN
TER
PR
OJE
CT
FOSH
AN,P
.R C
HIN
A
PROJ
ECT #
2097
20.01
T FJIN
HU
IHA
IIN
VE
ST
ME
NT
S, L
TD
OW
NER
:
T FCON
SULT
ANT:
T FCON
SULT
ANT:
cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED DATE
1F F
osha
n M
edia
Cen
ter
Fosh
an
5283
15
ww
w.d
p-pl
aza.
com
86 7
57 2
8783
333
86 7
57 2
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5100
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S (
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NZ
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RA
NC
H
86 7
55 3
391
2955
86 7
55 3
391
2956
(
)
ENLARGED TOWER DRAWINGS
A-451
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
PARTIAL PLAN - WALL TYPE "T1"(WT)T1(
E1
1 : 20
PARTIAL ELEVATION - WALL TYPE "T1"T1
A1 1 : 20
PARTIAL SECTION - WALL TYPE "T1"T1
A4
1 : 20
PARTIAL PLAN - WALL TYPE "T1"(NT)T1(
E4
300
1200
3300
1200
1200
3300
1200
200
4500
180
FFL
FFL
GRID1100 ( NT)1300 ( WT)
GRID
GRID
1100
1333
500 WINDOW
GRID
GRID
1300
1500
200
1200
3300
1200
1333 ( NT)1500 ( WT)
GRID
500 WINDOW
4500
DO
NG
PIN
G N
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ITY
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RO
CEN
TER
PR
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FOSH
AN,P
.R C
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A
PROJ
ECT #
2097
20.01
T FJIN
HU
IHA
IIN
VE
ST
ME
NT
S, L
TD
OW
NER
:
T FCON
SULT
ANT:
T FCON
SULT
ANT:
cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED DATE
1F F
osha
n M
edia
Cen
ter
Fosh
an
5283
15
ww
w.d
p-pl
aza.
com
86 7
57 2
8783
333
86 7
57 2
8783
111
97 L
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a R
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ngzh
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5100
10
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ST
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AN
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86 2
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T F1420
Fift
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86 7
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86 7
55 3
391
2956
(
)
ENLARGED TOWER DRAWINGS
A-451
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
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PARTIAL PLAN - WALL TYPE "T1"(NT)T1(
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321 87654
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321 87654
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9 10
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ENLARGED TOWER DRAWINGS
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PARTIAL PLAN - WALL TYPE "T1"(WT)T1(
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PARTIAL ELEVATION - WALL TYPE "T1"T1
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300
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cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
ISSUED / REVISED DATE
1F F
osha
n M
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(
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ENLARGED TOWER DRAWINGS
A-451
2011.0850% DETAILED DESIGN
50% DETAILED DESIGN -ARCHITECTURE
50% -
1 : 20
PARTIAL PLAN - WALL TYPE "T1"(WT)T1(
E1
1 : 20
PARTIAL ELEVATION - WALL TYPE "T1"T1
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PARTIAL SECTION - WALL TYPE "T1"T1
A4
1 : 20
PARTIAL PLAN - WALL TYPE "T1"(NT)T1(
E4
300
1200
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1200
1200
3300
1200
200
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180
FFL
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GRID1100 ( NT)1300 ( WT)
GRID
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1100
1333
500 WINDOW
GRID
GRID
1300
1500
200
1200
3300
1200
1333 ( NT)1500 ( WT)
GRID
500 WINDOW
4500
cCOPYRIGHT 2011 CALLISON ARCHITECTURE, LLC.
321 87654
F
E
D
C
B
A
9 10
1 : 20
PARTIAL PLAN - WALL TYPE "T1"(WT)T1(
E1
1 : 20
PARTIAL ELEVATION - WALL TYPE "T1"T1
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PARTIAL SECTION - WALL TYPE "T1"T1
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PARTIAL PLAN - WALL TYPE "T1"(NT)T1(
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300
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1200
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FFL
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321 7654
F
E
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PARTIAL PLAN - WALL TYPE "T1"(WT)T1(
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PARTIAL ELEVATION - WALL TYPE "T1"T1
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PARTIAL SECTION - WALL TYPE "T1"T1
A4
1 : 20
PARTIAL PLAN - WALL TYPE "T1"(NT)T1(
E4
foshan dongping
plaza facade design
collaborativeproject
in callison
design development
phase
2011
Option I
Option II
August 29, 2011
Option I
Option II
August 29, 2011
300
90.00
REFER TO PLAN
45
ALUMINIUM CAP(SIMULATED STAINLESS STEEL FINISH)
SLAB E
DGE
SLAB EDGE
40
FRITTED GLASS
90
90
300
10
3520
35
40
90
20
8 90 88
ALUMINIUM SI
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