GSAPP | 2015-2016 YING CHEN
BACK TO NATURE
ACADEMIC PORTFOLIO
CONTENT I. DALI MUSEUM OF CONTEMPORARY ART ART MUSEUM | STUDIO | 2016 SPRING | GROUP WORK | INSTRUCTOR: PEI ZHU
II. THE BRIDGED OFFICE BUILDING |STUDIO |2015 FALL | SOLO | INSTRUCTOR: GORDON KIPPING
III. NATURE CONDITIONED POST-CRISIS TOURISM INHABITATION | STUDIO | 2015 SUMMER |SOLO | INSTRUCTOR: YANNIS AESOPOS
BACK TO NATURE CHAPTER ONE LEARNING FROM TRADITIONAL MATERIAL AND TYPOLOGY Traditional Chinese architecture learnt from the nature without any artificial decoration. Learning from local traditional buildings mean to learn how the architecture react to landscape, topography, and the local climate.
H P OR: HENG T C O TRU XIA INS TNER: | NA AR CHI K | P , N R O NA YUN OUP W | GR 016
F O M
SEUNG 2 U M RI
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EXISTING MODEL
WHAT IS THE FUTURE MUSEUM OF CONTEMPORARY ART?
PROPOSED FUTURE MODEL
What is the future contemporary museum in China? Most of Chinese contemporary museums face the same problem of no enough art pieces to exhibit. Instead of focus only on the interior exhibition space, in future, maybe contemporary art museums in China will have not only the exhibition space, but also the event spaces, which can hold different kinds of art events, both exterior and interior. The project is located in Dali, Yunnan. Learning from the local typologies and materials is part of the main
idea of the project. Nuodeng Village, one of the oldest village in Dali, is the representative within our case studies. From the larger scale, the terrace in the village, is the major public space for villagers to gather. The big trees create shadows on the terrace prevent villagers from the strong sun. From the smaller scale, in each of the families, the courtyard space is the major public space. The roofed corridors create the transit space between the indoor and courtyard.
EXISTING LOCAL CONDITION TERRACE
Village Scale Public Event Space
EXISTING LOCAL CONDITION ROOF
EXISTING LOCAL CONDITION COURTYARD
COURTYARD TYPES
PERFORMANCE
LANDSCAPE
EXHIBITION
FIRST FLOOR 0
5
10
20
40 m
SECOND FLOOR 0
5
10
20
40 m
THIRD FLOOR 0
5
10
20
40 m
FOURTH FLOOR 0
5
10
20
40 m
BACK TO NATURE CHAPTER TWO BUILDING SYSTEM/FACADE TAKING ADVANTAGE FROM SUN Taking advantage from the sun means to take the energy from the sun and use in the building and save the energy consumption. Building facade as the first layer of an architecture interact with the natural environment, can be design to take the role of obtaining the solar energy.
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"The
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LO
EH
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HUMAN COMFORT
WATER
ST Temperature
Geothermal System/ Radiant Floor
WI
Humidity
LL
IAM
SB
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GB
Water Curtain DIGITAL WATER PAVILION
RID
GE
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RIV
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The Project is located at the Baruch Housing, lower east side of Manhattan. The main idea of the project is to create a new sustainable facade system, which includes all the building systems, produces energy for the whole building, and still keeps the transparency of the facade. By doing so, the building not only can save the ceiling space, but also save the energy consumption. For the program, the main idea is to introduce a new program for the neighborhood, in order to bring more people. My idea is to connect the two existing residential buildings with a new office building in the middle. So the three buildings become one large mix-used building. And the parts connect the three building will be both the indoor green space and the buffer zone for the building.
