DANNI YAN 2019-2023
MArch Architectural Design Application number:23156982 Tel： +86 15693126654 Email： danni_yan@163.com
PORTFOLIO
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China
Lanzhou, Gansu,
Content
1. Antiques Research Centre
-Individual work - Director: Zayad Motlib - Location: Suzhou, China - Time: 09.2022-01.2023
2. Countdown to Earth's Destruction
-Team Work - Director: Yufei Zheng - Location: New York - Time: 11.2022-01.2023
-Members- Danni Yan-Yi Fu-Xuechen Guo
3. Modern Nature
-Individual work - Director: Glen Wash - Location: Suzhou, China - Time: 09.2021-01.2022
4. Wavy Island
-Individual work - Director: Claudia Westermann - Location: Shengsi island, China - Time: 01.2022-06.2022
5. Pedestrian bridge
-Group work - Director: Iasef Md Rian - Location: Suzhou, China - Time: 03.2022-05.2022
-Members- Danni Yan-Bingyun Xue-Cheng Wang-Chenglong Li-Chenyuan Xu-Hongpeng Lu
6. Other works
Includes individual design, group work, environmental studies, Asian architectural studies, urban studies, etc.
2019-2023
Antiques Research Centre
-Individual work - Director: Zayad Motlib - Location: Suzhou, China - Time: 09.2022-01.2023
The project is located in the old town of Suzhou and requires a research hall. The plot is approximately 13,000 square metres in size. The site is located in the old quarter, opposite a busy commercial street, so the building has to assume a role of integration and transition. The research of the site led to the choice of antiques as the main research proposition. The centre needed to be culturally relevant and at the same time modern and functional. It has a unique shape and becomes a landmark building.I think that integration is the most important point in this design. How to integrate the new with the old, how to reconcile the commercial with the academic, how to integrate the surroundings with the site, these are all topics of the project.
In this project, the traditional timber structure is abstracted from the typical Chinese sloping roof, blending the freeform with the traditional square structure in order to achieve a holistic and functional aesthetic and local character. On this basis, the design as a whole is a semi-enveloping structure that can better attract and welcome people from the surrounding area. The overall massing is large but transparent and not overwhelming.The building is an exploration of the possibilities of future architectural forms, and the project offers its own answer to the question of how to combine tradition and modernity while retaining their respective characteristics.
Problems and expectations
Heritage Status
1. Commercial areas 2. Property 3. Document Retention 4. Waiting area 1. Recreational areas 2. Commercial areas 3. Touring Area 4. Communication Area 5. Working exhibits 1. Touring Area 2. Exhibition 3. Touring Area 4. Communication Area 5. Working Space 1. Exhibition 2. Resting space 3. Touring Area 4. Touring Area 5. Exhibition 6. Working 7. meeting Area 1. Resting space 2. Meating Area 3. Touring Area 4. Working Area 1. Resting space 2. Exihibition Area 3. Meating Area 4. Touring Area Plans
Site Plan
Glass Wokingplatfomforstorage Movablemezzanine
Semi-suspendedscreeningstructures Suspension Slidingwindowsthatcanbeopenedandclosedforventiaton Movable Firstfloorsurface movable regulateslightandventiaton Movablewoodenpanels
Connectontothefloo sabinthemodue
Ceilings
Suspension components Swivel to control the orientation of the boards to regulate light and ventilation Floor connection I-beam work platform for storage, multi-level construction 0° 10° 30° 60° 80° 90°
Oute skin breathable notopenabe Envelope
Façade
The façade is made up of a patchwork of different materials, with the concrete gradually transitioning the shapes from regular platonic geometry to curves that connect to the roof, adding variety and layers. The combination of different materials brings more possibilities to the façade.
North-south section
Two visitor spaces are presented here, one more popular, public and accessible, with varied and interesting spaces, including the underground shopping street. The other part, which is more specialised, can be reached through a flowing route and contains discussion rooms and lecture halls. The two sections are of different heights and are connected by a curved roof, creating a unity.
