PORTFOLIO OF XIAORAN LIU
SELECTED WORKS 2011-2017
“ My passion for architecture is rooted in my belief that good architectural design influences people’s behaviors and is influenced both by physical and cultural environment. ”
ACADEMIC WORKS 01 Vertical City 02 Tri-scape 03 Urban Landscape 04 432 Park Avenue Revitalization 05 Symbiosis City 06 Urban Connector 07 Library and Information Center Design 08 Village Transformation 09 Back to the “Oregon Experiment 10 Building Performance Simulation
PROFESSIONAL WORKS 01 Garden Expo Museum for Art 02 Jimei District Residential Planning 03 201 King of Prussia Rd Lobby Ronovation 04 426 Lancaster Ave Renovation 05 Subaru NSTC Lobby Stair Detail Drawings
OTHERWORKS
Vertical City An Ecological, Resilient Masterplan for Hainan Man-Made Eco-Island Date: 2016.9---2016.12 Location: Haikou, Hainan Island, China Type: Research Urban Design Studio Collaborator: Tai Feng, Shuo Wang Instructor: Thom Mayne& Ung-Joo Scott Lee(Morphosis Architects) Size:27,000,000sqft Responsibility: Case Research, Combinatory form study, 3D-Modeling, Partial Drawing, Diagrams Specification: It's an ecological, resilient masterplan for Man-made Eco-island in Hainan province in China. It will be a destination prototype for international, cruise-based eco-tourism. The island's eco-design incorporates local and regional consideration by addressing local demands for additional leisure and recreational landscapes, by facing the challenge of the extreme weather condition in Hainan island, and by creating multiple transportation methods, including air train, transit cruise, ferry, and inter-island light rail. This Man-made island could be a sustainable city both in good weather and bad weather. And we would like to create a city not only for people to have a leisure during good weather but also during the extreme weather conditions.
Sea Level +4 0
Orginal Planning Strategy
Sea Level +4 0
High-rises & Reduced Land
Sea Level +4 0
Sky Connections vertical city strategy
Site Conditions
Location
Hainan Island The Tropic of Cancer
Equator
The Tropic of Capricorn
Typhoon Trails in Past Ten Years 30
60
30
0
30
60
90
120
150
180
150
Man-made Island
2016
2015
Haikou
2013 2014
2011
2011
2014 2016 2011
2016 2013 2016
2011
2015
Storm Surge Height
+4
0
Land-use Strategy Constraction
Land Area Program FAR
sea level
+4 0 Existing Site
Modified Strategy
Dynamic Strategy
120
Combinatory Form Study The ideas of combinatory urbanism is to solve the urban problem with the support of combinatory form. It considers all urban systems as autonomous layers that organize themselves. When all the layers are added up together, new complex gesture of complex form and spontaneous coherence will come out to the urban space. The process of this method shows below.. ARCH-701-204—Fall 2016
+ PRIMITIVE Form Study
elements
combinatory Form_Xiaoran
Instructor: Ung-Joo Scott ARCH-701-204—Fall 2016Lee
Constructed Paradise | Man-made island in Hainan
elements
combinatory Form_Tai
Constructed Paradise | Man-made island in Hainan
Midterm Review
elements
combinatory Form_Shuo
Students: Shuo Wang, Tai Feng, Xiaoran Liu Midterm Review
+ PRIMITIVE Form Study
combinatory Form_Xiaoran
combinatory Form_Tai
combinatory Form_Shuo
Combinatory Island
Instructor: Ung-Joo Scott Lee
Students: Shuo Wang, Tai Feng, Xiaoran Liu
Zoning Strategy
Residential Zone
Central Zone Cultural Zone
Commercial& hotel zone
Transportation Methods
Airtrain System
Bus System
Road System
Site Plan
1. Bridge to Haikou City 2. Road 3. Cruise Terminal 4. Bus Station Convention Center Stadium 5. Towers& Connections 6. Music Center Art Center Museum 7. Towers& Connections 8. Cruise Ship Route
Dynamic Landscape Strategy
Without Typhoon
With Typhoon
Highrise
Landscape Scheme
Rendering Without Typhoon
RenderingWith Typhoon
Rendering of Horizontal Connection
Observation Housing Art& Restaurant
Housing,community center Housing landscape&park sports complex cultural facility commercial Adaptable Parking
Section of Vertial City Strategy
Vertical City Commercial Zone Section
r
nte
tio
e nC
n ve on
C
Sky
wa lk
fro
mC
rui
se
Ter m
l
ina
ina
l to
Co
mm
erc
Cr ial
Zon
e
uis
erm eT
品生
［宅由三
Baitasi 2016 Reinventing t 设计说明／Bri
白塔寺周边小
四合院有所不同
大部分胡同小院
失。在改建此类
筑格局将以场景
通公共空间流线 处理。
Different yard houses plexes aroun series of in ments. The o cal courtyard the history o same time living for the to stage som open courtya ture of the e
在C-2改造计划
【串个门儿】【
游客与常驻艺人
三个既有市井气
到白塔寺的屋顶
生对胡同，对白 。
C2, located Baitasi, pose nizable perim tion, we de Visit], [Take a activate the i and the vis open court space is bro circulation ro the viewing
TRI-SCAPE Housing Renovation for Reinventing Beijing Courtyards Date: 2016.7-2016.8 Location: Beijing, China Type: Small Exhibition, Artist Studio Collaborator: Zheng Zhang, Yifeng Zhao, Tian You, Xiaoran Liu Size: 106m2 Specification: Different from those large formal courtyard houses, the low-rise residential complexes around Baitasi area have undergone a series of informal construction developments. The original enclosure form of a typical courtyard is in certain level lost. To revive the history of the courtyard lifestyle at the same time to renovate the possibility of living for the future hutong-ers, we propose to stage some cultural scenes by bringing the open courtyards back to the condensed structure of the existing buildings.
Original Housing and Courtyards
Rethink Programming and Circulation
Created New Courtyards
Site Conditions
Th
ink
for
as
ec
on
d
Site Area: 151m2 Floor Area: 86m2 Max Height: 3.92m Eaves Height: 2.64m
Variable Space by Deployable Entrance located on the east side straight from Baitasi, posesses an unique and very recognizable perimeter. In our plan of rennovation, we designed three scenes as [Pay a Visit], [Take a Look] & [Think for a Second] to activate the interaction between the exhibior and the visitors. The alternation between open courtyard and enclosed exhibition space is brought together by a coninuous circulation route that also includes a path to the viewing rooftop.
Ta ke a
Pa ya Lo
ok
Vis
it
Interior Views
First Floor & Second Floor Plan
II
8
7
II
6 II
5
I
4
II
II
9 II
I
I
I
3
I
I
1
1st FLOOR PLAN 1:100
1st FLOOR PLAN 1:100
2. Exhibition 4. Stair Space 6. Restroom 8. Restroom
ROOF PLAN 1:100
II
1. Entrance 3. Exhibition Courtyard 5. Artist Studio 7. Courtyard 9. Outdoor Platform
ROOF PLAN 1:100
I
I
2
Detailed Sections
1300
3.90
2.74
展厅 Exhibition
3700
2600
2640
小院 Courtyard
5160
2.60
25075 600 80
250100
1000
卫生间 Restroom
2500
小院 Courtyard
4600
卧室 Bedroom
1000
工作室 Studio
80
小院 Courtyard
850
II-II 剖面图 1:100 Section
展厅 Exhibition
80
2600
900
-1.00
600
I-I 剖面图 1:30 Section
±0.00
80
-0.15
-1.00
Existing Site of Japanese National Stadium
Urban Landscape Modern Olympic Park Date: 2016.2-2016.5 Location:Tokyo Type:Masterplan, Stadium Instructor: Nanako Umemoto Collaborator: Individual I designed an Olympic Park in Tokyo with respect to its post-Olympic inhabitation, the afterlife of a short-term event with far-reaching consequences for the city. Forming a compelling notion of what the future Park could be, the project will investigate the potentials latent in the adaptation of Olympic programming, confronting the challenge of facilitating a transition from present to future uses in strict architectural terms. The project aimed to create a megastructure inspired by the natural landscape as a motherboard, hanging up large sports fields and facilities to this structure. After Olympic games, large sports fields will be taken down, and the left megastructure will become a structural shelter for people playing activities within it.
