YA N G YA N
CONTENTS SCHOOL'S WORKS
WUHAN INSTITUTE OF RENEWABLE ENERGY AND TECHNOLOGY Technology l Architecture
CHARLESTON MUSEUM OF NATURE AND CULTURE
Culture l Architecture
PROFESSIONAL WORKS
NINGBO BINJIANG SCHOOL DESIGN Education l Architecture
TONGCHENG PEOPLE'S PROCURATORATE
Civic l Architecture
HANKOU COMMERCIAL COMPLEX PLANNING Commercial Complex l Architecture
CLAREMONT HOTEL DECK ADDITION
Restaurant l Architecture
RYM MULTIFAMILY
Residential l Architecture
FINE ART
PHOTOGRAPHY
Public l Art
01
WUHAN INSTITUTE OF RENEWABLE ENERGY AND TECHNOLOGY
Year: Spring Quarter 2018 Location: Wuhan, China Individually design
Chinese urbanization has become the fastest in the world. The 80% of energy comsumption c o m e s f r o m c o n s t r u c t i o n i n d u s t r y. T h e proposal is to design a institute of renewable energy and techmology in China, which aim to let more and more Chinese people realize that the long term benefit of sustainability.
Energy Consumption in the World
Environmental Issues in the World
Urbanization in China
Energy Consumption in China
China
Max, Min and Average Temperature (°c)
Average Cloud and Humidity (%)
Average Rainfall Amount (mm) and Rainy Days
Average Snowfall Amount (cm) a
Average Sun Hours and Sun Days
Average Visibility (miles)
Hubei Province
The City of Wuhan
)
and Snow Days
Average Pressure (mb)
THESIS ARGUABLE POSITION The trend of urbanization is irreversible, and the challenges of urbanization are increasingly unavoidable. The world’s population now has more people living in cities than in the countryside, and 75 percent of the world’s population is expected to live in cities by 2050. How do metropolises with more than 10 million people prevent sprawl? Cities now consume two-thirds of the world’s energy. How can we reduce the consumption of energy?
Average UV Index
Architecture is the main body of the city and a large energy consumer, and the energy consumption of the global metropolis accounts for about a third of the total energy usage of the society. Under the challenge of energy, sustainability will undoubtedly be the trend of the future architecture. The core idea of sustainable architecture is to reduce the environmental load and benefit the health of the occupant. The aim is to reduce energy consumption; save water; reduce pollution; protect the environment ecology and health; improve productivity and benefit future generations. Passive buildings are typical representatives of sustainable buildings.
CONTEXT ANALYSIS Wuhan, with a population of over ten million is located in the heart of China. Like the Tianyuan Point on a weiqi borad. This city’s geopolitical significance makes it an important point. One definitely capable of changing the game and affecting the big picture. Wuhan has long been a city dedicated to innovation and new idea.
Average and Max Wind Speed and Gust (mph)
Wuhan is the capital of Hubei province, and is the most populous city in Central China. It lies in the eastern Jianghan Plain at the intersection of the central reaches of the Yangtze and Han rivers, a rising out of the conglomeration of three cities, Wuchang, Hankou, and Hanyang, Wuhan is known as “九省通衢” which means the Nine Provinces’ Leading Thoroughfare. It is a major transportation hub, with dozens of railways, roads and expressways passing through the city and connecting to other major cities. Because of its key role in domestic transportation, Wuhan is sometimes referred to as “the Chicago of China” by foreign sources. Fresh water, a resource considered globally to be exceptionally valuable now, makes up 25% of the city. Wuhan occupies a land area of 8,494.41 square kilometres. It boasts a number of stunning moutains and grand water resources. Of its 166 lakes, the East Lake is recognized as the largest urban lake in Asia. The city of Wuhan consists of three towns, which are divided by two rivers. Hankou developed into China’s largest inland port for foreign trade. It could be said that the docks and ships scattered about are the genes that make up the DNA of Wuhan.
SITE ANALYSIS
PROGRAM STUDY
EXISTIING BULDINGS
PROGRAM MASSING
VERTICAL CIRCULATION
PUBLIC SHARING SPACE ORDERING
INTEGRATING
NEGATIVE SPACE
REPETITION OF REGIONAL EXPERIENCE
INDIVIDUAL
COLLABERATION
POSITIVE OPEN SPACE
EXTENSION AND REGENERATION SPACE
CONCEPTUAL VISUALIZATION
SITE PLAN
EAST ELVATION 1:500
SECTION PERSPECTIVE
NORTH ELVATION 1:500
SECTION 1:500
RESPONSIVE FACADE DETAIL • Photovolatic Panel • Backing Plate • Glue Meshring • Junction Box • Adapter • Silicon Soft Acutator • Cantilever Bracket • PV Power Cables
HVAC & WALL SECTION DETAIL • Plant • Soil • Filter Layer • Drainage Layer • Waterproof • Concrete • Metal Decking
GREEN ROOF
• Capreting • Anhydrite Screed • PE Sheet • Gypsum Board • Sound Reducing • Steel Pedestal
RAISED FLOOR SYSTEM
• Air Supply Duct • Evaporator Coil • Air Handing Unit • Filter • Return Air Duct • Blower
HVAC SYSTEM
RESPONSIVE FACADE SYSTEM
1ST FLOOR PLAN
FACADE SYSTEM STRUCTURE
2ND FLOOR PLAN
STEEL FRAME STRUCTURE COLUNMS AND BEAMS
3RD FLOOR PLAN
CURTAIN WALL SYSTEM LOW-E GLASS
4TH FLOOR PLAN
INTERIOR WALLS
5~8TH FLOOR PLAN
02
CHARLESTON MUSEUM OF NATURE AND CULTURE
Year: Winter 2016 Location: Charleston, USA Individually design
The goal of this project is to design a museum in Charleston which can bring more people to come to this place and enjoy the public space. The site is close to the river which has the great view of the waterfront. Using the beautiful landscape to attract and revitalize population density back to the area. Bringing natrual elements into the museum to make the building more sustainable.