Function
Under the eaves there are three main centres, two transitional spaces and a semi-outdoor veranda. These spaces are highly functional, with a gradual increase in privacy. The flow is clear and well distributed, from the touring space, which is completely open to the public, to the exhibition centre, which has an educational and informative character, to the exclusive working space for the staff.
East-West Section
This section shows the work area and the tour area, which are connected by the roof, with a small transition space and a semioutdoor corridor in between. The whole shape is very fluid, with a variety of spaces and functions. The work area on the left side is large enough for work and includes an outdoor terrace. The area on the right side gradually increases in privacy from low to high, and gradually changes from a tour area to a lecture hall, with a relatively more regular space.
Light and shadow
An interesting space between the staircase, columns, slabs and atrium for people to stop, rest or explore
Lounge area
The atmosphere and character of the building can be fully felt throughout the space, with a wooden roof, good views and a unique flow of space.
Perspectives
The façade design allows more natural light to enter the interior and people have a better view of the neighbourhood.
Rotating staircase
Surrounding the space according to its characteristics, while ensuring good views and sufficient space
Workspace
Good views and spacious, free office space, separate from visitor spaces for independence and privacy
Entrance
A friendly initial entrance for all
Sections Interior
Physical model
Details
Roofs - balconies - corridors - squares - staircases
The entire model better reflects the texture of the details and the actual proportions of the figures, restoring the texture of each place. The relationship between the different spaces is shown.
Overall
Space - Proportion - Relationship - Atmosphere - Scale
The elevation from one side shows the texture of the space well, with an uplifted roof, coherent curves, breathing gaps and a combination of straight and curved lines.
Countdown to Earth's Destruction
-Team Work-Director: Yufei Zheng-Location: New York-Time: 11.2022-01.2023-Members- Danni Yan-Yi Fu-Xuechen Guo
With the development of human society, more and more crises are beginning to emerge. Solar storms, intelligent crises, nuclear war, environmental pollution, humanity is constantly confronted with impending risks. The closest of these is the continued soaring of the Earth's temperature, the melting of the ice and the rise of sea levels. The sight of cities being submerged is likely to become a reality as soon as this century. Yet in the face of all this, people do not realise the magnitude of the problem.
Our design aims to use striking tall buildings combined with icebergs to give a more visual representation of the phenomenon of rising temperatures in order to provoke thought and attention. As the temperature rises, the iceberg at the top of the building will gradually melt to reveal warning signs, while meltwater will be stored around the building. People will still
be able to access the interior from the internal observation lifts, but the flooded parts will be unusable. As the water accumulates, more and more of the building's functions will no longer be usable, from the most basic commercial consumption to education and healthcare, and even administrative institutions and laboratories. The highest floor is the cathedral, which holds the last civilisation and hope of mankind and is where people's last hope lies. This process can also be clearly seen from the outside through the glass curtain, and people may no longer be indifferent as furniture gradually floats, buildings are submerged and normal life is disrupted.
The project is currently located in the densely populated and economically developed area of Manhattan, New York, USA, to draw more attention to the project, with more related buildings being considered for further locations.
Group contribution: Initial idea Partial modelling Posterior drawings Task assignment: P1-Yan&Fu P2-Yan&Guo P3-Guo&Fu（Adjusted）P4-Fu(Adjusted) P5-Yan Rendering-Guo&Fu
Extraterrestrial civilizations
As the universe is explored, the dangers gradually increase
Force majeure
Threats to human civilisation from unpredictable and unstoppable external factors
Planetary impact
The threat of space junk and small meteorites
Industrial development
The enormous negative impact of industrial development on human society cannot be ignored
Current Situation
With the development of the human world, the influence of exploitation to the natural environment is becoming greater. Under this circumstance, plenty of problems occured, while the global warming is the most serious and urgent one among them. Due to the unusual climate change, the sea level rises and icebergs all over the world start to melt. Therefore, not only some islands are flooding, but also the habitats of specific animals are destroyed.