The future landscape plan of the Park we are looking forward to a wide range of trajectories tracing the park’s assimilation into city life. we will propose speculative and open-ended schemes for integrating the projects’s olympic prehistory with its future identity, which describes an agenda wholly indifferent to the intended use of the forms.
Formation Study & Landscape Strategy Formation study models based on the researched Formation, including geological strate, airplane formations, or environmental conditions, will suggest the aesthetic and organizational charactor of the project and act as a point of reference for the work’s larger discursive context. Unrelated to the scale or content of the olympic program, they are intended to engage with the exercise’s core issue of planarity, inflection, continuity, surface relief, and field organizations.
Sports Programs Typologies
2
Original site+Topgraphy lines
Plan Drawings 1:600
Structure
Topography line
New Field With Program
3
Program
1
Programming Organization Study Programs will be organized on the surface of the site to form a network of figures and relationships to constitute the project, directly addressing concerns inherited from the chosen formation and considering the larger presence of the landscape as an urban park.
Sports Programs Typologies
Venes and Spectator Zones
Research on Organization of Sports programs and Shared Spectator Zone
Future Park’s Use and Inhabitation Study Responding to the social and urban issues entailed in the premise of an Olympic Park’s reuse, we will interpret the projects according to material and programmatic logics. We focus on the notions of Volume, Thinkness, and porosity. The projects will ascribe specific identities to the structures and singularities of the scheme. These are meanted to be a basis for specifying and annotating their contents, articulating the forces of change and moments of constancy that will inform the their material composition. As the ground can be understood to be an active series of horizons, the site will be read as a complex of interrelated systems. The internal order of these systems, manifest in networks of variable programming, circulation, ecological succession, or material transformation.
Possible Ground Conditions
Sports Programs & Structures Ground Plan
LOOR 1:1000
Surrounding Topgraphic Fields
Site Plan 1: 2000
Swimming Pool Lanes underneath Marathon Lanes and the Football Field
Rethinking Programs & Structures for Long-term Proposals I will work backwards from long-term proposals towards a design for the park’s Olympic functions. Close-up representations of the schemes and their associated material systems will be used to generate small-scale objects that support the park’s original state and possible transition scenarios. These transition should expose their architectural implications rather than generating diagrammatic representations.
Ceiling Structure Research
Ceiling Structure Based on the Waterline of Landscape
Section of Sports Fields and Landscape
Tree Ceiling Structure Inspired by Organization of Landscape
:2000
Fields Level Plan & Walking Connections Plan
1000 OUT PROGRAM 1:1000
GROUND FLOOR 1:1000 GROUND FLOOR 1:1000
PROGRAM PLAN 1:1000 PROGRAM PLAN 1:1000
Open Space not just for Olymic Games events but for Music Concert
Perspective View from Central Park
RETIRE IN NYC Research New High-rise Typology for New York City Date: 2015.9-2015.12 Location: 432 Park Avenue, New York City Type: High-rise Design Instructor: Ali Rahim Collaborator: Jieming Jin, Yuchen Wen Specification: Designed to address the changing population demographics of new york city, this tower serves as a land-locked conceptual equivalent to the contemporary cruise ship, offering a hybird of housing and recreation to the city’s increasing number of people. Organized as a large scale mixed-use complex development in downtown Manhattan, the building is divided into a series of multi-functionWal parts with vastly different qualities that will create a comfortable life for elderly residents. The design thus creates opportunities for different types of programs to coexist. The program is different in each vertical section of the structure: residential units on top, entertainment and public areas at the bottom, coming together to form a hybirdized space in the middle. The tower would also provide medical clinics, recreation and fitness facilities, a shopping mall, a museum, theaters, and other amenities, including a hotel for people when family members visit..
Concept
CHAPTER 4
TITANIC VS OASIS OF THE SEAS
SEMINAL OCEAN LINERS/CRUISE SHIP
SEMINAL OCEAN LINERS/CRUISE SHIP
CHAPTER 4
SEMINAL OCEAN LINERS/CRUISE SHIP
SEMINAL OCEAN LINERS/CRUISE SHIP
CHAPTER 4
CHAPTER 4
TITANIC VS OASIS OF THE SEAS
182
183
Cruise Ship Cabins 184
185
Public Space
Formal Research
Accumulating
Bridging
Nesting
Seaming
Pinching
Texturing
Nesting Prototype Transformation
Programming Organization Strategy
observation
condos
Storage
loft
fitness facility
Atrium
apartment
restaurant
restaurant Hotel restaurant
recreation& lobby
Typical Clusters
shopping mall theather museum
Amenities
Public Space
Pattering
80F
EL 376m
Elevation& Section 74F
EL 376m
68F
EL 328m
62F
EL 280m
56F
EL 232m
50F
EL 184m
44F
EL 136m
38F
EL 88m
32F
EL 40m
0F
EL 0m
Entertainment
Shopping Mall
Museum
Nesting Housing Units
Section of Housing Units
Chunk Model
Facade Final Model
SYMBIOSIS CITY The Adaptive Redevelopment Of Old Factory and Bus Station Date: 2012.3---2012.5 Location: Old Factory and Main Bus Station, Xiamen, China Type: Research Urban Design Studio Instructor: Shaofeng Wu Collaborator: Individual Specification: With the rapid development of the city, old factories are gradually deserted by modern city and people because they are usused with simple spatial quality and with functions unrelevant to surroundings. Based on the biological symbiotic theory symbiosis city develop it into an urban symbiotic strategy. It focus on the relationships between old and new buildings, built areas and outdoor space, the exterior and the interior, and functional sequence. Different from common urban strategy, our design aims to build up new buildings as new media with old factories and surroundings to create and enclosure new interesting outdoor space and road systems which we call symbiotic space. Due to that, the interface between old factories and surroundings could be Activated, and people will have the communication with it. Based on the systems of symbiotic space and different functiondemands and development pressure, the whole strategy are featured with sustability.
Concept
Urban Image Gather
Blend
Cell
New building Old building Square Old building
Urban Seperated and Unorganized Public Space Situation New building
Transformation Strategy
Old Buildings Open Area
New Urban Public Space System
The project aims to reorganize the simple boring relationship of public space not only on the site but also around it by adding new buildings to enrich the original space.(image 1,2,3) Also, Under different purpose of development, the height, density, functionality of new buildings will be changed and the whole typology will be changed accordingly. Finally, New buildings and old buildings could connect with surroundings at different levels.
