4 minute read
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.
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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
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.
Elevation
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.
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.
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. campus；between different groups of people...
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.
Concept To create a bond between the north and south canmpuses; between different groups of people... Concept Model
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
Other Works
Includes individual design, group work, environmental studies, drawing, modeling, urban studies, etc.
Other Works
Includes individual design, report, environmental studies, Asian architectural studies, urban studies, modeling, etc.
