PORTFOLI O GUO GUAN NAN 20102016
01
Rotatable hotel
Project Location:
Mount Wilson Oberservatory in Los Angeles
Project Type:
Landscape studio, Solo work
Program:
case study:The Pueblo Bonito in The chaoco canyon design: Mountain hotel
The Pueblo Bonito in The chaoco canyon presents natural and unique organization: circulation without corridors, which also result in the transition of private degree from center to perimeter. The hotel project locates in Mount Wilson Oberservatory in Los Angeles. It provides accommodation for visitors, researchers and staffs there. Thecharacteristics of space and time in the universe inspires me to think about the permanent and temporary about Architecture. The pressive geometry and rotation force mechine of telescope also provoke me to develope a rotatable circular plan. The hotel combines with four programs rings: bedroom, kitchen, dining room and meeting room, from perimeter to center, and from private to public. With the mechine under ground, each rooms on the rings can be rotated individually in direction and speed. The deconstruction and recombination provide a seriers of possiblities and different types of room set to satisfy different requirement from different users or different period of daily time.
ROM BEDRROM DR BE BE DR ESTROOM R R E MR
I
TI EE
OPE TE SC
CA
H
OOM D NGR IN NI IN DI NG ROOM
TE PE LE O
G
DININGRO TC OM OM RO OM CAFE/ G M RO
H
KI
TI N
TR EN KITCHENK RES IT ES TCH C
E TEL SC
EN
DR M RESTR R ROO OO ST CHEN KI TC M RE EN KIT R H
M O
M
SCOPE LE
M O
M
FE
E ROM B DRROM DR BE BE
DININGRO OM OM RO EETING RO G /M O
H
E
DR M R STROOM RE O RE CHEN KIT STRO CH IT EN O OMEN K K
S OO TCHEN KITCHENK TRO IT TR N KI C OO NGR M DIN NI IN DI CAFE/MEE
ROM BEDRROM DR BE BE DR M RESTROOM R OO
M O
SUBDIVISION GRID
ROM BEDRROM DR BE BE
PROGRAM CIRCLE
GEOMETRY
POSSIBILITY 1
UNIT TO WHOLE
POSSIBILITY 4
SKY LIGHT
POSSIBILITY 7
long term visitors
short term visitors
long term researchers
short term researchers staff SUBAREA
private VS shared VS public
TRAFFIC HUB
DOOR ARRANGEMENT
POSSIBILITY 2
POSSIBILITY 5
POSSIBILITY 8
POSSIBILITY 3
POSSIBILITY 6
POSSIBILITY 9
GROUNG CREW 8:00 AM
LONG TERM VISITOR 8:00 AM
GROUNG CREW 3:00 PM
LONG TERM VISITOR 3:00 PM
GROUNG CREW 8:00 PM
LONG TERM VISITOR 8:00 PM
RESEARCHER 8:00 AM
SHORT TERM VISITOR 8:00 AM
RESEARCHER 3:00 PM
RESEARCHER 8:00 PM
SHORT TERM VISITOR 3:00 AM
SHORT TERM VISITOR 8:00 PM
GROUND PLAN
0
Project L
Project T
Program:
02
UNA Arquitetos, Bacopari House, SĂŁo Paulo, Brazil, 2012
UNA Arquitetos's bacopari house represents architectural transparency by using a series of glazing walls in a cross orientation. The steel structure is exposed as frames to define the organization of space. Experiencing my steel house in the depth, it performs as a dynamic screen presenting a sequence of sections with different layers of program and events. The structure frames the screen and serves as its edges from every vista point in the house. Programmatically, the screening room stands in relation (what type of relation exactly? perhaps instead "the screening room organizes all the other..."?) with all the other programs of the house and has visual access from everywhere inside the house. Spatially, considering the circulation, programs and events, the relationships between each program is varied through techniques of overlapping, boolean procedures, and separating. Through the boolean technique, two spaces are jointed to achieve a single, interconnected space. By stacking two spaces, programmatic adjacencies are created. With the orientation of space, gaps are created and rhythm varies through the arrangement of program.
Steel house
Structurally, the steel frames are developed from a rigid grid system and are deployed as an operation to define and form these programmatic combinations. The steel frames are exposed and detached from the envelope both inside and outside.
Location:
Cynthia Ave, Los Angeles
Type:
Steel Structure studio, Solo work
The envelope of this project is a two-layer wall system alternating between glazing and gypsum board. Most of the structural frames are enclosed by electrochromic glass glazing, which can transfer from transparent to opaque to render the structure exposed or hidden within the envelope.