Public Space Distribution
Existing Site
FAR=2
FAR=3
FAR=4
As the FAR going up, urban spatial quality and function are developed in an organized way with the road, square and connection. Then They gather people at different level, and simulate the development of the old buildings in functional ways. We propose three senarios to evaluate it Commercial Central Park FAR=2
Hotel
Residential
Comercial
office
Apartment
Retail
Shopping Mall
Recreation
Retail
Exhibition
Shopping Mall
Shopping Mall
Commericial Complex FAR=3 Apartment
Retail
Office
Retail
Shopping Mall
Apartments
HOPSCA FAR=4 Apartment
Retail
Hotel
Retail
Office
Retail
Shopping Mall
Condos
Apartments
Vision of City As the FAR going up, urban spatial quality and function are developed in an organized way with the road, square and connection. Then They gather people at different level, and simulate the development of the old buildings in functional ways. We propose three senarios to evaluate it
Site Area: 30500 m2 Total Area: 120000 m2 Building Height: 213m Plot Ratio: 4.0 Density of Building: 32% Ratio of Green Space: 58% Ratio of Green Roofing: 100% Standard Floor Height: 4m
Urban Connector Research On New High-Rise Typology for Mixed-use Development Date: 2012.9-2012.11 Location: Jimei district, Xiamen, China Type: High-rise Design Instructor: Shaofeng Wu Collaborator: Nian Liu Specification: The site is located in the University City, where will be the busiest and most famous central area in the future. Also, it is the transfer zone for ground transportation, especially the bus and the elevated bus rapid transit. This project explores two questions. One is how to think about the relation between a commercial podium and outdoor ground area. Another is how to rethink the plan and space of the office tower. After researching on the economy, population, consumption, and comparison with many other cases in China, my proposal is to build up a transit-oriented, mixed-use, high-rise building that uplifts the commercial podium to return the ground to people. Also, the elevated podium serves as not only the part of the highrise, but also the connector that attracts and distributes people coming to this area. For the office tower, the tower space should not only be horizontal and is connected by the elevator, but also it could be vertical and is connected by stairs.
Concept
office
bus station
commercial
BRT
Massing Study
Create Urban Public Space
Rich Circulation, Increase Commercial Value
Vertical Office Public Space
Private Car Entrance & Exit
Bus Station Exit
Bus Station Entrance
Site Plan
Structure we use the large steel frame structure as the main structure of the whole podium because this design would make people see this huge bulk as a big island floating in the air.
Core Tube
core
core+elevators
Steel Truss System
Floor Slab
Concrete Frame Structure
Steel Sway Frame Structure with jointed Node
Structural Slab System
Vertical Office Public Space
Standard Floor Plan
Section A
Podium Plan
Section B
Rendering Perspective in front of Book Storage
Library and Information Center Date: 2011.3-2011.5 Location: 507 arsenal transformation, Chongqin, China Type: Library design, Adaptive redevelopment Instructor: Peiru Yin Specification: The site is located in the old arsenal area, where several arsenals are left empty. Old Arsenal elements in the site create an atmosphere of history. This project aims to turn an old arsenal into the library & information center. On the one hand, I aim to keep the environment of the history of this arsenal; On the other hand, I attempt to rethink the library design regarding plan and space. My proposal aims to put the open stacks into the center of the building, which could not only be seemed like the center of vision, but also the center of spirit.
Concept
core books collection
service space
circulation
Se c on ry
da En n tra ce
in Ma En nc tra
e
e
c tran
g En
in Park
First Floor Plan
Regional Site Plan
1.auditorium 2.computer center 3.control center 4.computer control 5.store 6.electricity room 7. lobby 8.closed shelves 9. cashier 10.catalog 11.copy center 12.art designing room 13.editor 14.conference 15.office 16.fire control center
Second Floor Plan
South Elevation
West Elevation
Rendering Perspective from Reading Zone to Book Storage
Rendering Perspective of Main Entrance
Roof Panels
Steel Truss System
Structural Deck
Steel Beam System
Concrete Column System
Sustainable Design
Artificial Light
Natural Light
Daylight
Nighttime
Heating and Ventilation
Pressure Ventilation
Detail Design
Entrance Lobby
Roof Windows
Book Depot
Umbrella Shelter
Village Transformation The Research on the Transformation of Zengcuoan Village Community Date: 2013.2---2013.6 Location: Zeng Cuo An fishing village, Xiamen Type: Research Urban Design Studio Collaborator: Ningsha Jia Instructor: Yide Wu Specification: With the growth and expansion of the city, many urban villages disappear because architecture becomes the expression of capital due to its increase of land value. With the development of urban tourism, the site where used to be quiet place is full of new informal buildings and hundreds oftourists, which leads to the indistinct figure -ground. Also, I found out a lot of problems in this small village, such as old broken buildings, disappeared culture, the lonely elder. I propose to transform this old area based on the research by reorganizing outdoor space sequence, redistributing functions, and reforming ancient buildings, which help the village better adapt to new situation.
Urban Village Figure-ground Timeline
Strategies
Populous Area
The Dense Area of Commercial
Design Site
Ancient Buildings
The Sparse Area of Commercial
Sidewalk
New Feature
Lake Youth Street Storyeum
BEFORE TRANSFORMATION
AFTER TRANSFORMATION
Building Design Reference
Building Transformation Concept
Wall Structure Detail
BACK TO “THE OREGON EXPERIMENT” The Research on Revitalization and Repurposing of Unused space on Chinese Typical Campus Date: 2012.2---2012.6 Location: Huaqiao University, Xiamen Type: Research Urban Design Studio Instructor: Minfeng Yao Collabortor: Sijia Liu, Nian Liu Specification: The site is located on my undergraduate campus, which is organized under normal campus planning. “The OREGON EXPERIMENT” was the important urban design theory proposed by Christopher Alexander that suggested to rethink the built area and buildings. This project aims to find out unused or large outdoor space on built campus and to revitalize and repurpose it into funtional space for students. As an example, we focus on the empty space along the main route from dormitory to administrative building where students would pass by every day. This process would make planned campus developed more organized and organic.
Strategies As an example, we focus on the empty space along the main route from dormitory to administrative building where students would pass by every day. This process would make planned campus developed more organized and organic. problems 1. large unused space 2. lack of space for student activities
Unused space on campus
Dormitory
Revitalized Area
Academic Buildings
Revitalized Area
Activity Area
Unused Space
Landscape
Outdoor Activity Facility
After Revitalization
Rendering Perspective of Student Club around Dormitory
Rendering Perspective of reading corner in front of library
Student Union Administration Center& Fitness base on earth sheltered building design 1. rich circulation diversity 2. increase private
Building Performance Simulation Date: 2016.9---2016.12 Instructor: Mostapha Sadeghipour Roudsari
Climate Zone weather data: USA_PA_Philadelphia.Intl.AP.724080_TMY3 lattitude: 39.87 longitude:-75.23 occupied hour: 6pm-8am
Comprehensive Climate Analysis General Analysis:
CLimate Zone: -5 zone Characteristic: Temperature in Philadelphia is mainly between between 12 to 20 throughout the whole year, And the average relative humidity is 65.9. However, relative humidity during daytime decreases to about 50%, which helps cooling temperature down by using evaporative strategy. My building type of this project is 4-floor townhouse, and the occupied hour is mainly from 6pm to 8am, in which the outside temperature is not as high as daytime, but relative humidity higher than daytime might cause a problem which makes people uncomfortable.
WIND SPEED m/s
RELATIVE HUMIDITY %
DEW POINT TEMPERATURE °C
DRY BULB TEMPERATURE °C
Outdoor Comfort “UTCI, is Universial Thermal Climate Index, including parameters of dry bulb temperature relative humidity, wind speed, and it uses them in a human energy balance model to give a temperature value that is indicative of the heat stress or cold stress felt by the human body. From the UTCI graphic, the main issue is in summer during daytime, it is in strong heat stress range, and from October to December and January to April, it is in the cold stress.
Heat Stress(-13<UTCI<9)=3.14% Comfortable( 9<UTCI<26)=41.28% Cold Stress(26<UTCI<32)=34.3%
-3 - Strong Cold Stress - potential public health hazard with higher-than-normal mortality rates (UTCI < -13C). -2 - Moderate Cold Stress - cold but no public health hazard (-13C < UTCI < 0C). -1 - Slight Cold Stress - cool but comfortable for short periods of time (0C < UTCI < 9C) 0 - No Thermal Stress - comfortable conditions (9C < UTCI < 26C). +1 - Slight Heat Stress - warm but comfortable for short periods of time (26C < UTCI < 28C). +2 - Moderate Heat Stress - hot but no public health hazard (28C < UTCI < 32C). +3 - Strong Heat Stress - potential public health hazard with higher-than-normal mortality rates (UTCI > 32C).
