YAOYUAN ZHANG| PORTFOLIO
M Arch 2 SCI-ARC Phone:213-486-3760 E-mail: Zhangyaoyuan218@gmail.com 315 E Broadway ST. APT 309, San Gabriel, CA 91776
YAOYUAN ZHANG| PORTFOLIO M Arch2 SCI-Arc
CONTENT
Design Studio Eric Owen Moss Studio Project 3GAX
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Jeff Kipnis & John Bohn Studio Project 3GAX
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Elena Manferdini Studio Project 2GBX
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Ramiro Diaz-Granados Studio Project 2GAX
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Applied Study DD Project 3GAX Advanced Tectonics Works 2GAX Advanced Structure Works 2GBX
Visual Studay
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Coding Form 3GAX
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Extract Form 2GBX
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Fantastic Object 2GAX
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High Rise Complex design
CURVE
MOUNTAINS
Eric Owen Moss Studio Project 3GAX This is a group work by me and Ke Wang.
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Description: What's a High Rise? About twelve years ago the Department of City Planning, City of Los Angeles enunciated a conceptual plan for integrating the new Metro train lines with what was called an “increased density� building development strategy.Whether this policy constituted a substantive and constructive change in the inter-relationship of planning policy and design in Los Angeles is a question to be pursued elsewhere.In particular an Expo Line station accompanied by a parking structure was built on the south east corner of La Cienega and Jefferson Boulevards,and a new high density site building site designation was approved for the property just north and west of the train stop, where National Boulevard intersects Jefferson.
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[ PLANS & DIAGRAMS ] [ Ground Plan ]
[ Concenpt Processing ]
[ Typical Plan & Diagram ]
[ Construction Chunk ]
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[ SECTIONS & DIAGRAMS ] [ Section Combination Part ]
[ Building Layers ] [ 3D PRINT PHYSICAL MODEL ]
Metel Skin
Mesh Metel
Glaze Frame
Inner Construction
Podiums Trusses
Ground Floor
[ Main Section ] 10
Garage
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Building Construction Development design
SHADOW
CLOUD
Instructed By Tom Wiscombe & Herwig Baumagartner & Jeffrey Landreth 3GAX
This is a group work by me, Weizhe Wu, Ke Wang, Jiamin Shou and Dania Alsaib
COPMPONENT
QUANTITY
UNITY PRICE
COST $58,972,341.236
CURTAIN WALL GLASS PANELS STRUCTURAL STEEL FRAME (SHELL) STRUCTURAL STEEL FRAME (FLOOR&BASE)
9,083.446 lf
$150/lf
$1,362,516.962
13,937.412 lf
$125/lf
$1,742,176.523
STEEL PATTERN PANELS
80,774.236 lf
$100/lf
$8,077,423.600
CONCRETE FLOOR PLATES, COLUMNS AND CORES
$6,991,069.200
FIRE SPRINKLERS
$466,071.280
HVAC
$3,728,570.24
WALL FINISH
$6,134,133.900
FLOOR FINISH
$5,245,959.486
$13,908,038.758 TOTAL
$97,966,217.566
project information
location:5960 Sunset Blvd Los Angeles, CA building type: academy project area:135645 sq.ft
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programmatic project division 项目功能分区 a. student apartment
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b
c
d
e
学生公寓
1. primary steel structure 主要钢筋结构系统
2. reinforced concrete floor slabs 钢筋混凝土楼板
3. steel pattern shell 钢筋图腾外壳
b. regular classroom 普通教室
1. primary steel structure 主要钢筋结构系统
2. reinforced concrete floor slabs 钢筋混凝土楼板
3. steel pattern shell 钢筋图腾外壳
c. teacher longue 教师休息室
1. primary steel structure 主要钢筋结构系统
2. reinforced concrete floor slabs 钢筋混凝土楼板
3. steel pattern shell 钢筋图腾外壳
d. auditorium 阶梯教室
1. primary steel structure 主要钢筋结构系统
2. reinforced concrete floor slabs 钢筋混凝土楼板
3. steel pattern shell 钢筋图腾外壳
4. interior acoustic walls and ceiling 室内声学墙壁和天花板
E. pattern shell system 钢筋图腾外壳系统
1. steel framing system 钢筋框架系统
2. fiberglass panels 玻璃纤维板
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F. foundation and underground parking p1-p2 max occupancy 236 cars 地基和地下车库—最大停车容量236辆车
1. reinforced concrete footplates 钢筋混凝土脚板
2. concrete retaining wall 混凝土挡土墙
3. concrete columns 混凝土柱
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c2. wall section detail 墙壁剖面细节 1. interior wall 内墙
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2. interior wall structure 内墙结构
3. curtain wall 玻璃墙面
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4. floor finish 地面面板层
5. floor slab
d1. auditorium detail
楼板
阶梯教室细节 1. acoustic ceiling
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6. ceiling finish
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7. primary steel structure system
