YANXIN LIU
YANXIN LIU (LEED AP) PORTFOLIO My experience of both landscape architecture and architecture has given me a unique perspective in design. I love nature and believe that natural law also works in design principles.
lyanxin@bsu.edu 765-749-3169
The following examples have been selected from my studio projects and personal works from 2011 till now. They mainly focused on landscape architectural design and architectural design. These projects, though in different types, used nature as an important element.
Skills
NOT PROFICIENT
HIGHLY PROFICIENT
01
Table of Content AGRICULTURAL PARK Suburb Transformation
P 01
Ac AutoCAD Ps
Photoshop
Su
SketchUP
Id
Indesign
Vr
V-ray
GIS ArcGIS Ai
Illustrator
02 GROWING NATURE
P 09
Brownfield Design
03 FARMING COMMUNITY Community Design
P 15
L3D Lumion3D
04 QUAD AREA DESIGN Planting Design
05 HOU LAKE HOUSE Architectural Design
P 19
P 21
06 ART WITHIN TIRES Park(ing) Day Event
07 OTHER WORKS
P 23
Previous Internship Work Painting, Model & Constitute P 25
01
AGRICULTURAL PARK
Honor Award of 2016 ASLA Student Award Indiana Chapter
Graduate Thesis Work Suburb Transformation Individual Project Apr. 2014-- Jun. 2016 Ac
Ps
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Ai
This creative project designs an agricultural park at the suburb of Wuhan, China. The main purposes are to preserve and celebrate Jianghan Plain’s traditional agriculture and water culture, and also provide local and Wuhan residents more outdoor green spaces for activities. Beside, this project aims to improve the onsite villagers’ living conditions. This design was based on historical and theoretical research, and site inventory and analysis, which are not shown here due to limited space.
Perspective of farmers' market looking from west to east
User Analysis
Site Existing Condition WUHAN CITY
Multi-family high-rise residential
WUHAN CITY
SITE
Inner City Surburbs
Wuhan is a metropolis in middle part of China. Being part of Jianghan Plain, Wuhan has received rich water resources and agricultural products from the Yangtze and Han Rivers. However, as the city is growing, increasingly farmlands are replaced by new developments. On the other hand, inner city is lack of green open spaces. The proposed project site, Jiangdi Village is located in the southwest suburb of Wuhan, along the Yangtze River.
nts ide s e R han e Wu pac ns e e r e •G pac ty s i v i ct •A al ltur icu ge r g • A wled kno end eek n to w • A tinatio relax des n and r lea n's uha " to • W ckyard ure "ba ch nat tou
ts den
Wuhan EXPO Center Open space
Farmlands & agricultural villages (Future residential)
s ger
i illa Res al V c by r o a L ds Ne ce lan l rm spa a y ntia F t i • side n ctiv e r A r • io ce ette dit spa • B g con en e r en livin •G ard nt g e m llot •A ral ultu c i r e g • A wledg kno
SITE Industrial
Metro station Metro Local street Highway
3
Arterial street
Bridge Vegetation
Main Levee
1 View from main levee to the Yangtze River
2 Farmland
Agricultural Park
Site Inventory & Analysis
3 Pond
4 Residential houses & alley condition
4 1 2
5 Floodplain
5 Vegetation Farmland Pond Business industry Floodplain
Site Existing Condition
Residential
02
System Analysis Integrated Agricultural System
Fish Pond
Vegetable field/ Rice Paddy/ Soy Field Built Environment
Lotus Pond
r
Labo
Partially Cultivated Areas
Silk
ion Irrigat
Aq
uat
d
o Fo
ilizer
Vegetable field (existing) Wetland Forest/Buffer Mulberry trees
Pro
Main Levee
tion
duc
ri Nut
t/M
ulb
err
n/ atio g i r r I
y
n
o ati rig
r ize
l rti r/ bo e-Fe a L ast W
Waste
Ir
ic P
rod u
cts
Ex ch
Residential area Barns/Shrubs/Pasture
Forest
Nature
Waste
Foo d Waste-Fertilizer
Pond (existing)
Shrub
Vegetable field/ Rice Paddy/ Soy Field
Cultivated Areas (Farmland)
Was te-Fe rt
Barn
an ge
Buffer Ditch
W at er
Residential
Waste Food
Secondary Levee
Yangtze River
Agricultural Park
Hydrological System Concept The hydrological concept is based on the levee-surrounded field typology. All the existing ponds are retained and some are reconfigured.