Window
Door
shelf Bed
N
N
Desk
INDOOR COMFORT Adaptive comfort first run of energy simulation to caculate the indoor comfort. Indoor comfort analysis for baseline shows only about 10% PMV comfort and 17% adaptive comfort of entire year hours. Comparing to outdoor UTCI comfort, there is 20 â&#x20AC;&#x201C; 30 % reduction in both PMV and adaptive comfort of indoor environment. By looking at comfort condition chart, the major reason caused uncomfortable is cold issue in winter and hot issue in summer. Adaptive comfort(%)=17.8 Hot(%)=27.1 Cold(%)=55
PMV COMFORT OR NOT
10.75% comfortable
ADAPTIVE COMFORT OR NOT
17% comfortable
DESIGN ISSUE AND DESIGN PROPOSAL Issue1: Cold Stress in Winter&low Adaptive Comfortable Issue2: low sDA means the room cannot get enough sunlight Proposal: comfortable hours could be modified by several reasons 1. change room orientation 2. change the size of windows 3. change construction materials 4. add shading
Orientation Change 0°
Adaptive comfort (%)17.02 PMV comfort(%)10.75 Cold Stress(%)57.69
45°
Adaptive comfort (%)16.50 PMV comfort(%)10.65 Cold Stress(%)57.41
0°
Adaptive comfort (%)16.39 PMV comfort(%)10.71 Cold Stress(%)57.32
45°
Adaptive comfort (%)16.0 PMV comfort(%)10.38 Cold Stress(%)56.46
90°
Adaptive comfort (%)16.64 PMV comfort(%)10.71 Cold Stress(%)56.52 90°
Adaptive comfort (%)15.8 PMV comfort(%)10.38 Cold Stress(%)54.2
135°
Adaptive comfort (%)16.68 PMV comfort(%)10.8 Cold Stress(%)55.53
180°
Adaptive comfort (%)17.05 PMV comfort(%)10.97 Cold Stress(%)55.03
135°
180°
Adaptive comfort (%)16.03 PMV comfort(%)10.08 Cold Stress(%)51.75
Adaptive comfort (%)16.24 PMV comfort(%)10.8 Cold Stress(%)50.55
WWR 0.1
sDA:14.31%
N
DAYLIGHT AUTONOMY(DLA) 300 LUX
USEFUL DAYLIGHT(UDLI) 100-2000z LUX
USEFUL DAYLIGHT(UDLI) >2000 LUX
WWR 0.1 N
sDA:30.13%
DAYLIGHT AUTONOMY(DLA) 300 LUX
USEFUL DAYLIGHT(UDLI) 100-2000z LUX
USEFUL DAYLIGHT(UDLI) >2000 LUX
DAYLIGHT AUTONOMY(DLA) 300 LUX
USEFUL DAYLIGHT(UDLI) 100-2000z LUX
USEFUL DAYLIGHT(UDLI) >2000 LUX
WWR 0.3 N
sDA:78.94%
Orientation&Window Ratio Window
Door Desk Bed
Desk
N Bed
shelf
shelf shelf Bed
N
Door Door
sDA:14.31%
Adaptive comfort(%)=17.8 hot(%)=27.1 cold(%)=55
Window
Desk
Window
N
sDA:78.94%
sDA:30.13%
Adaptive comfort (%)16.24 PMV comfort(%)10.8 Cold Stress(%)50.55
Adaptive comfort (%)17.05 PMV comfort(%)10.97 Cold Stress(%)55.03
Add shading shelter window to wall ratio 0.3 same to what I get from before
shelter number 1
shelter number 2
shelter number 3
Adaptive comfort (%)21.72 Hot Stress(%)45.70 Cold Stress(%)32.58
Adaptive comfort (%)23.87 Hot Stress(%)39.24 Cold Stress(%)36.89
Adaptive comfort (%)24.20 Hot Stress(%)34.21 Cold Stress(%)41.59
Adaptive comfort (%)23.85 Hot Stress(%)30.25 Cold Stress(%)45.9
Exterior Wall (R34.4) Exterior Window(R0.7, SHGC0.65) Exterior Roof(R34.4) Air change hour(2)
Exterior Wall (R34.4) Exterior Window(R0.7, SHGC0.65) Exterior Roof(R34.4) Air change hour(2)
Exterior Wall (R34.4) Exterior Window(R0.7, SHGC0.65) Exterior Roof(R34.4) Air change hour(2)
Exterior Wall (R34.4) Exterior Window(R0.7, SHGC0.65) Exterior Roof(R34.4) Air change hour(2)
Final Result The room reoriented to south and added shelters could get best sDA and adaptive comfort.
N
Adaptive comfort (%)24.10 Hot Stress(%)23.26 Cold Stress(%)52.64 sDA:42.01%
DAYLIGHT AUTONOMY(DLA) 300 LUX
USEFUL DAYLIGHT(UDLI) 100-2000z LUX
USEFUL DAYLIGHT(UDLI) >2000 LUX
GARDEN EXPO MUSEUM for ART Zhejiang Tianren Jingjie Architecture & Associates Date: 2014.10-2014.11 Location: Xiamen Leader: Yuqi Ji Role: Generated conceptual design and production for design competition
Northernwest Elevation
Specification: The site is located within Xiamen Garden Expo Area where it needs a sulptural building with geometric figure. To design a symbolic museum in this area, we need to take care of the key elements in surrounding atmosphere as well as creating beautiful sceneries for tourists. I propose to initially manipulate and organize exhibition spaces so that the shape of the museum will come out.