REGION
CONCEPT ANALYSIS
CONCEPT ANALYSIS
FORM ANALYSIS
SITE CONTEXT
WALKING DISTANCE
CONTEXT
GROUND FLOOR PLAN
2ED FLOOR PLAN
Winter: Ventilation strategy is focused on heat recycling with limited to (around 20% of oberall air cycle) incoming fresh air. In addtion, indoor air it’s being purified and humidified by plant in a conservatory.
3RD FLOOR PLAN
4TH FLOOR PLAN
Summer: Ventilation strategy is focused on cross ventilation. Pressure differences encourages cross ventilation which also cools the building down.
PLANT BOX
GRASS
WOOD
POLISHED CONCRET
SITE-CAST CONCRET
ALUMINUM PANELS
GLASS
COLD-ROLLED STEEL
AUDITORIUM DETAIL PLAN
AUDITORIUM DETAIL SECTION
STAIR SECTION DETAIL
SECTION DETAIL MODEL MECHANICAL ROOM
MECHANICAL ROOM
HEAT PUMP HEAT EXCHANGER THERMAL EXCHANGER
MECHANICAL ROOM
WALL DETAIL SECTION
MECHANICAL SYSTEM
03
NINGBO BINJIANG SCHOOL DESIGN Year: May 2015 Location: Ningbo, China Cooperative design
Schools should not only serve as a place for learning, it is also a community activity center. It is a place full of vitality. Our design is not only a school but also a system of educational building facilities. It is a material space and a spiritual space. Architecture is a container for education. Our design philosophy includes rationality, experience, sharing and sustainability.
OPEN SPACE ANALYSIS
Corridor
Recreation Space
Stage Landscape Courtyard
Interactive Space
Plaza Art Exhibition Science Exhibition
Plaza
Courtyard Plaza
Science Gallery History Gallery
E
Entrance Square
FLOOR PLAN
Reduce direct sunlight area
FACADE DETAIL Window frame protrudes from the wall
Mullion
Window frame protrudes from the wall
04
TONGCHENG PEOPLE'S PROCURATORATE
Year: Sep. 2013 Location: Tongchen, China Individually design
The design adopts a symmetrical design method. Raising the main entrance of the building to ref l e c t t h e fa i r n e s s a n d s e r i o u s n e s s o f t h e law with large steps and vertical lines. The inspiration of the Libra that everyone is equal.
05
HANKOU COMMERCIAL COMPLEX PLANNING Year: Feb. 2016 Location: Wuhan, China Cooperative design
Under the background of the development strategy of Jinkou City's integrated development strategy, the base’s location advantage is prominent. It is an important space node that connects the two major groups of Jingang and Jinkou, and is easily accessible to General Industrial Park, Jingang Port, City Green Wedge, and Jinkou. The new town and the ancient town of Jinkou form a good docking and become the center of the regional spatial structure.
06
CLAREMONT HOTEL DECK ADDITION
Year: Feb. 2020 Location: Atlanta, GA Cooperative design
Proposed 898 square foot deck addtion to tiny lou's restaurant is needed due to current dining challenges due to the covid - 19 pandemic. This wood deck is proposed to be supported on a steel structure to support assembly dining space and is proposed to be accessable directly from the existing dining room. Both fixed and movable dining is proposed, and the existing plumbing and existing capacity will support the expansion.
07
RYM MULTIFAMILY
Year: Oct. 2020 Location: Atlanta, GA Cooperative design
The 318 condominium project is planned for the location at 318 sandy springs circle in sandy springs, georgia. The building will consist of three residential floors above 1-1/2 levels of parking. The first floor of the building will be atop a concrete transfer slab which houses lobby space and storage.
08
PHOTOGRAPHY
Year: Fall 2017 Location: Savannah, USA Individually design During this process, I find a lot of fun that is never discovered before. At first, I bend the matches to make them look like human, and give different kinds of stories to them. As I focus more and more on this process, I start to try to use another common objects such as cigarette, pencil, spoon, eggs and so on. For me, it’s a really significant experience. It teaches me to appreciate art and life in different perspectives.
YANG YAN 912-323-0205 yanyang0221@gmail.com https://issuu.com/yanyang0221