:
case study: Bacopari house design: House of the producer
Roof
2nd Floor Steel Beam (Secondary Structure)
2nd Floor
1st Floor Steel Beam (Secondary Structure)
Concrete Wall (Primary Structure)
Ground
Screening
Library
Living room
Bedroom Garage
Kitchen
Program box
Secondary beams
CLIP ANGLE SECONDARY BEAM GYP BOARD TERMAFIBER INSULATION
Boolean
Main beams
Switchable Glass
Columns Structure frame MARBLE VENEER CONCRETE SLAB MAIN BEAM CONCRETE FASTENER
Circulation Structure frame FLASHINGW WIT SEALANT GRADE CONCRETE GRID PILE
Envelope
grade grid
Site
Pile system
C
7’
7’
B
7’
63’
7’
7’
7’
7’
7’
7’
6’ ‘ 5‘-
6 8‘-
’ 28
’‘
SMF
7’
+3’
5’
7’
Garage
SMF
+0’
Courtyard
3’-6’’
SMF
SMF
A
A’
SMF
6’-3’’
SMF +3’
Patio
+6’’
Wall Section
Living Room 16’
Living room SMF
+2’
34’
Veneer
Kitchen Kitchen
Veneer
SMF 6’-8’’ 9’-8’’
23’
’ 6’-8’
H
CYN
THIA
AVE
B’
C’
0
1’
2’
4’
8’
Column Schedule A-2 W6*12
A-3 W10*19
A-4 W10*19
A-5 W8*15
A-6 W14*23
A-7 W10*19
A-8 W12*26
A-9 W12*26
A-10 W14*23
B-6 W10*19
B-7 W10*19
B-8 W10*19
B-9 W10*19
B-10 W10*19
C-1 W8*15
C-2 W6*12
C-3 W10*19
C-4 W10*19
C-5 W8*15
D-6 W14*23
D-7 W10*19
D-8 W12*26
D-9 W12*26
D-10 W14*23
E-17 W14*23
E-18 W8*15
E-19 W8*15
F-17 W14*23
F-18 W8*15
F-19 W8*15
G-11 W8*15
G-12 W8*15
G-13 W12*26
G-14 W12*26
G-15 W14*23
H-14 W12*26
H-15 W14*23
A-1 W8*15
Ground FIoor STEEL STURCTURE
34’-6’’
3’-6’’
SMF
Library
5’
+9’
3’-6’’
+9’
+9’
6’-3’’
Bedroom
3’-6’’
+6’’
Screen room
16’
+11’
TH I A C YN
AVE
0
1’
2’
4’
8’
Column Schedule A-2 W6*12
A-3 W10*19
A-4 W10*19
A-5 W8*15
A-6 W14*23
A-7 W10*19
A-8 W12*26
A-9 W12*26
A-10 W14*23
B-6 W10*19
B-7 W10*19
B-8 W10*19
B-9 W10*19
B-10 W10*19
C-1 W8*15
C-2 W6*12
C-3 W10*19
C-4 W10*19
C-5 W8*15
D-6 W14*23
D-7 W10*19
D-8 W12*26
D-9 W12*26
D-10 W14*23
E-17 W14*23
E-18 W8*15
E-19 W8*15
F-17 W14*23
F-18 W8*15
F-19 W8*15
G-11 W8*15
G-12 W8*15
G-13 W12*26
G-14 W12*26
G-15 W14*23
H-14 W12*26
H-15 W14*23
A-1 W8*15
34’-6’’
+12’
6 5‘-
’ 28
’‘
6’ ‘ 8‘-
7’
Bedroom
7’
Bedroom
Bedroom
Bedroom
Kitchen
Kitchen
Living room Living room
Garage
Garage
34’
’ 6’-8’ ’ 9’-8’
23’
’ 6’-8’
H
14
13
12
11
10
9
8
7
6
5
4
3
2
1
Library
Library Screening Living room
Living room
Library
Screening
Library
Library
Screening
Living room
Patio
D
C
B
H
A
D
C
B
H
A
0
Project L
Project T
Program:
03
Scale and Resolution
Location:
Type:
:
Core-tech studio, Team work case study: De Young Library in SF design: Facade of wall
So the project by the process of another traditional metal template rolling technique allows immense change in scale,the double layer surface allows for the skin to be both present on the interior and the exterior. And technique begins to mediate between the monolithic massing of the project with scale of the perforations and dimples. The project takes one traditional technique to another familiar one in order to inform and shape the change in resolution due to scale. The project attempts to defer away from the imagery of the De Young’s perforated eucalyptus tree facade and instead grapples with the idea of conventional means of production, the metal template and steel rolling, in order to produce envelope.