Section
First FLoor
Exhibition Organize Exhibition Space Second FLoor
2014.11-2014.12 JIMEI DISTRICT RESIDENTIAL PlANNING Date: Location: Hangzhou Leader: Yuqi Ji
Zhejiang Tianren Jingjie Architecture & Associates
Landscape System
Role: Generated conceptual design and production for design competition
Public Buildings
Car Road System
Commercial Buildings
Economic Index Planning Area: 779650m2 Total Built Area: 1559300m2 Residential Area: 78688m2 Commercial Area: 50000m2 Educational/Medicine Area: 30923m2 Public Space: 506772m2 FAR: 2.0 Green Ratio: 50% Building Area Ratio: 20.5% Residential Area Total population: 29652 Residential Area Total Unit: 9884
201 King of Prussia Rd Lobby Renovation Granum A/I
426 Lancastvnovation Granum A/I
Subaru NSTC Lobby Stair Detail Drawings Granum A/I M
T.O. PARAPET 32' - 0"
7
6
5
A-600
A-600
A-600
GRANUM A/I
ARCHITECT 100 MATSONFORD ROAD RADNOR CORPORATE CENTER 4, SUITE 110 RADNOR, PA 19087 215.525.2663
T.O. ROOF 31' - 0"
IN COLLABORATION WITH:
T&M ASSOCIATES
CIVIL ENGINEER AND LANDSCAPE ARCHITECT
5
6
7
A-600
A-600
A-600
5
6
A-600
A-600
11 TINDALL ROAD MIDDLETOWN, NJ 07748 484.530.1270
7 A-600
O'DONNELL & NACCARATO 6"
4' - 0"
4' - 0"
6"
2"
4' - 0"
1' - 0"
8"
DASHED LINES INDICATE JOINT PATTERN OF PRECAST TILES AT LANDING
STRUCTURAL ENGINEER
2"
111 S. INDEPENDENCE MALL EAST PHILADELPHIA, PA 19106 215.925.3788
10
MEPFP ENGINEERS
200 AMERICAN METRO BOULEVARD SUITE 120 HAMILTON, NJ 08619 609.750.9590
A-602
MEZZANINE 18' - 0"
4
DRAGO ILLUMINATION LIGHTING DESIGN
A-600
11"
1'-0" RADIUS
AKF ENGINEERS
TYP
5 A-831
1' - 0"
7
4' - 0"
EXTENSION OF STEEL-PLATE BENCH ALIGN
4' - 0"
4' - 0"
2" RADIUS
7
EQUALLY-SPACED
PICKETS AT 4" OC MAX
6.9
3' - 6"
4' - 0"
6.9
138 CRICKET AVENUE ARDMORE, PA 19003 484.410.4580
8
7
6.9
6 A-831
62 7/8"
UPHOLSTERED CUSHION 4
4
3
12' - 10"
Project Name:
SUBARU OF AMERICA NATIONAL SERVICE TRAINING CENTER CAMDEN, NJ
A-600
PAINTED, STEEL CHANNEL STRINGER
ALIGN
STEEL-PLATE MODESTY PANEL
PAINTED, TUBE-STEEL SCREEN WALL FRAME WITH BARGRATING INFILL PANELS 2" RADIUS
1' - 8"
8 7 3/4"
8
9
PAINTED STEEL PLATE BENCH WITH UPHOLSTERED CUSHION
DN
UP
A-401
OPEN
1' - 0 1/4"
1' - 6"
1' - 0 1/4"
8"
1"
LEVEL 1 0"
PAINTED STEEL STIFFENER PLATE AT EACH SCREEN VERTICAL
1
A-600
TYP
A-602
(15) TREAD @ 11"
13' - 9"
11
PAINTED STEEL-PLATE GUARDRAIL INFILL
(15) TREAD @ 11"
TUBE-STEEL SCREEN WALL ASSEMBLY
12' - 10"
(15) TREADS @ 11" EA
STEEL-PLATE BENCH
(14) TREADS @ 11" EA
A-600
13' - 9"
A-600
ENLARGED PLAN AT STAIR 02 - FIRST FLOOR
2
3/8" = 1'-0"
A-600
ENLARGED PLAN AT STAIR 02 - MEZZANINE LEVEL
3
3/8" = 1'-0"
A-600
ELEVATION AT STAIR 02
4
3/8" = 1'-0"
A-600
CROSS SECTION AT STAIR 02 3/8" = 1'-0"
N
4
T.O. PARAPET 32' - 0" T.O. ROOF 31' - 0"
A-600
8
4
6.9
6.9
6"
1' - 1 1/4"
2"
3' - 0"
6.9
8
A-600
T.O. PARAPET 32' - 0" T.O. ROOF 31' - 0"
2"
2"
3' - 0"
2"
3' - 0"
3' - 0"
8
4 A-600
Professional Seals
6"
ANCHOR TUBE STEEL FRAME TO STRUCTURE ABOVE
PAINTED STEEL-PLATE GUARDRAIL FROM 1/4" PLATE WITH CONTINUOUS TOP CAP; EXTEND FROM TOP OF STRINGER TO FULL GUARDRAIL HEIGHT AT MEZZANINE 2"
PAINTED STEEL-PLATE GUARDRAIL; EXTEND TO FLUSH WITH FIRST FLOOR CEILING
2 A-602
EQUALLY-SPACED PICKETS AT 4" OC MAX
Patrick J. McGranaghan; NJ License # 21AI01596000 Issue Description
3' - 6"
2"
7 A-831
3' - 6"
PAINTED STEEL-PLATE GUARDRAIL; EXTEND TO FLUSH WITH FIRST FLOOR CEILING
10
MEZZANINE 18' - 0"
TYP
MEZZANINE 18' - 0"
20' - 0"
MEZZANINE 18' - 0"
YYYY-MM-DD
DESIGN DEVELOPMENT BULLETIN 2 -CD ISSUE BULLETIN 3 - PERMIT ISSUE
A-602
2017-05-17 2017-09-01 2017-09-22 2017-09-27
TYP
8' - 8 1/2"
4"
1' - 0"
4" RADIUS
(15) RISERS @ 6.97" +/-
4 A-602
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL
8 A-602
20' - 0"
PAINTED 5/16" STEEL PLATE MODESTY PANEL
6 A-602
PAINTED, TUBE-STEEL SCREEN WALL FRAME WITH BAR-GRATING INFILL PANELS
2" TYP
Project No: BRT 1118G
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL 7' - 0"
9' - 3 1/2"
NOTE: REFER TO 6/A-600 FOR ADDITIONAL INFORMATION
1'-0" RADIUS
2" RADIUS
Sheet Title
STAIR 02 - ENLARGED PLANS, ELEVATIONS, AND SECTIONS
PAINTED STEEL CHANNEL STRINGER
1' -
4" 6"
0"
LEVEL 1 0"
LEVEL 1 0"
LEVEL 1 0"
Original drawing is 42 x 30
6
A-600
3/8" = 1'-0"
SECTION AT STAIR 02
7
A-600
3/8" = 1'-0"
SECTON AT STAIR 02 3/8" = 1'-0"
FULL WIDTH OF STRINGER 4" OC MAX REFER TO STAIR SECTION
3
PAINTED STEEL-PLATE GUARDRAIL
3
A-602
PAINTED STEEL-PLATE GUARDRAIL
A-602 4
3/4" OUTSIDE RADIUS
A-602
A-602
HANDRAIL BRACKET DETAIL AT WALL OR SCREEN WALL 1 1/2" = 1'-0"
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL ALIGN CLOSURE PLATE WITH END OF HANDRAIL BRACKET
STEEL PAN WITH PAINTED RISERS
SHIM FLOOR FINISH AS SCHEDULED
PAINTED STEEL-PLATE GUARDRAIL
CONCRETE SLAB ON METAL DECK; REFER TO STRUCTURAL ALIGN
0" 1' -
THIN-SET, PRECAST, CONCRETE TREADS
HANDR
1 1/2" = 1
METAL EDGE STRIP
1/2"
REINFORCED POUR STOP; REFER TO STRUCTURAL
FLOOR FINISH AS S CONTINUOUS, PAIN STEEL BENT PLATE
1/2" GYP BOARD RE SHIM REINFORCED POUR TO STRUCTURAL
CONCRETE SLAB O METAL DECK; REFE TO STRUCTURAL
STEEL BEAM; REFER TO STRUCTURAL