Sea Level Rise
The annual rise in sea level is visually evident in the data and there is an increasing trend in the rate.
Nuclear War
The danger of nuclear war due to technological progress and instability
Iceberg melting
Waste pollution
Large amounts of waste of all kinds accumulate and are difficult to deal with
Excessive emissions
Excessive emissions of gases such as carbon dioxide cause a series of chain reactions to occur
Natural disasters
Natural disasters such as earthquakes, volcanic eruptions, tsunamis, etc. occur frequently
Excessive deforestation
Rapid decline in forest cover, severe soil erosion and increased desertification
Sea level rise
Global warming is causing icebergs to melt and global sea levels to rise
Anomaly Relative
Values fluctuate in many regions and are affected by global warming, as is clear from the yearly data
Diseases
The threat of global pandemics remains
The overall figures show a crisis due to the effects of climate warming. Humanity is confronted with all the crises brought about by melting icebergs.
Indiscriminate emissions
Serious impact on the sea and some waters
Waste of resources
Food, energy and other resources are wasted and in short supply
Ocean pollution
Artificial products are extremely polluting to the sea, especially marine life
People's awareness
Most people are not yet aware of the seriousness of the problem, are not vigilant and the situation is still deteriorating.
Extreme weather
The increase in extreme weather and abnormal weather has a huge impact on food production etc.
Consequences
Some of the problems are already beginning to show irreversible consequences.
Total Melt-day Area
All regions have been affected accordingly and the Earth as a whole has evolved. The climate crisis affects every place.
Concept
0m 20 40 100 200m 0 4 8 12m 0 2 4 6m 0 8 16 24m
Partial special spaces
There are unique spatial nodes in the building that become interesting with the activities of people
Emergency Shelter
Located on high ground and used for shelter in case of emergency.
Visualising the iceberg
A holographic projection showing an iceberg, gradually melting. The larger roof space forms a public space for people to move around.
Glass Curtain
The glass façade to ensure visibility and enable better observation of the water accumulation. The overall volume is lighter and more translucent.
Foundation
Located on the upper floors, space for charities
Breathing Space
Each section of the large functional variation is interspersed with equipment levels and breathing spaces, open areas that allow even very tall buildings to be unobstructed and light.
Office meeting area
Space for staff to manage the whole building and related matters
Multi-purpose classroom
Music room, art studio, counselling room, etc.
Medical Space
Basic ward, treatment space for health needs
Traffic flow
12 lifts through the centre and the necessary fire stairs. In addition, stairs and short lifts are scattered more frequently in the larger upper areas to ease circulation pressure.
Public space functions
As a supertall building, many public spaces have been considered in the design, including the ground floor mall and plaza, and the breathing space is also a major venue for public activities.
Commercial value
The ground floor is predominantly commercial in function, allowing the ground floor space to be used by consumers to give it more commercial value.
Function order
Commercial space
Various hospitality and entertainment spaces
An abstraction of Maslow's theory of needs, from material needs to a cascade of spiritual needs. A gradual progression from consumption, to commerce, to beliefs, to pursuits.
Vision
As one looks at this Building, the fruit of countless human ingenuity and human civilisation shines on the tallest skyscraper in Manhattan, yet it is a reminder of a cruel truth - the countdown to the destruction of the planet is on. We want to use this almost brutal method to raise awareness before everything comes to an end. Only if more people do something can the countdown clock stop ticking
Modern Nature
-Individual work - Director: Glen Wash - Location: Suzhou, China - Time: 09.2021-01.2022
The project intends to explore how nature can be introduced into people's daily lives and become a way of life. In today's rapidly developing Chinese society, the large population has led to high-rise housing, which provides an adequate amount of living space and high efficiency, but also leads to a programmed life. There is little use of communal areas in the daily lives of residents and a lack of contact with nature.