SHANK UPPER SHOE STRIPPER BOLT PUNCH BACK-UP PLATE STRIPPER SPRING PUNCH RETAINER PUNCH STRIPPER PLATE COPPER DIE BUTTOM DIE BLOCK
DOWN UP
LOW SHOE
PERFORATED COPPER PANEL
METAL DECKING I BEAM SOLID COPPER PANEL
CONVEX
CONCAVE
PERFORATED
DIMPLED AND PERFORATED
Stamping Process Diagram
PERFORATED COPPER PANEL BOLT AND NUT SPLICE BAR BELLEVILLE WASHER STEEL TAB
DROP CIELING PERFORATED COPPER PANEL
GLAZING CONCRETE SLAB 1/2” PIPE WELDED 3 1/4” PLATE WELDED TO DISC 3/4” BOLT 3 1/4” DISC 1/2” STL SHAPED PLATE WELDED TO PIPE 4” STL PIPE
DOUBLE BOX FOUNDATION COPPER PANEL 7/16 BOLT & NUT BRONZE WASHER
COPPER PANEL BRONZE WASHER 7/16 BOLT & NUT
BRASS SPACE BAR
12’
5’
R=7’
6.25’
R=13.5’
Development of Process
Cyliner Process
04
Filling in the blank of city
Project Location:
Changning District, Shanghai
Project Type:
Community center studio, Solo work
Program:
Regional Survey, community library design(3200), tennis playground restuction, traditional building prevention
In the heart of Shanghai, there is a tennis playgroud next to historic buildings protected area at Changning District. With extremly high value and low frequency of utilization, it like a blank of the city. How to fill in the blank? Whether to retain the tennis playground function? What can we create in the blank? How to be disharmony with the historic buildings? What is its attitude to the site? What will the new funchtion be like? To answer all the questions, we should see the set condition at frist. high-rise residential buildings in north
protective historical building in west
garden house in east( in use) How to use the spare area?
Restaurant
Cafe Movie FEELING BETTER TO BE INTACT ONE PIECE To retain the tennis playgroud and add new function, a efficiect way is to rise the playground to a certain level, then set a half of the area free.
Office
After deep survey about the set, i find there needs a library for spirit requirement, including a children’s bookstore(there is a school next to the playground), reading space, meeting room and coffee bar. Holding humility and respect to the surroundings and set, the form of the building should have a limited high, and be rolated to avoid shading others. The facade design and material consideration should present appear a harmonious style. In this project, form follows site.
Form generation
Program layout
Structure design
two playgroud space truss
tennis rise one playgroud to a height
frame structure plan 1 hall and children's bookstore
plan 2 library
plan 3 library
plan 4 meeting room
forming space and gradient layers
rotating and avoidng (for surroundings)
section 1
function layout
material design
plan 5 coffee bar
plan 6 coffee bar
section 2
05
Light fiber
Form follows path
Project Location:
Jiafang Center, Nantong
Project Type:
Creative indestry park studio, team work 2 Creative industry park plan(68000m), 2 exhibition design(6800m) Zhao Junhan (modeling, rendering, struchure) Guo Guannan(space, plan layout, path design,function)
Program: Project Partner:
INDUSTRY PARK mode research The party A of this real project is a famous boss doing home textiles businiss in Nantong, which in the largest Home textile industry center in China. Hoping to win more reputation and economic benefit, the boss want to build a creative industry park, including stores, food service, office building,hotel and exhibition. The complex and comprehensiveness of the project make us and analyze several industry factors’modes.
function analysis
functional hierarchy
Exhibition cycle mode
Commercial cycle mode
Hotel cycle mode
Service cycle mode
function self-influence
Office cycle mode
Landscape cycle mode
LOCATION analysis
site
surrounding and traffic figure and ground
cross and weave
the he entrance and the center
connectivity
texture
cluster non-motorized vehicles pedestrian path
pedestrian path
2D weave
3D weave
path weave
landscape andscape nodes weaving
service ervice nodes weaving
group distribution
car path
car path
node weave
connecting bridge
FUNCTION distribution
service
store
exhibition
single shore
=
+
path in the park
plan 2
path in the second floor
path in the third floor
plan 3
hotel and office building
task: one large and two small exhibitions
concept: eliminate dissimilarity and achieve commonality
form: follows path design
light: nature power and sight
exhibition plan 1
sectorization
fire control
vertical evacuation
exhibition plan 2 ROOF LIGHTING
logic of building skin
structure of building skin
SECTION 1
tower plan 1
tower plan 2 SECTION 2
EAST FACADE
tower plan 3
tower plan 4
WEST FACADE
SOUTH FACADE
12 12 NORTH FACADE
06
To deal with the problem in the alternation in the urbanization process, we pointed a concept of vertical Lilong and designed a high rise complex, aiming to restore the traditional space form and satisfy the need of modern urban development
Site is located in an six fork in the road of Xuhui District in Shanghai City. The multi branches lead to the increasing traffic flow, making the site complex and improtant. It is a hodgepodge that all kinds of typical Shanghai element is there, including garden house, Linong, high-reise building
After site research, I found a gap cross this area, where one side stands tall commercial buildings and the other side mass traditional residential Lilong and garden villas. The tremendous contrast between buildings made me consider the living condition, the attribution of the site and the confliction between tradition and modern in the urbanization process.