天花板面板层
室内声学墙壁
主要钢筋结构系统
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声学设计天花板
2. acoustic interior wall
8. steel pattern profile support
3. secondary steel structure system 次要钢筋结构系统
钢筋图腾轮廓支撑
4. steel pattern framing system
外层钢筋图腾面板
5. primary steel structure system
9. exterior steel pattern panel
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钢筋图腾框架系统
主要钢筋结构系统
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E2. STEEL PATTERN detail2 钢筋图腾细节1 1. exterior steel pattern panel 外层钢筋图腾面板
2. steel pattern profile support
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E1. STEEL PATTERN detail1 钢筋图腾细节1
1. INTERIOR STEEL PATTERN PANEL 内层钢筋图腾面板
钢筋图腾轮廓支撑
2. BOLT FIXING
水平钢筋结构系统
3. STEEL PATTERN PROFILE SUPPORT
固定螺栓
4. PRIMARY STEEL STRUCTURE SYSTEM
内层钢筋图腾面板
5. EXTERIOR STEEL PATTERN PANEL
钢筋结构平台
6. CONNECTOR PLATE
地面面板层
7. STRUCTURAL STEEL SUPPORT
楼板
8. BOLT FIX STEEL PANELS
3. horizontal steel structure system 4. bolt fixing 5. interior steel pattern panel 6. steel platform 7. floor finish 8. floor slab 9. ceiling finish
固定螺栓
钢筋图腾轮廓支撑 主要钢筋结构系统 外层钢筋图腾面板 连接板
钢筋结构支撑
螺栓固定钢筋面板
天花板面板层
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steel structure system 1. primary envelope framing: 24”x24” steel frame 主要钢筋结构系统：24”x 24”钢筋框架
2. secondary envelope framing: 8”x2” steel frame 次要钢筋结构系统：8”x 2”钢筋框架
3. primary column system: reinforced column W10x112
hvac 暖通空调 1. air handling unit
主要柱网系统：钢筋混凝土柱W10x112
空气处理机组
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2. boiler
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锅炉
3. cooling tower 冷却塔
4. garage vent 车库通风
Fully Sprinklered Occupancy type Educational 20sqft/Occupant Stair Max Load: 737 0.3’’ x 737 = 221.1’ 221.1’ ÷ 2 = 110.55’’ Minnimum Width = 110.55’ Classroom Total Conditioned Floor Area: 87423 SF Ventilation Rate: 1.0CFM/SF Total Ventilation Air Flow: 87423 CFM Underground Parking Total Conditioned Floor Area: 49060 SF Air Flow Factor: 0.2 CFM/SF Total Air Flow: 9812 CFM
blue:supply red:return
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Level 8 Classroom Area 8805 sq.ft Occupancy: 440
10'-8""
NO. OF PANELS
57'-6 1/8"
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15 77'-10 13/16"
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66'-8 1/2"
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2. steel pattern framing system 钢筋图腾框架系统
3. mild steel tube 低碳钢管
4. rthermal insulation
8'-1 - 9/16" /16" --8 1/8" 17'-2 7/16" 1 /16"
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73'-11 3/16" 67'-10 7/16"
主要钢筋结构系统
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保温隔热
5. primary steel system 主要钢筋结构系统
6. parapet cladding
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15'-8 5 15/16" 16" 15/16" 19'-2 1
1. primary steel structure system
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6"
6 8'-
1/1
30
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66'-11 1/2"
屋顶细节
27'-3 3/16"
c1. roof detail
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AREA(SQ.FT)
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4030.14
2
2039.69
3
12911.06
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3557.02
5
10595.26
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5380.57
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2179.06
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2200.61
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2028.58
10
9259.30
11
9666.95
12
3550.12
13
11251.03
14
6942.41
15
1444.82
16
8927.51
17
1840.74
18
5734.92
19
4362.94
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5426.37
21
9719.28
22
1135.67
23
4336.30
24
2735.32
25
2045.03
26
4538.41
27
2652.71
28
1190.82
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3024.29
30
6217.07
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Level 7 Classroom Area 14736 sq.ft Occupancy: 737 Level 6 Classroom Area 9677 sq.ft Occupancy: 484 Level 5 Classroom Area 13271 sq.ft Occupancy: 664 Level 4 Classroom Area 13637 sq.ft Occupancy: 682 Level 3 Classroom Area 12389 sq.ft Occupancy: 620 Level 2 classroom Area 7857 sq.ft Occupancy: 393 Level 1 classroom Area 7051 sq.ft Occupancy: 353 Level b1 parking Area 24111 sq.ft occupancy: 118 Level b2 parking Area 24111 sq.ft occupancy: 118
Level 8 Classroom Area 8805 sq.ft Occupancy: 440 Level 7 Classroom Area 14736 sq.ft Occupancy: 737 Level 6 Classroom Area 9677 sq.ft Occupancy: 484 Level 5 Classroom Area 13271 sq.ft Occupancy: 664 Level 4 Classroom Area 13637 sq.ft Occupancy: 682 Level 3 Classroom Area 12389 sq.ft Occupancy: 620 Level 2 classroom Area 7857 sq.ft Occupancy: 393 Level 1 classroom Area 7051 sq.ft Occupancy: 353 Level b1 parking Area 24111 sq.ft occupancy: 118 Level b2 parking Area 24111 sq.ft occupancy: 118
