Mediator Meng Yang Contact Address: Goudsesingle 43D, Rotterdam 3031ED Tel: +31 615377955 Email: yolanyang@gmail.com
/04 2016-2017 MSc 1 Tokyo 2000
/12 2015-2016 BSc 4 Youth Hotel
/18 2013-2014 BSc 2 BAZAAR
/24 2018-2019 MSc 3 Urban Renewal
/30 2017-2018 MSc 2 The Aging Communiy
/38 2011-2018 Other Works
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03 Tokyo 2000 Extreme Oscillations ACADEMIC WORK
Fall 2016
Advisor: Ir. Erik Hehenkamp Individual Work Site: Tokyo, Japan Occupancy: Amplified Concert hall Site Area: 1060 sqm Gross Floor Area: 4280sqm
Situated at the heart of AOYAMA and surrounded by high-end shops, the site has hardly public area. A concert hall which could blend into people's daily life would be the first keyword. In contrast with PRADA building which shining as an individual slogan, Music Docks need to be welcoming and blend into living in an active way. Besides the constrains of plot and surrounding atomosphere, Earthquake is another key element need to be taken into consideration. Tokyo suffers from medium size of earthquake from every the other week. Evacuation and structure safety are of vital importance to the design of concert hall. At the meanwhile, repair of the building is also crutial regarding to earthquake
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Level6 +23.800
Auditorium View
Level5 +19.600
Foyer View
Level4 +15.400 Level3 +11.200
Level2 +5.600
Level1 +0.000 Level-1 -4.200
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Changing Auditorium
Office
Service
Foyer
Service
Auditorium
Cafe
Service
Bar
Storage
Kitchen
SECTION 1-1 10m
The assignment required a concert hall for 2000 people. However, in this design, the task is divided into two part, a concert hall of 1500 audiences and a music bar & disco of 500 audiences. By doing so, the concert halls could meet the needs of bands of different scales and hopefully, reach a higher frequency of usage.
To prelong the evacuation time for the audience in concert halls and at the same time, to prevent the primary structure from damage during earthquakes, a unique structure system is used in the design of concert halls, which itself served as damping system. For service areas, common steel beam-column structure system with earthquake isolators is deployed. Two construction systems are separated down to the foundation.
STRUCTURE EXPLODED AXON
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EARTHQUAKE & STRUCTURE Cable
Seismic Resist Structure
Displacement
Hang Structure performed as Tuned Mass Damper which significantly reduces displacement and shaking time
Damper
TIME Rigid Frame Building Hang Structure Building
Separate structure systems which perform differently during earthquake
CONSTRUCTION
STRUCTURE TEST
TEST1
TEST2
TEST3
FINAL
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EXTREME O
STUDENT NAME: MENG
FACADE FRAGMENT
Piezoenvelope
1: Solar panel 6mm thick aluminum L shape channel Roof stanchion with waterproof sealant 5.6mm two layer bituminous membrane with white plastic chippings; 13mm water-proof gypsum-based composition board; 100-140mm rockwool thermal insulation board; 2.3mm bituminous layer; 8mm steel deck
Aluminum sandwich panel with rockwool
2: 1mm aluminum plate with piezo electricity generator fixed with aluminum clips; 2mm aluminum joints flashing; 80mm sandwich board with aluminum plate and rockwool insulation; 200mm rockwool insulation; 4mm vapor barrier layer 16mm plaster board
Rockwool with steel beam
Detail 1-1 Detail 1-2
3: 16mm mortar; 100mm concrete with steel deck
2
Concrete layer Air cavity Rockwool layer
PIEZO ENVELOPE 1:20 MODEL Flashing strip of aluminum sandwich panel Aluminum strip
Piezo generator
PIEZO GENERATOR 1:1 MODEL
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Detail 2-1 Detail 2-2
To make the concert hall energy neutral, a series of active electricity generation methods are deployed. On the facade, a special facade element, Piezogenerator, is used to convert wind power into electricity. At the mean time, these items bring a dynamic look of the building.
