Yao Yuzheng, ARC305, semester 1, 2018-19

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Case Studies (done by Di Yang) View from the top Skyville@Dawson, WOHA Sky Bridge/Garden Roof Garden verical village unit verical village unit verical village unit View verical from village the top unit Skyville@Dawson, WOHA In order to coordinate the residential scale in the high-rise, In order to coordinate the residential Expect scale the in aforementioned the high-rise, stackings of vertical villages, Expect the the aforementioned stackings of vertical villages, the WOHA has adopted the strategy to divide veritically WOHA the buildling into four micro village, using a sky-bridge that opccupies ling into four micro village, using a serving sky-bridge the inhabitants, that opccupies such as tennis court, refection serving pool, the inhabitants, such as tennis court, refection pool, has adopted the strategy connections to divide veritically itself has the become build- annexe with various funtions connections itself has become annexe with various funtions the whole length of the buildling. The bridge offers connection, at the same times it functions as a ground floor for tion, the at the same times it functions nection. as a ground There floor are ones for the at every fifteen floors with connections nection. There are ones at every fifteen floors with connections the whole length of the buildling. and The bridge parking offers lots. Notably connec-there is a hierarchy of different and con- parking lots. Notably there is a hierarchy of different con- ‘vertical village’ that stacks on top of it. In this way the ‘vertical residentail scale is reduced to fit with the inhabitants. tail scale is reduced to fit with the tions inhabitants. between adjacent towers for every five floors. tions between adjacent towers for every five village’ that stacks on top of all it. three In this towers. way the At residen- the same time there are minor to connec- all three towers. At the same time there are minor connec- floors. Group Proposal-Developing Process Unit 3 Unit 2 Unit 1 1) Normal Building Block 2) Dividing into Several Community Units Skyville@Dawson, WOHA In order to coordinate the residential scale in the high-rise, WOHA has adopted the strategy to divide veritically the buildling into four Roof Garden micro village, using a sky-bridge that Overhead Attic verical village unit opccupies the whole length of the buildling. The bridge offers verical connection, at the same times it functions as village unit Sky Bridge/Garden verical village unit a ground floor for the ‘vertical village’ verical village unit that stacks on top of it. In this way the residentail The Met, scale WOHA is reduced to fit with the inhabitants. 3rd Ground Foor 2nd Ground Foor 1st Ground Foor 3) Vertical Communities with Several 'Ground Floors' verical unit verical unit verical unit The Met, WOHA Overhead Attic After site analysis and group discussion, we all agree that the scale of lilong buildings is pretty suitable to encourage residents to get along with each other. Therefore, we try to adapt the old scale of a unit in our new proposal, which is to pile up community with several smaller sections. Each section will own a new conceptually "ground floor" for daily activities. verical unit verical unit verical unit The Met, WOHA Expect the aforementioned stackings of vertical villages, the connections itself has become annexe with various funtions serving the inhabitants, such as tennis court, refection pool, and parking lots. Notably there is a hierarchy of different connection. There are ones at every fifteen floors with connections to all three towers. At the same time there are minor connections between adjacent towers for every five floors. Tianhe Youth Commune, O-Office The bridge system has been introduced to access from the ground floor to the roof. The bridge itself provides not only access, but also green space, public aggregation and view. Original Circulation on the Ground Floor The original root of the site was considered to remain in the new proposal as the general circilation for the whole community. Conceptual Form Diagram Roof Top: Fragmental Connection; Private/ Semi-private Public Connected Space on the Second 'Ground Floor' Different building blocks would be conected by platforms at our conceptual second 'ground floor' level. Second Ground Floor: Communal Public Space and Green Area First Ground Floor: Circulation and Public Space Possible Connected Public Green Space It is supported that there would be green space where would be arranged for public circulation, providing better living condition. 4
02. Individual Proposal Research and Analysis 5
Page 1: P O R T F O Yao Yuzheng 1 5 0 9 1 4
Page 5 and 6: 01. Group Proposal Research and Ana
Page 7: A Lilong Community's Characteristic
Page 11 and 12: Conceptual Form Diagram Geometry Pa
Page 13 and 14: 9
Page 15 and 16: 03. Individual Proposal Plans Secti
Page 17 and 18: C A A' B B' Plan B1 (1:100) C' 0 1
Page 19 and 20: C A A' B B' C' Plan 1 st (1:100) 15
Page 21 and 22: C A A' B B' C' Plan 3 rd (1:100) 0
Page 23 and 24: C A A' B B' C' Plan 5 th (1:100) 19
Page 25 and 26: Elevation View from the Sourth (1:2
Page 27 and 28: Section B-B' (1:200) 0 2 6 14m 23
Page 29 and 30: Section C-C' (1:100) 0 1 3 7m 25
Page 31 and 32: 800mm Reinforced Concrete Wall Foam
Page 33 and 34: 29
Page 35 and 36: 31
Page 37 and 38: 06. Individual Proposal Model Photo
Page 39 and 40: Detailed Model (1:25) 35
Page 41 and 42: 08. Final Review Presentation 37
Page 43: 39

Yao Yuzheng, ARC305, semester 1, 2018-19

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