女儿墙盖板
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Brothel & Child Care Center design
VERTICAL
MAZE
Jeff Kipnis & John Bohn Studio Project 3GAX Description: The Problem: The spatial organization of a Hybrid Brothel/ChildCare Center within given a 64" cube regulating volume develop a dimensioned site plan, circulation system and space/progarm distribution for a combined ultra high-end brothel and day-care and preschool traching facility.
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[ PLANS & SECTIONS ] [ Episode Entrance Plan ]
[ Episode Middle Floor Plan ]
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A
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[ PLANS & SECTIONS ] [ Episode Top Floor Plan ]
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F
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[ PLANS & SECTIONS ] [ Episode Section ]
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D
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B
A
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[ STORY BOARD ]
[ Point A Entrance ] The client of the brothel get into this building with the first sight of this which shows how the interiors like and the weired place that you see a child near the ceilling.
[ Point B Stairs ] Specificly showing how this child meet the client.
[ Point C One Side Mirror ] The Mirror door in the dining room of the brothel and the hidden litthe mirror door for the children to voyage.
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[ Point D Vertical Maze ] This one shows the wired space when the client go along the vertical maze the moment meets the children from care center.
[ Point E Children's Bedroom ] Specificly showing what looks like from children's bedroom and all the kids can spy on the vertical maze through the glass.
[ Point F Maze Roof ] From the maze you can also see nothing from below but the children can see through the ceilling.
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Visual Study
CODING FORM
Instruted by Satoru Sugihara 3GAX Part of the works are group works by me, Ke Wang, Weizhe Wu, Peiyan Zhang and Natalia Varada
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[ DIAGRAMS ]
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[ Evolution Process ]
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Complex design
WITHDRAWN
EXTRUSION
Elena Manferdini Studio Project 2GBX This is a group work by me and Natalia Varada.
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[ PLANS & DIAGRAMS ]
Ground Plan Sixth Floor Plan
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[ SECTION ] The extrusion from the window can also go into the space to form the atrim space or the units. Some of them show the idea we create for the interior. Some of the windows extrusions can be boolean different with the mass to generate some interesting space and some of them play a role as sunsine tube to bring the light in.
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Sindone Chapel||Guarini
Massing and Subtracting
Visual Study WORKS
EXTRACT
FORMS
Instructed by Cesey Rhem 2GBX
This is a group work by me and Natalia Varada.
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Emerson College -Los Angeles Center Design
INCOMPATIBLE
OBJECTS
Graduated Studio Works 2GAX
Emerson College -Los Angeles Center Design
INCOMPATIBLE
OBJECTS
Graduated Studio Works 2GAX 54
Description: the project includes 23,000 net square feet of Instructional / Administrative program, 57,000 net square feet of student housing and staff/faculty apartments, 4,200 net square feet of retail, and 120,000 square feet of parking. In addition to the above program, the project provides outdoor terraces and instructional spaces totaling 16,000 square feet, which can be used by the staff, faculty, students and College guests. This project is a group work by me and Marissa Martorana.
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[ APERTURE ANALYSIS ] Location: 5960 W. Sunset Boulevard, Los Angeles, CA 90028 Site Area: 0.8 acres / 0.3 hectares Size: 120,000 gross sq ft / 11,148 gross sq m Program: Instructional and Administration facilities, Residential, Retail, Parking
After the color is removed from the building and the apertures disappear, the building form, derived from three revolutionary based objects is revealed. This sequence highlights the deconstruction of the building form into its most basic primitives. The final form came from the intersecting and carving out from the form with several large and small scale objects. The additional cutting objects help to further refine the structure’s functions.