DETAIL SECTION A 1:20 7: floating floor isolator
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8: 5.6mm bituminous membrane; 13mm water-proof gypsum-based composition board; 100-140mm rockwool thermal insulation board; 2.3mm bituminous layer; 8mm steel deck; Linear suspended ceiling of aluminum with concealed strip
9: Triple glazing parallel opened window: 8mm toughed flint glass and 15mm air cavity; 8mm white ceramic frit glass and 15mm air cavity;two layer of 4mm laminated safety glass 10: 60mm screed with radiant heating pipe; 2.3mm water-proofing membrane 50mm thermal insulation board 4mm bituminous damp-proofing membrane 11: seismic isolator: DIS rubber lead bearing
Level5 +23.700
OSCILLATIONS: MUSIC DOCKS IN TOKYO
G YANG | STUDENT NUMBER: 4616200 | STUDIO TUTOR: ERIK HEHENKAMP | BUILDING TECHNOLOGY TUTOR: SJAP HOLST 1
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Level6 +26.900
Level6 +26.900
Level5 +23.700
Level5 +23.700
STRUCTURAL JOINTS DETAIL 1: Flashing strip on sandwich board 2: Hinge Joint 4:isokorb
Level5 +16.460
Level5 +15.400
1
3
2
4: 40mm steel grating floor on top of steel supporting beam anchored to concrete floor with rubber isolator 5: 80mm screed with radiant heating pipe on top of steel deck; 50mm rockwool insulation board; 100mm pre-cast concrete slab Level4
DETAIL 2-1 HORIZONTAL SECTION 1:5
+11.200
6: 100mm pre-cast concrete slab; 50mm air cavity 80mm acoustic isolation board with perforated downside surface
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Level5 +16.460
Level5 +16.460
Level5 +15.400
Level5 +15.400
1: Hinge Joint 2:isokorb 3: I shape beam welding with steel plate connect with isokorb
Level4 +10.050
5 +9.180 +9.000
1
3 2
6
Level4 +11.200
Level4 +11.200
Level4 +10.050
Level4 +10.050
Level2 +5.000
DETAIL ELEVATION A 1:20
DETAIL 2-2 VERTICAL SECTION 1:5
PIEZO-EFFECT FACADE FRAGMENT
8 +9.180
+9.180
+9.000
+9.000
Piezo generator
hinge joints
external panel
11 9
Level1 0.000
flashing
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04 Youth Hotel Historical Building Renovation ACADEMIC WORK
WINTER 2014
Advisor: Prof. Hongjun Wang Team Work Site: Shanghai, China Occupancy: Youth Hotel Site Area: 1763 sqm Gross Floor Area: 2480 sqm
It is a renovation project of a brickmade house built in 1920s and preserved by Shanghai government. The assignment was to convert three of five building blocks into a youth hotel. Besides transform of the original buildings, new function blocks were also needed as restaurant, reception and public space for activities.
Those buildings are of good conservation condotions. Thus, the design focus on re-organise of the site to link the three buildings as a whole. By rebuilding the mass at the front and converting it to a reception desk and restaurant, the main auxiliary function could serve both the communities and the youth hotel itself. The back park of the three buildings are also linked together by a continuing path communicating indoor public area and outdoor gardens.
3
2
1
N
N 0
5
10
20m
0
5
10
20m
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View port1 Front Garden
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View port3 Back Garden
2470
13.830
2880
11.360
4180
15320
8.480
2680
4.300
±0.000
1490
1620
1.620
-1.490
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View port3 Kitchen & Restaurant
Public Space
2470
13.830
11.360
2880
Private Space
4180
15320
8.480
2680
4.300
±0.000
1490
1620
1.620
-1.490
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Flow on site
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Grids system
Block scale
05 BAZAAR Community Market Design ACADEMIC WORK
Advisor: Prof. Yuhui Zhu Individual Work Site: Shanghai, China Occupancy: Community Market Site Area: 1540 sqm Gross Floor Area: 2360sqm
Stack restaurant on market
Carve out public space
Entrance and Greenery
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1
1
Ground Floor
First Floor
Second Floor
Circulation
Situating in between two communities, this market has enters from both sides of the road. A separation on flows of market and restaurants allows them operating independently. A vertical lift for stocks makes it possible to transport ingredients from food market up to restaurant for cooking directly. MARKET RESTAURANTS STOCKS
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Flow Space
MONOMER DONUT CELL: INTRODUCE LIGHTS
SHOE BOX
STEEL TRUSSES
DONUTS
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Space and Time In this market, either at the market area or restaurant area, space is continuing, which encourages customers to move, to explore, to experience. At the mean time, by combining food market and restaurant together, the buildings could be entirely used 24/7. Besides, by rotating blocks, public space is carved out, providing space for community activities.