EXISTING RESIDENTIAL BUILDINGS
CONNECT TWO BUILDINGS
ADJUST THE FORM ACCORDING TO THE ZONING CODE
ADJUST THE FORM FOR PROGRAMS
PROGRAM
RESIDENTIAL
BUFFER ZONE
OFFICE
OCCUPIED
HALLWAY / GREEN SPACE SWIMMING POOL COMMERCIAL
OPEN UP FOR PUBLIC CIRCULATION
OVERALL BUILDING SYSTEM SUMMER
IR
RI
GA
SW
TIO
N
FI
LT
IR
RI
ER
IM PO MIN OL G
GA
TIO
N
RA COINW LL AT EC ER TO R IR
RI
GA
TIO
N
HE TA AT NK IR
RI
GA
TIO
N
HE TA AT NK IR
RI
GA
TIO
N
HE TA AT NK IR
RI
AL RM HE MP T O GE T PU A HE ER AT W Y L Y T P CI UP S
ER AT W Y RN R U T DI RET
GA
TIO
N
OVERALL BUILDING SYSTEM WINTER
IR
RI
GA
SW
TIO
N
FI
LT
IR
RI
ER
IM PO MIN OL G
GA
TIO
N
RA COINW LL AT EC ER TO R IR
RI
GA
TIO
N
HE TA AT NK IR
RI
GA
TIO
N
HE TA AT NK IR
RI
GA
TIO
N
HE TA AT NK IR
RI
AL RM HE MP T O GE T PU A HE R
E AT W Y L Y T P CI UP S
ER AT W Y RN R U T DI RET
GA
TIO
N
WATER CURTAIN SYSTEM
GEOTHERMAL HEATING/COOLING SYSTEM SUMMER WATER VAPOR
CHILLED WATER FLOWS DOWN THE RIBBONS
CHILLED WATER DEHUMIDIFIES AND COOL DOWN THE HOT AIR
GEOTHERMAL COOLING/HEATING SYSTEM
Heat Pump Heat Pump Compressor Compressor
Building Distribution Loop Building Distribution Loop
Expansion Valve Expansion Valve Heat Pump Refrigerant Loop
Heat Pump Refrigerant Loop
Underground Water Loop
Underground Water Loop
WATER CURTAIN SYSTEM
GEOTHERMAL HEATING/COOLING SYSTEM WINTER WATER VAPOR
WARM WATER FLOWS DOWN THE RIBBONS
WARM WATER HUMIDIFIES AND WARM UP THE COLD AIR
GEOTHERMAL COOLING/HEATING SYSTEM
Heat Pump Heat Pump Compressor Compressor
Building Distribution Loop Building Distribution Loop
Expansion Valve Expansion Valve Heat Pump Refrigerant Loop
Heat Pump Refrigerant Loop
Underground Water Loop
Underground Water Loop
SOLAR THERMAL SYSTEM
RAINWATER COLLECTION / IRRAGATION SYSTEM
BUILDING SYSTEMS: Concentrated Solar Thermal: Collecting heat from the sun.
CONCENTRATED SOLAR SYSTEM DIAGRAM
Linear Concentrator
concentrator recevier
Turbine Parabolic Mirror Reflector
Generator
Oil Circuit
recevier r
concentrato
Heat Tank
Linear Fresnel Reflector
Solar Steam Generator Condenser
concentrator
Point Concentrator
recevier
Solar Dish
Water Circuit recevier
Collector Field concentrator
Solar Tower
Heat Storage
Power Generation
Linear Fresnel Mirror
Linear Fresnel Lens
Horizontally Placement in large field
Vertically Placement on Building facade
FACADE DETAIL | SOUTH
SUN LIGHT EFFECT WINTER
SUN LIGHT EFFECT SUMMER
Exterior Glass Fresnel Lens Pipe Facade Structure Insulated Glass Wall Concrete Slab
FACADE DETAIL | NORTH
Exterior Glass Facade Structure Insulated Glass Wall Concrete Slab
BACK TO NATURE CHAPTER THREE HOTEL WITHIN THE LANDSCAPE Tourism includes enjoying the hotel rooms and exploding the natural landscape. Instead of seperating the two parts, mixing hotel rooms and natural landscape creates a more natural experience for tourists.
NATURE CONDITIONED TOURISM INHABITATION | 2015 SUMMER | INSTRUCTOR: YANNIS AESOPOS | SOLO
** Studio collaborated site model
** Studio collaborated site plan
TRADITIONAL WAY OF TRAVELLING CENTRALIZATION
NEW WAY OF TRAVELLING DECENTRALIZATION
TRADITIONAL RELATIONSHIP BETWEEN LANDSCAPE AND ARCHITECTURE
NEW RELATIONSHIP BETWEEN LANDSCAPE AND ARCHITECTURE
HOTEL
LANDSCAPE (NATURE)
+
P
HOTEL
MATERIALITY
Precast Concrete Slab
Camo Netting
Inflatable Greenhouse
Woodland
1
Wetland
2
Beach
3
Grassland
4
1
2
3
4 4 1
SITE CONDITION
CONCEPTUAL EVOLUTION Nature Pathway
CONCEPTUAL EVOLUTION Artificial Pathway
CONCEPTUAL EVOLUTION Private Unit
CONCEPTUAL EVOLUTION Public Unit