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[ INTERIOR PICtures ]
On the upper floors of the building is the screening auditorium, used as a c o m m o n space for students.
When you first enter into the space, the terraced seating area is revealed.
When the colored objects were intersected with the building as well as each other, new spaces are generated.
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Lastly, a cafeteria/ seating area with different r o o m s i s generated when two of the colored o b j e c t s intersect.
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[ ELEVATION Series ] The ‘envelope’ color map which wraps around the building is used to abstract the underlying form. It divides the building into four distinct pixelated quadrants. For example, the main black, gray and white color mapping clearly indicates the main area of public space such as the administrative, terrace, and retail portions of the program. The multicolored areas indicate the private areas, the academic and residential units.
[ BOOLEAN CUT SECTION Series ] The base of the building is meant to act as secondary object. It maintains continuity with the building but not to distract from the form. We maintained the same language via circles, coloring and texturing within the circles. The density of the aperture system along the building’s facade delineates the public versus private spaces. More public areas contain a higher density and larger sizes of apertures. This is evident at the black, gray and white portion of the color map. The smaller pixilated areas contain fewer apertures indicating more private areas/ areas that do not require as much light.
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[ PHYSICAL MODEL PICtures ] Our building form was derived from the intersection of three revolution based objects. The mass was then trimmed by a cube representing the site restriction. This move is most evident at the upper controlled edge of the building.
This Boolean cut reveals colored objects inside. These objects color coordinate with the exterior ‘envelope’ color mapping. Additionally, since these objects reside inside the building envelope, they were textured to mimic the inside of an envelope. Apertures were then added to allow light into the spaces. These colored objects further break down the program and in most cases, contain the more interesting functions of the building.
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Interior construction design
FABRIKSTRASSE
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Advanced Tectonics Works 2GAX
Description: Completed in 2009, Frank Gehry’s Fabrikstrasse 15 is an icon on the growing Novartis Basel campus. In the evening its brilliant sculptural form is underscored by layers of light — all on the interior — that gently wash the facade, illuminate the workstations, and glow from within its core. Our task is to find one piece of the project to design the interior constructions with all the materials we collect to create all this stuff. This is a group work by me and KE WANG and WEIZHE WU.
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[ INNER DESIGN AXON ]
Anchored to a load-bearing reinforced-concrete skeleton that sits on a rigid 56-footdeep basement box, the building's structural steel shell supports an active tripleglazed envelope that is tied to its natural ventilation and lighting systems through a centralized building facilitymanagement system. Like a finely tuned machine, the building performs unobtrusively to provide comfortable surroundings for its occupants. Sliding glass doors on the ground floor and operable windows discharge excess solar yields and facilitate the flow of outside air, aided by a mechanical fresh-air system around the perimeters of the upper levels.
So what we design is from the concrete structure and the inner advanced system which from the limited information we collect from the internet and the books we have.
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[ SPECIFIC DESIGN AXON ]
COOLINGANDHEATINGPANEL
CONVECTORELEMENTFORLOCAL COOLING AND HEATING
FRESHAIRSUPPLYHUMIDITYCONTROLED2AIRCHANGESPERHOUR
RADIANTCOOLINGBYCHILLED ACOUSTIC CEILING
This shows the details of the interior we create for the building, basically from the structure, inner shading system, the air conditioner system, the power recycle system and ventilattion system.
GL
AS
EX
INT
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SH
AD
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IOR
STR
UC
TER
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STR
UC
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TU
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TU
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SY STE
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Other WORKS
TOPICS in FORM
DEPENDENT Structures
[ Tensile Structures ]
Advanced Structure Works 2GBX
This is a group work by me, Weizhe Wu, Ke Wang and Natalia Varada.
_Volvo Pure Tension Pavilion by Synthesis Design + Architecture _Cube Volution by Carlo H. Séquin _The Möbius Strip
Tension Flow
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[ Rigid Shell Structures ]
Lastly, we filled in the ribs with wire mesh in order to reinforce the ribs. We also added Elmer’s glue to the plaster mix for additional strength. After the mold and the ribbed reinforcement was added we then poured and massaged plaster into the mold’s ribs. We then took the negative panels from the framework template and glued them to our second mold/scaffold system. This was to create a negative for us to them pour plaster into and create a ribbed shell panel instead of a solid.
the original shape we create
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[ Hybrid Structures ] We were interested in ribbed shells as well as paneled shells and looking into how the parts come together. We were especially interested in edge conditions and exploring how to work through the problem tectonically.
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