1
View port 1 Cooked Food Area
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MARKET MARKET
RESTAUR
ANT
MARKET 8AM
2
3
View port 2 Market Area
RESTAURANT MARKET
2AM
PERSPECTIVE SECTION
View port 3 Market Area
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02 Modular and System Commercial+ Healthcare ACADEMIC WORK
Fall 2018
Advisor: Ir. Zuhua Wang Group+Individual Work Site: Beijing, China Occupancy: Commercial, Healthcare
The project was located between the Wangfujing commercial street, the most visited tourist destination, and Xiehe Hospital, the busiest medical centre of the capital. The task of this urban renewal project was to answer two problems. How to connect the site with the hospital t o c re a t e a c o m f o r t a b l e p l a c e f o r accommodating those waiting patients? How to organise and mediate those fragmental "left-over" buildings on site and create lively commercial streets? The designer expanded the existing firstfloor corridle system of the hospital to the site. In this way, the first floor on the site would be dedicated to the patients and their families, while the visitors would mainly experience the ground floor commercial area. Secondly, to meet the different site situations, the designer established a prefabricated "plug-in" system. The basic modular have different functions such as sales, urban furniture, green space and transportation. Various combinations of the basic modular were placed into the location according to existing situations and form a flexible and welcoming space.
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CONSTRUCTING THE STREET
4.8
3.5
4.2
SHOP
BOOTH
REST
STRUCTURE
STRUCTURE
PANELS
TREE+ BENCH
BENCH
GREENERY
STREET BOOTH
BRIDGE
P
REST BOOTH
RE
LANDSCAPE SEPARATION
CCREATING GAP
FIT-IN SCENARIOS
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COR
TRANSPORTATION
STRUCTURAL CELL
4.2
LANDSCAPE CELL
MODULAR
4.2
2.4
PLACE FUN
SHOPS
FORMING PLAZA & STREETS BY DELETION
COMBINATION
MODULUS
2.1M X 2.1M GRID
LANDSCAPE
LANDSCAPE
LANDSCAPE
TRANSPORT
TRANSPORT
TRANSPORT
SHOPS
SHOPS
SHOPS
NCTIONAL CELLS
PLATFORM
ATTACHMENT
EST BOOTH
ONE DIRECTION SHOP
DISLOCATE CELLS CREATING A LIVELY SPACE
TWO DIRECTION SHOP
SHED
REST
ELEVATOR
STAIRCASE
REST+SEPARATION
SEPARATION
RAMP
GREEN+REST
INSERTION
RNER SHOP
DELETE CELLS NOT FITTING TO THE SITE
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28 JOINT 2
JOINT 4
CHINESE MEDICAL CENTRE
JOINT 1
JOINT 3
JOINT 1
TO FIRST FLOOR SYSTEM
JOINT 2
CONNECT TO HOSPITAL
XIEHE HOSPITAL
TO FIRST FLOOR SYSTEM
TO FIRST FLOOR SYSTEM
JOINT 4
WANGFUJING STREET
COMMERCIAL + GREEN CENTRE
TO FIRST FLOOR SYSTEM
TO FIRST FLOOR SYSTEM
PATIENTS ENTRANCE
TOURISTS ENTRANCE
0m
10m
20m
50m
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TRADITION HOUSING
JOINT 5
SHOPPING MALL
OFFICE BUILDING
JOINT 3
TO FIRST FLOOR SYSTEM
TRADITION HOUSING
COMMUNITY CENTRE
01 INVISIBLE BOUDARY Community Renewal: Elderly + Sustainability ACADEMIC WORK
Spring 2017
Advisor: Prof. Lidy Meijers Individual Work Site: Limburg, the Netherlands Occupancy: Residential, Healthcare Site Area: 3088 sqm Floor Area: 1583 sqm Treebeek is a satellite community located at Limburg province. The town was constructed in the 1910s and deeply influenced by the Garden City theory. With several rounds of expansions, the old Treebeek community is spatially separated from the surrounding area. Moreover, the town is also struggling with issues such as Aging and depopulation. In this design, the designer re-thought about the boundary problem and brought elements like sustainability, community healthcare into the shrinking village.
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On the left side of the street is the old Treebeek planned and constructed at 1910, while on the right side situated some residential blocks built in 1953. The street view was blocked by partition walls, back gardens and trees. The old Treebeek was hidden behind those fences.