How can modern nature subtly provide interaction between man and his environment, dissolving the distance between natural elements and architecture and establishing a new relationship between man and nature. The role of architecture in this is not simply a vehicle, but anintegral part of the
interaction.Between the homes, there are many spaces that need to be re-expressed and do not offer a unique experience to people.
Combining traditional forms of garden architecture with residential housing, the project attempts to provide a way of life that is closely linked to nature in the pursuit of rapid economic development. In the midst of massive repetitive urbanisation, a design is explored that retains the local culture and rhythm of life, bringing back nature into the daily lives of modern people and integrating a more original living experience into modern construction.
Site Analysis
Houses
The Gusau district is more densely populated, with about a tenth of the city's population, and has a high level of ageing. It has a relatively equal gender ratio and the migrant population accounts for about 19% of the total population
Problems
The northern side of the project site is mostly a new town with new buildings, many high-rise residences and modern design. To the south, the buildings in the old town are restricted in height and are integrated into the old buildings.
Researchers
Nature Construction
between architecture and nature
There are stages in the development of Chinese society when architecture, man and nature exhibit a specific relationship.
Primitive period: Caves Early civilisation: Villages 16th century: Gardens Early 21st century: Skyscrapers
The natural environment occupied a very important place in the dwellings of early human civilisation. They were fully integrated into people's daily lives, serving as protection, shelter and beautification.
Although in the middle of the city, the unique design approach increases the interaction between people and nature and better integrates the building with the environment.
In most modern Chinese homes, human interaction with nature is greatly reduced, if not completely absent.
of Suzhou 12,748,300 Population of Gusu District 924,200 New District-High rise Site-Green space Old town-Small high-rise-Ancient architecture Imported Population 193,700 Household Population 748,933 Women 50.57% 49.43% Men 0-14 15-59 60+ 12.27% 62.56% 25.17%
Population Population
High dependence on nature Designing natural environments Little interaction with nature
85% 15% 90% 75% 25% 80% 60% 40% 80% 25% 75% 20%
Interactivity
Analysis Of Gardens
Elements Analysis
Layers
The Humble Administrator's Garden, for example, has a more layered and progressively deeper layout. The centre of the garden is a water feature with a very high level of vegetation cover.
Combining
Combining classical components and garden elements to create new living possibilities. On this basis, the relationship with nature is explored and studied.
The ground floor plan provides an overview of the site's surroundings, the basic flow and the functional layout zoning.As the main area of the neighbourhood hosting people's activities, a large amount of green space has been planned. Most of the buildings, especially the residential part, do not touch the ground floor, which also uses the architectural shaping of the gardens to ensure sufficient space for ground level activities.
The different functions are more clearly differentiated, with a more functional and logical flow. The modular residential spaces are accompanied by freer public spaces, which are logically interspersed
1. Property
2. Coffee shop/supermarket
3. Studio
4. Laundry
5. Gym
6. Library
7. Residence
8. Car Parking
9. Plaza 0m 10m 20m 30m 50m
Ground 1 2
floor 5 4 3 6 7
8
9
Axonometric
The layered presentation of the distribution and functions of the different layers gives a clearer picture of the overall design. It also shows the uniqueness of each unit and shows the integrity of the design.
The canopy
Unit 1 60+45 sqm
Main house type, 32 units
This unit covers basically all the space needed for living, including the terrace with garden.
Unit 2 90+60 sqm
House with a view, 10 units
This unit is independent in a more scenic area and the balcony is more free.
Public 1 130 sqm
Gym, library, laundry, office
This is mainly a public facility with a total area of 600 m2
Public 2 90 sqm
Reception, supermarket, coffee
This is the service area at the entrance, with a total area of 180 m2
The whole is translucent, partially walkable and has a connecting shading effect, adding to the overall fluidity and integration into the environment.