the logic ofBuilding Skin
Analysis of Lighting and ventilation Each block has at least one lighting surface Public balcony
Ensure the area of window Mechanical ventilation to compensate ventilation
Three floors of a block
Each block is 10 meters high
One meter interspace of the top of each floor
c
section 1
section 2
HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL HOTEL OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE
EXHIBITION EXHIBITION EXHIBITION EXHIBITION LOBBY LOBBY
commercial podium plan 2
COMMERCIAL COMMERCIAL COMMERCIAL COMMERCIAL
function distribution
commercial podium plan 3
commercial podium plan 1
commercial podium plan 4
OFFICE BLOCK NO.4
PLAN 1
PLAN 2
PLAN 3
OFFICE BLOCK NO.3
PLAN 1
PLAN 2
PLAN 3
OFFICE BLOCK NO.2
PLAN 1
PLAN 2
PLAN 3
OFFICE BLOCK NO.1
PLAN 1
PLAN 2
PLAN 3
EXHIBITION BLOCK NO.2
EXHIBITION BLOCK NO.1 EXHIBITION
PLAN 1
PLAN 2
PLAN 1
PLAN 2
We use the unit”block”as the basic function cell to imitate and create the atmosphere of Linong. Three floors make up a block, and each block is 10 meters high. Each block has its own independent vertical transportation.There are big platform between blocks. Twelve blocks vertical stack up to form the tower building. Aiming to preserving traditional culture and architecture form, I consider culture as the most essential factor to form.
HOTEL BLOCK NO.4
PLAN 1
PLAN 2
PLAN 3
OTEL BLOCK NO.5 HOTEL
PLAN 1
PLAN 2
PLAN 3
HOTEL BLOCK NO.3
PLAN 1
PLAN 2
PLAN 3
HOTEL BLOCK NO.2
PLAN 1
PLAN 2
PLAN 3
HOTEL BLOCK NO.1
PLAN 1
PLAN 2
PLAN 3
PLAN 1
PLAN 2
PLAN 3
OFFICE BLOCK NO.5
07
Project Location: Project Type: Program:
condition
Rebuild
Form follows function SJTU,Shanghai Ecological construction studio, solo work Reconstruction of the Architecture department building, extended structure
transformation The building of the Architecuture Department locates in the north-west of SJTU campus. Dsigned and built 20 years ago,this 4-levels frame-shear wall structure building provides a site for over The present building. 200 students and professors to study,work and hold design review. With the increasing of the population and function requirment, the present space are not satisfied. So the studio of reconstructure aims to Add a level on the top. improving the studying environment as well as extending the space from the students’ perspectives. Additional, using ecological and energy-saving strategies can also make it more comfortable for Extend the space south-eastern from outside. both students and professors.
The shadow of deconstructivism appears apparently in the decorated columns and the triangle stairs. It is also the testimony of the history, which i think we should pay respection to. Restructure is not construction of blank. So the first step is definitewhat is Reservation. The building has an unique atrium in the middle, which provide a large space for activities.But the closeness of the roof provents sunlight and wind, affecting the air circulation and heat exchange. It is the most important problem for improving the studying With inner corridor, the essential space such as classrooms and office are in he outer ring of the building, some of which are not satisfy the lighting requirements because of their improper scales and forms.
Add a Lecture Hall on the top of the building.
deconstruction Addition floor
Primary floor Column
glass external wall
program layout Lecture Hall
art studio
roof garden PLAN LAN 5
PLAN 6 laboratory
studio room studio room
laboratory
studio room studio room PLAN 3
PLAN 4 laboratory
studio room
2-1
reading room
2-2 2-3 atrium 1-3
1-2
1-1
PLAN 1
PLAN 2 consturction room reading room
east elevation
SECTION 1-1
SECTION 2-1
SECTION 1-2
SECTION 2-2
SECTION 1-3
SECTION 2-3
north elevation
sorth elevation
west elevation
Consider several stratagies to save energy and make it an ecological building, including roof graden, the material and structure of glass wall.
low-e dobuble glass detail
air circulation diagram
Ventilation space
Ventilation space
Ventilation space
Glass wall horizontal structure node
drain gully waterproof structure
Main Structure Stainless Steel Grommets Tempered Laminated Glass Fireproof Glass
Grid
Glass Partition Wind Shield
Glass Partition Stainless System drain gully waterproof structure
Glass curtain wall installation node
Steel
Grid
Main Structure Stainless Steel Grommets Tempered Laminated Glass Wind Shield Fireproof Glass Glass Partition
Tempered Laminated Glass
Link
air inlet strcture
on-state
air outlet strcture
off-state
Glass wall vertical structure node
Airflow direction of double skin facade