STEEL-PLATE HANDRAIL BRACKET FULL WIDTH OF OPENING BETWEEN GUARDRAIL PICKETS; PAINT TO MATCH GUARDRAIL
6
A-602
PAINTED STEEL-PL GUARDRAIL SUPPO WITH COUNTERSUN
PAINTED STEEL-PLATE GUARDRAIL SUPPORT BRACKET
1 3/4"
2" 1"
PAINTED STEEL-CHANNEL STAIR STRINGER
5
1 1/2" = 1'-0"
STEEL BAR BLOCKING
2"
THIN-SET CONCRETE STAIR TREAD
HANDRAIL BRACKET ELEVATION
PAINTED STEEL-PLATE GUARDRAIL
A-602
11"
A-602
1 1/2" = 1'-0"
3
1/4" RAKED CAULK JOINT
4
CLOSURE PLATE
1/2" x 6" STEE BLOCKING; ALIGN WITH HANDRAIL BRACKETS ABOVE; PAINT TO MATCH STRINGER
STEEL PAN
WALL AS SCHEDULED OR TUBESTEEL FRAME; PROVIDE BLOCKING AS NECESSARY AT WALL LOCATIONS
HANDRAIL BRACKET DETAIL AT GUARDRAIL
SCHEDULED FLOOR FINISH
COUNTER-SUNK ANCHORS; PAINT TO MATCH ADJACENT SURFACE
3/4"
3/4"
3
1 3/4"
1' - 0 1/4" CONC TREAD
5/16" STEEL-PLATE BRACKET; PAINT TO MATCH ADJACENT SURFACE
1"
HANDRAIL EXTENSION
PAINTED STEEL-CHANNEL STRINGER
1"
1 1/2" 3/4"
CONTINUOUS, 5/16", STEELPLATE, MODESTY PANEL
7"
6 A-602
ALIGN
STEEL-PLATE HANDRAIL BRACKET; PAINT TO MATCH GUARDRAIL 1' - 0"
1 1/2" DIAMETER BRUSHED SS HANDRAIL
2"
STEEL-PLATE HANDRAIL BRACKET FULL WIDTH OF OPENING BETWEEN GUARDRAIL PICKETS; PAINT TO MATCH GUARDRAIL
STEEL-PLATE HANDRAIL BRACKET; PAINT TO MATCH GUARDRAIL
ALIGN CLOSURE PLATE WITH END OF HANDRAIL BRACKET
COUNTER-SUNK ANCHORS; PAINT TO MATCH ADJACENT SURFACE
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL
2" 1 1/2"
7 A-602
5/16", PAINTED, STEEL-PLATE, HANDRAIL BRACKET
1/4"
2"
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL
2" 1 1/2"
2"
2"
PAINTED STEEL-PLATE GUARDRAIL
A-602
4"
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL
STEEL BEAM; REFE TO STRUCTURAL
CONTINUOUS BOTTOM RAIL
PAINTED STEELPLATE GUARDRAIL SCHEDULED PARTITION
1
A-602
MODESTY PANEL DETAIL AT STAIR 02 1 1/2" = 1'-0"
2
A-602
HANDRAIL EXTENSION AND RISER / TREAD DEATIL - STAIR 02 1 1/2" = 1'-0"
PAINTED TUBE STEEL SCREEN WALL UPHOLSTERED CUSHION PAINTED 5/16" STEEL-PLATE BENCH
2"
1"
1" RADIUS
1" RADIUS
1' - 6"
PAINTED STEEL STIFFENER PLATE AT EACH SCREEN WALL VERTICAL PAINTED STEEL BLOCKING AT EACH SCREEN WALL VERTICAL 4"
A-600
SECTION AT STAIR 02
Do not scale contents of this drawing
A-600
Sheet Number
8" MINIMUM CORE DRILL WITH EPOXY
5
5 1/2"
0"
(16) RISERS @ 6.97" +/-
5' -
3' - 0"
TYP 1 A-602
12 BENCH DETAIL
A-602
1 1/2" = 1'-0"
8
A-602
HANDRAIL TERMINATION DETAIL 1 1/2" = 1'-0"
9
A-602
GUARDRAIL CONNECTION AT SLAB 1 1/2" = 1'-0"
10 GUARDRAIL CONNECTION AT DRYWALL
A-602
1 1/2" = 1'-0"
G
4
GRANUM A/I
A-601
ARCHITECT 100 MATSONFORD ROAD RADNOR CORPORATE CENTER 4, SUITE 110 RADNOR, PA 19087 215.525.2663
T.O. PARAPET 32' - 0" T.O. ROOF 31' - 0"
G 3 A-601
G
3
IN COLLABORATION WITH:
A-601
1' - 9 1/4"
1.2
3' - 0"
2"
3' - 0"
2"
3' - 0"
2"
3' - 0"
T&M ASSOCIATES
CIVIL ENGINEER AND LANDSCAPE ARCHITECT
6"
ANCHOR TUBE STEEL FRAME TO STRUCTURE ABOVE
3A1
3
11 TINDALL ROAD MIDDLETOWN, NJ 07748 484.530.1270
A-601
7' - 0"
1.2
4" OC MAX
ALIGN BRACKETS AT WALLMOUNTED HANDRAIL WITH BRACKETS AT SCREENMOUNTED HANDRAIL
1' - 4"
14 A
111 S. INDEPENDENCE MALL EAST PHILADELPHIA, PA 19106 215.925.3788
EQUALLY-SPACED 2" PICKETS AT
2"
34A1
UP
3' - 6"
7 A-601
1' - 0"
14 A
STRUCTURAL ENGINEER
8 A-601
4' - 10"
3' - 10 3/8"
ST01B
O'DONNELL & NACCARATO
20' - 0"
MEZZANINE 18' - 0"
LIGHTING DESIGN
8' - 8 1/2"
6 A-601
20' - 0" 9' - 3 1/2"
4' - 7"
SUBARU OF AMERICA NATIONAL SERVICE TRAINING CEN
PAINTED, TUBE-STEEL SCREEN WALL FRAME WITH BAR GRATING INFILL PANELS
CAMDEN, NJ
(16) RISERS @ 6.97" +/-
11" 3' - 8"
2"
EQUAL PICKETS 2" @ 4" OC MAX PAINTED, STEEL-PLATE BARRIER
1' - 6"
3' - 6" 6"
6"
3' - 8"
LEVEL 1 0"
24 A 1
LEVEL 1 0" 4"
24 A 1
6"
A-602
5 A-601
CONCRETE-FILLED, STEELPAN STAIR ON PAINTED STEEL CHANNEL STRINGER WITH RUBBER STAIR TREADS AND PAINTED RISERS
EGRESS BARRIER
2
3' - 8"
3' - 8" 3' - 8"
1
(15) RISERS @ 6.97" +/-
12' - 10"
13' - 9"
12' - 10"
13' - 9"
(15) TREAD @ 11" EA
4 A-601
ENLARGED PLAN AT STAIR - FIRST FLOOR
A-601
9
Project Name:
4 A-601
2
200 AMERICAN METRO BOULEVARD SUITE 120 HAMILTON, NJ 08619 609.750.9590
138 CRICKET AVENUE ARDMORE, PA 19003 484.410.4580
TYP
24 A 1
MEPFP ENGINEERS
DRAGO ILLUMINATION
MEZZANINE 18' - 0"
4 A-602
34A1
AKF ENGINEERS
2
3' - 8"
ENLARGED PLAN AT STAIR - MEZZANINE LEVEL
A-601
3/8" = 1'-0"
6"
3
A-601
3/8" = 1'-0"
SECTION AT EGRESS STAIR
4
A-601
3/8" = 1'-0"
SECTION AT EGRESS STAIR
Professional Seals
3/8" = 1'-0"
2 G
5 3/8" 1' - 0"
GRANUM A/I
HANDRAIL EXTENSION
6 1/2"
HANDRAIL, BEYOND
PARTITION TYPE AS SCHEDULED
PARTITION AS SCHEDULED
FLOOR SLAB
ALIGN HANDRAIL CLOSURE PLATE WITH EDGE OF GUARDRAIL POST 1 1/2" DIAMETER STAINLESS STEEL HANDRAIL GUARDRAIL SCREEN
J-RUNNER
MEZZANINE 18' - 0"
MEZZANINE 18' - 0"
MEZZANINE 18' - 0" GUARDRAIL SCREEN POST
POUR STOP GUARDRAIL BEYOND
PAINTED STEEL-CHANNEL STRINGER
FLOOR SLAB, SEE STRUCTURAL DRAWINGS
11"
STEEL BAR BLOCKING
STEEL FRAMING, SEE STRUCTURAL DRAWINGS
STAIRS, BEYOND
FLOOR FINISH AS SCHEDULED
MEZZANINE 18' - 0"
7"
STEEL FRAMING, SEE STRUCTURAL DRAWINGS
1/4"
2"
POUR STOP POUR STOP GWB TO BYBASS EDGE OF SLAB