Top floor
Occupying a relatively small part of the site, it is located on the south side of the whole site, has access to the surrounding roof and has good views.
Central Residences
Located in the centre of the plot, the height gradually increases from north to south to form a corridor, suspended above the water.
Main Residences
The main part of the residence, consisting of the UNIT, is staggered in height. It is distributed in a u-shape and is mainly interconnected in three directions.
The Waterfront
With larger floorplans and more communal green areas, and overall river frontage, the views are excellent.
Ground floor residences
The main focus is on convenience and communicates with the upper floors, with a predominantly internal landscape and more green areas around.
GF Public+Unit 1
In the vicinity of the two entrances are the common area and the unit1 residence
F3 Unit 1+Roof
The highest floor, comes with the use of the roof
Moat
The
F1-F2 Unit1
The main part of the design and has two floors, divided into three main blocks, which are interconnected
Canopy F1-F2
For shading and linking to the overall design
Viewing F2
Two separately distributed sections, overhanging the ground, providing good views
Circulation
The overall flow lines are distributed with the internal corridors
into account the contrast and harmony with it.
river is wide and has good views, separating two urban areas with distinctive features Park Retaining part of the park, maintaining unity and incorporating new elements Old town The old town has a distinctive architecture that echoes Skyscrapers The new town is located on the opposite side of the river from the design. The design takes
Elevation
With tour function & good view Connections Multi-storey residence
The elevation shows the overall setting and architectural layout. The design of the roof also highlights its uniqueness, integrating the whole and combining a contemporary and classical atmosphere.
Concept
Development s ee las t page
Section
Some of the buildings are not directly visible due to the obstruction of the mountain. However the fluidity of the whole complex and the distinctive atmosphere shaped by the curves can be clearly seen here. It is both integrated into the topography and accentuates the character.
Plan
Rendreing
Some of the buildings are not directly visible due to the obstruction of the mountain. However the fluidity of the whole complex and the distinctive atmosphere shaped by the curves can be clearly seen here. It is both integrated into the topography and accentuates the character.
Additional Canopy
An additional addition to the outdoor public space is a small design for learning about structures. Incorporating local features.A more traditional feel is reflected in the timber structure, while considering permeability and aesthetics, with a protective membrane material on the outside.
Draft design For the first time the design uses freer shapes, the randomness and exaggeration of the shapes can be seen in the planes. Underpinning Because of the regular structure, each support point more evenly loaded and the support points are more supportive Layout Transformation of irregular shapes and a more rational design of each arch column to achieve a more uniform force in all parts Shape certain freedom and tension lost, but the structure more regular, with simple and regular structural changes and more neat overall Final design The design is more regular, echoing the rectangular of original house, the structure is more simple and neat. Development
Pedestrian Bridge
-Group work - Director: Iasef Md Rian - Location: Suzhou, China - Time: 03.2022-05.2022
-Members- Danni Yan-Bingyun Xue-Cheng Wang-Chenglong Li-Chenyuan Xu-Hongpeng Lu-
The project was a structural assignment for an on-campus structures course and the team of six designed a pedestrian bridge of approximately 25 metres long between the north and south campuses of the University for students and staff.
The pedestrian bridge is based on the concept of a connected Möbius ring, which connects all parts of the school and increases ease of circulation. Within the school the emphasis is on a lighter form, which is achieved with lighter materials. The group worked together to complete the background, site research and overall concept, as well as finalising the
design. The team worked together on the background, site research and conceptualisation, as well as finalising the design. Individuals worked on the design details, sustainability strategies and material selection.The bridge is of steel construction and highly resistant timber, and all forces and load-bearing have been tested to meet the requirements.
Through this project I have gained a better understanding of how to organise group work, more software and a basic knowledge of bridge structures.