EXISTING PROBLEMS Expansion Area
Residential Patition Walls SITE
Commercial Street
Treebeek from 1910
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Patition Walls
SPATIAL ARRANGEMENT
Area for the Elderly Area for Families
FUNCTIONS
Family Housing Greenhouse
Activity Room Elderly Housing
SUSTAINABILITY
Floor Heating & Cooling Waste Recycle Installation
Underground Energy Storage Heat Pump
PUBLIC ACTIVITY
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-0.300
1
Up
+0.150
+0.150
+0.150 +0.150 +0.000
-0.100
+0.150
-0.300
Up +0.150 -0.300
+0.000
Up -0.300
+0.000
+0.000
+0.000
N Ground Floor Plan 1:250
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1-1 Section 1:200 Housing Block of Two Directions To break the separation between the new and old Treebeek communities, the designer first removed the back gardens and partition walls and formed two public space divided by a housing block. The inner open area, surrounded by housing blocks became a community plaza. The outer public space was designed as a plaza mainly used by the elderly residents. The designer added some new volumes, including a community greenhouse, a housing block for the elderly and an activity room.
Kangaroo Housing The designer transformed the original terrace houses into kangaroo houses, the ground floor is dedicated to the elderly in the family, and the upper floors belonged to younger generations. The elderly houses were connected to the elderly activity rooms and a community garden, while the top family houses were all faced towards the plaza shared by the community.
Family Housing Elderly Housing Elderly Activity Room Community Greenhouse Community Plaza Elderly Plaza
+3.150
Down
Up
Up +3.150
Down
Down Office
+3.000
Family Housing Entrance
Storage Laundry Elderly Housing Entrance
First Floor Plan 1:250
Kangaroo Housing Explode Axon
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2
3
1
4
1. 20mm plaster rendering 30mm wooden ceilling panels (original) 85 x 165mm ridge collar 150 x 100mm purlin 85mm x 165mm Rafter 2. Triple glazing with colloidal foil (non-crystalline) 3. 165mm x 268mm roof tile 30mm x 40mm tile battens 40mm residual cavity 3mm breathable membrane 90mm rockwool insulation panel 30mm crosslam timber panel 4. Gutter and Soffit board
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Detail 1:10
View port1 Community Greenhouse
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View port2 Elderly Activity Room
06 OTHER WORKS
Pixel PROFESSIONAL WORK WINTER 2017 Design work during intern in MVRDV, Rotterdam, the Netherlands Co-working with Ramboll Roll: Concept Design, Schematic Design Site: Abu Dhabi, UAE Occupancy: Commercial, Office, Residential
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MUSEUM OF FUTURE ACADEMIC WORK WINTER 2014 Advisor: Ercument Gorgul Individual Work Site: Shanghai, China Occupancy: Museum Site Area: 1920 sqm Gross Floor Area: 2085 sqm
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STUDY ON THE EVOLUTION OF VERNACULAR HOUSING IN DIMEN 1910S
1960S
1970S
1981S
1985S
1980S
1980S
1989S
1990S
1992S
1996S
2000S
CO Pr
Fro Jia as
Ch
Fl
Alt pre sp an
2005S In Dimen, I selected 17 vernacular houses cross 100 years span, documented their plans, sections and living pattern inside the building. This study tried to document the living and housing evolution comprehensively and concluded the culture genes from studies and documentation.
4
2010S
2010S
2012S
ASSEMBLE DIAGRAM
2015S
LOW-TECH STRUCTURE SYSTEM Prese
Wood-BrickConcrete Structure
Joints Detail1
Joints of Concrete Beam and Wood Frame
Pre-embeded Connection Components
N
Dimen h and the Trd always d fun families. the joints the brick wa co hanged which int techniqu construc building
Tradition Wooden Frame
Joints Detail2
Joints Detail1
Joints of Brick Wall and Wood Slab
STRU Sealing Strip
Advantag
Cl
De
Advantag
Fir
Concrete Beams and Slab
Vernacular Housing Design
Joints Detail2
Sh Recess of Brick to Support Slab
FALL 2015
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Joints Detail3
Joints Detail3
Joints of Brick Wall and Wooden Board
Brick-core tube
THESIS WORK Advisor: Prof. Hongjun Wang Individual Work Site: Dimen, Guizhou Province, China Occupancy: Vernacular Housing Site Area: 150 sqm Gross Floor Area: 273 sqm
Wo St
Pre-embeded Wooden Column
MATE
Located mountain not capa with con In the de material recycled possible
Usage a Wood: R Bricks: R Concrete for Steet
Interior Design of Bubble Hotel PROFESSIONAL WORK WINTER 2014
Design work during intern in SPAN, Shanghai,China co-working with Matias Del Campo Roll: Design bathroom and closet, Render Site: Liaonin Province, China Occupancy: Hotel
City Complex ACADEMIC WORK SPRING 2015
Advisor: Prof. Juan Yan Team Work Site: Shanghai, China Occupancy: Office, Hotel, Shopping Mall Site Area: 18000 sqm Gross Floor Area: 65000 sqm
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