Patrick J. McGranaghan; NJ License # 21AI01596
CLOSURE PLATE
1"
FLOOR SLAB
PARTITION AS SCHEDULED
ARCHITECT 100 MATSONFORD ROAD RADNOR CORPORATE CENTER 4, S RADNOR, PA 19087 215.525.2663
Issue Description
YYYY
IN COLLABORATION WITH: BULLETIN 2 -CD ISSUE BULLETIN 3 - PERMIT ISSUE
T&M ASSOCIATES
2 2 2
CIVIL ENGINEER AND LANDSCAPE
J-RUNNER PARTITION TYPE AS SCHEDULED
PARTITION AS SCHEDULED
PARTITION TYPE AS SCHEUDLED
STEEL PAN, PAINTED THIN-SET, PRECAST, CONCRETE TREADS
11 TINDALL ROAD MIDDLETOWN, NJ 07748 484.530.1270
O'DONNELL & NACCA STRUCTURAL ENGINEER
5
A-601
SECTION DETAIL AT EDGE OF SLAB AT EGRESS STAIR
6
A-601
1 1/2" = 1'-0"
SECTION DETAIL AT EDGE OF SLAB AT EGRESS STAIR
7
1 1/2" = 1'-0"
A-601
SECTION DETAIL AT EGDE OF SLAB -EGRESS STAIR - EAST SIDE
8
1 1/2" = 1'-0"
111 S. INDEPENDENCE MALL EAST PHILADELPHIA, PA 19106 215.925.3788
SECTION DETAIL AT EGRESS STAIR 1 1/2" = 1'-0"
AKF ENGINEERS Project No: BRT 1118G MEPFP ENGINEERS
200 AMERICAN METRO BOULEVAR Sheet Title SUITE 120 STAIR 01 ENLARGED HAMILTON, NJ 08619 PLANS, SECTIONS 609.750.9590
AND DETAILS
DRAGO ILLUMINATION LIGHTING DESIGN
Original drawing is 42 x 30
Do not scale contents of thi
A-601
Sheet Number
A-602
PAINTED STEEL-PLATE GUARDRAIL
EQ
4
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL
3/4"
STEEL-PLATE HANDRAIL BRACKET FULL WIDTH OF OPENING BETWEEN GUARDRAIL PICKETS; PAINT TO MATCH GUARDRAIL
STEEL-PLATE HANDRAIL BRACKET; PAINT TO MATCH GUARDRAIL
TUBE-STEEL FRAME
1 1/2" DIAMETER BRUSHED SS HANDRAIL
2"
2" 1 1/2"
A-602
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL
1 1/2" DIAMETER BRUSHED SS HANDRAIL
6
4
A-602
HANDRAIL BRACKET ELEVATION
5
A-602
1 1/2" = 1'-0"
CONTINUOUS, 5/16", STEELPLATE, MODESTY PANEL
5/16" STEEL-PLATE BRACKET; PAINT TO MATCH ADJACENT SURFACE
HANDRAIL BRACKET DETAIL AT WALL OR SCREEN WALL 1 1/2" = 1'-0"
1 1/2"
SHIM
5 1/2"
CONCRETE SLAB ON METAL DECK; REFER TO STRUCTURAL ALIGN
HANDRAIL BRACKET ELEVATION AT SCREEN WALL 1 1/2" = 1'-0"
REINFORCED POUR STOP; REFER TO STRUCTURAL
1/2" GYP BOARD REVEAL SHIM REINFORCED POUR STOP; REFER TO STRUCTURAL
STEEL BEAM; REFER TO STRUCTURAL
CONTINUOUS BOTTOM RAIL
A-602
1 1/2" = 1'-0"
CAMDEN, NJ
7
A-602
HANDRAIL BRACKET ELEVATION AT MODESTY PANEL 1 1/2" = 1'-0"
PAINTED STEELPLATE GUARDRAIL SHIM AND BLOCKING AS NECESSARY PAINTED STEEL-PLATE GUARDRAIL SUPPORT BRACKET WITH COUNTERSUNK ANCHORS ALIGN
PAINTED STEELPLATE GUARDRAIL
10 GUARDRAIL CONNECTION AT DRYWALL
A-602
1 1/2" = 1'-0"
SCHEDULED PARTITION AND CEILING CONTINUOUS BOTTOM PLATE
SCHEDULED PARTITION
GUARDRAIL CONNECTION AT SLAB
Project Name:
SUBARU OF AMERICA NATIONAL SERVICE TR
FLOOR FINISH AS SCHEDULED CONTINUOUS, PAINTED STEEL BENT PLATE
CONCRETE SLAB ON METAL DECK; REFER TO STRUCTURAL
STEEL BEAM; REFER TO STRUCTURAL
9
6"
METAL EDGE STRIP
1/2"
1"
1"
FLOOR FINISH AS SCHEDULED
STEEL-PLATE HANDRAIL BRACKET FULL WIDTH OF OPENING BETWEEN GUARDRAIL PICKETS; PAINT TO MATCH GUARDRAIL
NATION DETAIL
1 3/4"
1 3/4"
PAINTED STEEL-PLATE GUARDRAIL SUPPORT BRACKET
4"
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL ALIGN CLOSURE PLATE WITH END OF HANDRAIL BRACKET
6
A-602
5/16" STEEL-PLATE BRACKET; PAINT TO MATCH TUBE-STEEL FRAME
PAINTED STEEL-PLATE GUARDRAIL SUPPORT BRACKET WITH COUNTERSUNK ANCHORS
PAINTED STEEL-PLATE GUARDRAIL
PAINTED STEEL-PLATE GUARDRAIL
5/16", PAINTED, STEEL-PLATE, HANDRAIL BRACKET
A-602
WALL AS SCHEDULED OR TUBESTEEL FRAME; PROVIDE BLOCKING AS NECESSARY AT WALL LOCATIONS
ET DETAIL AT GUARDRAIL
1 1/2" DIAMETER STAINLESS STEEL HANDRAIL
EQ
1 3/4" 6 1/2"
A-602
4"
PAINTED STEEL-PLATE GUARDRAIL
138 CRICKET AVENUE ARDMORE, PA 19003 484.410.4580
5
3
11 GUARDRAIL CONNECTION
A-602
1 1/2" = 1'-0"
Professional Seals
South Jersey Industries Pre-Planning
GRANUM A/I ARCHITECT 100 MATSONFORD ROAD RADNOR CORPORATE CENTER 4, SUITE 110 RADNOR, PA 19087 215.525.2663
IN COLLABORATION WITH:
ALDERSON ENGINEERING
Granum A/I
MEP, FP
407 LAKESIDE DR SOUTHAMPTON, PA 18966 215.364.5635
Key Plan
Project Name:
SJI: FOLSOM RENOVATION HAMMONTON, NJ 08087
Professional Seals
No.
Issue Description
Project No:
SJI 1156A
Sheet Title
{3D - xliu}
1
A-711
YYYY-MM-DD
Unnamed
Original drawing is 48 x 36 Do not scale contents of this drawing
NOT FOR CONSTRUCTION
A-711
Sheet Number
GRANUM A/I ARCHITECT 100 MATSONFORD ROAD RADNOR CORPORATE CENTER 4, SUITE 110 RADNOR, PA 19087 215.525.2663
IN COLLABORATION WITH:
ALDERSON ENGINEERING MEP, FP
407 LAKESIDE DR SOUTHAMPTON, PA 18966 215.364.5635
B'
C'
C'
D'
E'
F'
G.3'
G.2'
G.1'
G'
H'
J'
L'
K'
O
6
N
5
4
3
2
1
B'
PENTHOUSE FLR 113' - 1 1/2"
SECOND FLOOR 99' - 6"
FIRST FLOOR 84' - 6"
9
A-700
A-EE NORTH HIDDEN 1984
2
1/8" = 1'-0"
13'
A-700
A-EE SOUTH 1/8" = 1'-0"
1
14'
2
3
4
5
N
6
O
L'
K'
J'
G'
G.1'
G.2'
G.3'
F'
E'
D'
C'
B'
Key Plan
PENTHOUSE FLR 113' - 1 1/2"
SECOND FLOOR 99' - 6"
Project Name:
FIRST FLOOR 84' - 6"
8
A-700
A-EE EAST HIDDEN 1984
3
1/8" = 1'-0"
14'
A-700
13'
SJI: FOLSOM RENOVATION HAMMONTON, NJ 08087
A-EE NORTH 1/8" = 1'-0"
11'
9'
6'
3'
2'
A
1'
B
C
D
E
F
G
H
J
Professional Seals
PENTHOUSE FLR 113' - 1 1/2"
SECOND FLOOR 99' - 6"
No.