This site is located in the south-eastern part of China, in the Suzhou Industrial Park, Jiangsu Province. The project was to design a 27-long pedestrian bridge connecting the north and south campuses for XJTLU. The climatic conditions of the site were investigated in preparation for research into sustainability and materials.
campus；between different groups of people...
Concept To create a bond between the north and south canmpuses; between different groups of people... Concept Model
Environmental analysis
High humidity which requires careful selection of materials and resistance to corrosion Little wind The wind direction varies considerably throughout the year, but the wind speed is not more than 11, and the wind is mostly light and does not affect the bridge significantly Waterways The watercourse here is not particularly deep or wide and is small in scale, but this
Pedestrians Pedestrians
ARC202-2122-S2-Structural Design Case studies Pedestrians pedestrians s s 1:500 Plan
1:40 Section
Cable connections
The cables are connected to the bridge body in the way shown below. This is a strong enough and widely used connection to support the bridge body.
ARC202-2122-S2-Structural Design
Top intersection
The tops intersect and support each other in a double helix structure. The spiral design is slim and is positioned to provide optimum structural performance and has a strong lateral resistance through its connection.
Bridge deck and ground
In our design, the ends of the bridge also provide some support, so the deck structure has joint where it comes into contact with the ground.
Trusses
As a supporting structure, the truss has many important structural concentrations and comes from six or more directions, so the joints are very important here
Bridge deck
The sustainable material laid on the bridge deck, high resistant bamboo, is supported by the truss structure beneath it, so it only needs to be fixed to that structure
ARC202-2122-S2-Structural Design
ARC202-2122-S2-Structural Design Structural analysis Karamba Karamba's tests showed that the open part of the main frame was under more pressure and the rest of the frame was more suitable. The solution was considered to include support structure in the centre or to incorporate an arch element into the main cable design.
Joints details Prestressed double helix Intersect and support each other at the bottom and top. The spirals are designed and engineered to be as slender as possible and are positioned to provide optimum structural performance. The form of the space arch built from tubular stainless steel columns and has high lateral resistance through its connections. Based on its double helix structure, the bridge uses five times less steel than conventional box girder bridge. High resistence bamboo Highly resistant bamboo an ideal sustainable material, ideal for use bridge decks. Despite the dampness of the area, the material has service life of over 40 years. also very suitable for this small-scale bridge deck and reduces the weight the bridge, while the same time being aesthetically pleasing and in harmony with the environment. Eco-friendly lighting At night, environmentally friendly lighting materials can be used to illuminate the area itself and its surroundings. Translucent glass The transparent glass handrail ensures both visibility and aesthetics, while reducing weight and material costs. Pre-assembled Pre-prepared and then lifted one piece, this not only saves on materials and costs, but also reduces excess contamination and waste caused during installation, cutting down on erection time and achieving sustainability. Sustainable strategy Elevation 1:100 ent
OTHER WORKS
Includes individual design, group work, environmental studies, drawing, modeling, urban studies, etc.
Physical model
OTHER WORKS
Includes individual design, report, environmental studies, Asian architectural studies, urban studies, modeling, etc.