Issue Description
FIRST FLOOR 84' - 6" 6
A-700
A-EE WEST
4
1/8" = 1'-0"
A-700
J
H
G
A-EE WEST HIDDEN 1969 NORTH
5
1/8" = 1'-0"
A-700
F
E
A-EE WEST HIDDEN 1969 SOUTH 1/8" = 1'-0"
D
C
B
A
PENTHOUSE FLR 113' - 1 1/2"
SECOND FLOOR 99' - 6" Project No:
SJI 1156A
Sheet Title
FIRST FLOOR 84' - 6"
7
A-700
A-EE SOUTHEAST 1984 1/8" = 1'-0"
1
A-700
A-EE EAST 1/8" = 1'-0"
MECHANICAL 77' - 6"
NOT FOR CONSTRUCTION
EXTERIOR ELEVATIONS
Original drawing is 48 x 36 Do not scale contents of this drawing
Sheet Number
A-700
YYYY-MM-DD
GRANUM A/I
8
7
6
5
4
3
2
ARCHITECT 100 MATSONFORD ROAD RADNOR CORPORATE CENTER 4, SUITE 110 RADNOR, PA 19087 215.525.2663
1
IN COLLABORATION WITH:
A B
ALDERSON ENGINEERING MEP, FP
407 LAKESIDE DR SOUTHAMPTON, PA 18966 215.364.5635
6' - 0 1/2"
C
1' - 6"
20' - 0"
D
4' - 7 3/16" B'
C'
D'
F'
G'
J'
M.5'
N.5'
12' - 0"
19' - 8"
12' - 7" 6' - 5"
14'
L'
1' - 0"
3 7/8"
12' - 0 3/16"
14' - 10"
O
N
4' - 11 3/8"
13'
12'
5' - 2"
5' - 4 5/8"
E
Key Plan
DN
3' - 6"
4' - 4" 9' - 0 5/8"
10'
16' - 8"
11'
6' - 0"
5' - 1"
12'
DN
9'
8'
6.5'
20' - 8"
8' 7' 6.5' 6'
DN
Project Name:
5' - 9 3/8"
6' - 8"
DN
SJI: FOLSOM RENOVATION F
4'
HAMMONTON, NJ 08087
5' - 8"
6' - 3 5/8"
1' - 4"
5' 4'
L'
J'
16' - 0"
Professional Seals
3'
H' G
H
No.
Issue Description
YYYY-MM-DD
J
2' DN
1'
Project No:
B'
C'
D'
F'
E'
M'
N'
N.1'
SJI 1156A
Sheet Title
Unnamed W-XL 02 EXG PLAN 1/8" = 1'-0"
Original drawing is 48 x 36 Do not scale contents of this drawing
NOT FOR CONSTRUCTION
A-712
Sheet Number
GRANUM A/I ARCHITECT 100 MATSONFORD ROAD RADNOR CORPORATE CENTER 4, SUITE 110 RADNOR, PA 19087 215.525.2663
8
7
6
5
4
3
2
IN COLLABORATION WITH:
1
ALDERSON ENGINEERING MEP, FP
3' - 6"
7' - 6"
40' - 0"
40' - 0"
40' - 0"
7' - 6"
407 LAKESIDE DR SOUTHAMPTON, PA 18966 215.364.5635
3' - 6"
A B
11"11"
38' - 2"
11" 2' - 8"
C
9' - 6"
3' - 8"
11" 2' - 8"
1' - 0"
1' - 0"
11"11" 1' - 4"
11" 2' - 8"
2' - 8" 11"
7' - 6"
2' - 0"
5' - 9"
N.5'
12' - 6"
14'
11"11"
3"
11' - 3"
11'
10'
10'
4' - 0"
8' - 10"
- 7"
40' - 0"
16' - 4"
3' - 0"
E
3' - 0"
5' - 2"
27' - 1"
1' - 2" 3' - 0"
Key Plan
12'
6'
3' - 0"
26' - 1"
11' - 3"
2' - 1"
5' - 1"
6' - 0 17/32"
41' - 4 1/2"
1"
8' - 7"
5' - 1 3/4"
14' - 10" 11'
DN
N13'
O
5" 4' - 11"
2' - 9 1/2"
13' - 11"
11"11"
12' - 11 3/4"
5' - 7 1/2"
5' - 0"
8' - 0"
2' - 8"
1' - 0"
1' - 4 1/2"
2' - 8"
13'
M.5'
3' - 9"
6' - 10"
2' - 8"
14'
L'
43' - 0 1/2"
40' - 0"
J'
6' - 0"
G'
40' - 0"
D
4' - 10"
20' - 10"
F'
40' - 0"
6' - 3"
7' - 6 7/16"
D'
11"11"
4' - 2"
11' - 6"
C'
3' - 4"
2' - 8"
11"11"
1' - 3"2' - 4" 2' - 4"
B'
6' - 0"
9' - 2"
5' - 0"
4' - 5"
4' - 0"
1' - 0"
9' - 0"
3' - 4 1/2"
40' - 0"
9"
6' - 0"
9'
9'
2"
Project Name:
4'
6' - 1 1/4"
4'
3' - 0"
F
3' - 0"
DN
DN
Professional Seals
7'
- 2"
7'
40' - 0"
- 2"
7'
- 2"
40' - 0"
5'
- 2"
3'
- 4"
L'
J'
DN
11"11"
5' - 9 3/16"
1' - 5 29/32"
5'
1' - 1"
5'
5' - 9"
4' - 8"
HAMMONTON, NJ 08087
5" 2' - 1"
°
5' 4'
SJI: FOLSOM RENOVATION
4' - 4 1/2" 6' - 6 3/16"
5' - 9 3/8"
8' - 11"
45.00
- 11 "
8' 8' 7' 6.5' 6.5'
10' - 1"
11"11"
6'
11"11"
7'
- 2"
1' - 0"
No.
- 2"
Issue Description
7' - 6"
1' - 4"
G
H J
- 2"
7'
- 2"
7'
E'
11" 2' - 8"
3' - 6"
31' - 1"
7'
- 2"
1' - 0"
7'
- 2"
H'
2' - 8" 11"
4' - 0"
7'
- 2"
3'
7' -2
11' - 2"
5'
3' - 8" 1' - 0"
10' - 1"
3' - 8"
1/8"
11"
1' - 1"
2' - 8" 2'
1' - 0"
3' - 10 3/16" 1'
1' - 0"
1
A-712
1' - 0"
18' - 10"
11' - 0"
7' - 10"
7' - 2"
1' - 1"
19' - 11"
31' - 1"
40' - 0"
45' - 4 1/2"
Project No:
1' - 5" 1' - 8"2' - 6"
SJI 1156A
Sheet Title
C'
1
A-713
D'
E'
F'
Unnamed M'
N'
N.1'
W-XL 01 EXG PLAN
Original drawing is 48 x 36 Do not scale contents of this drawing
1/8" = 1'-0"
NOT FOR CONSTRUCTION
Sheet Number
A-713
YYYY-MM-DD
“ Home” Pen Drawing, 2013, Shanxi,China
“ the Ancient Villages” Photograph, 2014, Hongcun, China
“ Urban Village in China” Pen Drawing,2013,Xiamen,China
“Sunset Path” Watercolor Painting, 2011, Xiamen, China