2021 2022 ARC203 HISTORY OF ASIAN ARCHITECTURE CW1:Reading Suzhou Architectural History Research Visual Resources Light and Religious Architecture Guidance The earliest Buddhist architecture China could date back Han Dynasty. Referring layout the temple Western regions, Tower set the center temple. Xiyuan Temple, located ancient Suzhou, was built Yuan Dynasty and rebuilt the Qing Dynasty. has typical layout Chinese Buddhism. Different from having pagoda as center Xiyuan Temple uses central axis form the order The first part poster analyzes how location and layout nfluence lighting temple. The diagrams show layout without tower has positive effect obtaining better lighting. The next explains how light interacts with architectur and guides people's movement different ways from aspects structure, artificial light and material. Structurally, small opening could focus light. Light beam dark area forms strong contrast. this condition, light could guide. Apart from the observations, discussions with the monks and volunteers also give some knowledge the use light. People often bright enough, Consequently, artificial light, plays indispensable role modern religious architecture supplement natural light. helps reduce the danger real fire, guides people's route, and gives people spiritual guidance form etern light. terms ight. ater produces specular reflection, which can enrich sight by reflecting concrete gently illuminate surroundings through diffuse reflection. conclusion, light plays an important role religious architecture. not only satisfies daily lighting and guides people' XJTLU ARCHITECTURE Light and Religious Architecture Guidance Suzhou city with long history. said that Buddhism introduced into Suzhou during Kingdoms period and developed through several dynasties until now. religious architecture remain Suzhou, Xiyuan Temple one them. 2021 2022 ARC203 HISTORY OF ASIAN ARCHITECTURE CW1:Reading Suzhou Architectural History Research with Visual Resources Entry of light Opening XJTLU ARCHITECTURE Entry of light Opening The openings the temple are mainly doors and windows, which main entrances interior light. There are also ecial Doors and windows are the main source light temples. They also have different meanings. For example, Gate Wall the Temple made "Empty Gate", "No Phase Gate" and "No Acting Gate", symbolizing "wisdom", "compassion" and "integrity" respectively. also said that door might entrance the western paradise. Another possible explanation that door can make interior environment quieter addition, ventilation also taken consideration. Unde the first eave, there structure that imitates the shape brackets, which carved hollow.The hollow parts only slightly increase the brightness interior space, but also play certain role ventilation. There very narrow passage between the two sections, where more light enters through doors here. Patios each side another good source fresh through two posters, analysis how light interact with religious architecture was shown using Xiyuan Temple the case. Conclude from first poster, light could provide enough brightness daily activities. could also guide movement visitors and create atmosphere solemnity and respect. Different structure and mat The second poster analyze different openings such doors and They are the main entrance light. The Arhat Hall Xiyuan Temple was chosen main case research. From tiny architecture details (such hollowed brackets) large scale openings (such Elevation Openwork structure Comparison Characterisation Group Work For the districts, think is possible to split up the large teaching areas, making the landscape and green more evenly distributed. Distribute medical resources in less dense areas, located next to main roads, to ensure easy access while improving the quality of the environment. For the layout of the community, the elements are maintained while adding variants and overlays different directions, and some changes and details are made to the form to ensure its versatility and interest. The functional aspect based on integration, transforming single-attribute residential building into modern building with more public attributes, breaking down the barriers between households and enhancing community interaction. The planning of the public areas also increases the form and functional role of the building. The balcony, an important element of Suzhou architecture, has been innovated to bring the role of the courtyard back into the modern residence. The public parts are connected by partially suspended trestle, creating more spatial possibilities and echoing the trestle in traditional gardens. Structures：Brick Concrete Wood Materials ：Tile wood glass Innovative architecture and urban design North-South facing Avarage Floor Area Ratio (FAR) 1.4~2.3 Layout Primarily orthogonal Number of communities Population 95,283 Commercial streets Urban Scale Old Residential Community Scale Architectural scale Public areas Newer neighbourhoods Individual Work Lounge area Courtyard Balcony stability and characteristics of the structure, Piecing joint This kind of joint takes into account both aesthetics and practicality. It is very convenient to connect and can be removed. When it is stressed, the connection will interact more closely instead of falling apart. At the same time, it adds interest to the entire design. In order to solve the connection problem, we try and compare two solutions. In the first solution, we used angled planks at the joints In the second solution, we use piecing joint . After testing the study models, we chose the second connection joints. In order to solve the top part’s connection problem, we have experimented with two solutions At first, We want to use two pieces of board to support the board which connect the top part. But we found it not strong enough, so we modified the scheme and decided to use the splicing method. Joint Analysis Joint details More photos Interesting details
PORTFOLIO DANNI YAN 2019-2023 E-mali:danni_yan@163.com TEL:+86 15693126654