Purif
ied
r ve Ri
The canal system’s source water comes into the site from the Yangtze River (northeast). After flowing through a series of ponds and irrigating the eastern farmlands, half of the water is pumped by water wheel to the west side of the levee, while the rest is purified by wetland to the swimming pool, and the excess returns into the Yangtze River. In the west, stormwater is collected and combined with canal water for irrigation. The excess water finally goes into the ponds on site.
Nutr
n io nt te De nd Po
ient
e bl ta ge Ve eld Fi
n roge h Nit t i w nd r Wate sphorus sh Po I F o h &p
h Fis s/ tu Lo nd Po
s Lotu
Pond
r Wate
Clean
ifie
d
nd
la et W
Pur
Cle
an
Wa ter
l ra ng tu mi Na im Sw ol Po
Hydrological System On-site Stormwater direction
Natural swimming pool
Canal direction
Water wheel
ain
ee lev
M
S
River
ee ev
l ry
da
on ec
r ve
Fish/lotus pond
Ri
Wetland
Yangtze River
04
Design Site Plan
Circulation
F
21
4
Future multi-family high-rise residential
17
15 Vehicle circulation
Pedestrian circulation
Parking lot
8
Public space 4
7
6
17
21
Pe d
es tri
an
Potential entrance
Hydrological System
Potential gathering space
Le ve e
1
16
br idg e
ish az
Ma
4
3
ho uY an gt
Pe d
es tri
21
an
5
9
21
15
Ba
in
2
10
16
br idg e
9
14
13
20
15 13
11 Agricultural System
8
Y
Future multi-family high-rise residential
18 4 17
19
Master Pla
01 Main ent plaza
02 Visitor ce Future Waterfront Park
03 Farmers'
04 Allotmen
05 Vegetabl
0'
200'
400'
600'
Future Waterfront Park
4
The main theme in Water Village is to let visitors understand and experience water culture. The open space is for festival activities. For example, visitors can learn how to wrap traditional rice pudding here. The path along the way to the swimming center features a row of fountain jets.
Fountain jet
A
Open space
Deck
A' Natural swimming pool Swimming center
Boat rental staton Lotus pond
Filtration pond
Plan
06 Soy field
tze
Agricultural Park
Detail- Water Village
07 Vegetable field
Riv er
08 Residential area idg 09 Vegetation buffer e
Br
Section A-A'
Ya ng tze
Riv er
10 Drop-off area
an
11 Water Village 12 Silk Village 13 Pond 14 Forest 15 Barn 16 Fish pond
trance
17 Secondary entrance plaza
enter
18 Rice paddy field
' market
19 Wetland
nt garden
20 Floodplain
le garden
21 Parking Lot
Filtration pond
Natural swimming pool
Deck
Natural swimming pool
Vegetation
Fountain jet
Path
06
Detail- Entrance Plaza Plan
The design offers visitors the pastoral feeling as they enter the park. The design style of the whole park tends to be natural, and mimics traditional China’s rural landscape.
Vegetable field
B Main Entrance Mound
Allotment garden Pond Path
B' Terrace
Forest
Visitor center
Drop-off
Allotment garden Pond
Section B-B'
Buffer mound Pond
Path
Stream
Path
Stream
Pond
Terrace
Agricultural Park
Perspective looking from Main Entrance Plaza to Visitor Center
08
02
GROWING NATURE Graduate Work Brownfield Design Team Project Oct. 2013-- Nov. 2013 Ac
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GIS
T h i s p ro j e c t a i m e d to re m e d y the brownfield in Inner Harbor, Baltimore. The design had two goals: 1. Remedy marine and soil pollution. 2. Rebuild a healthy relationship between nature and human, make nature touchable. The main method was using plants to remedy this land. The site was designed to be a park that can grow with nature. In the long term, the park will become an urban jungle among the surrounding concrete buildings.
Existing Condition
Harbor East
Inner Harbor
Proposed Birdview
Water Taxi Route
Pedestrian
Road System
Fells Point
Site Analysis
Little Italy Harbor East
Fells Point
Growing Nature
The site is located in Inner Harbor of Baltimore. The central location gives the site a lot of opportunities. Around the site are some business zones and tourism attractions. Additionally, several water routes pass around the site. However the site was heavily contaminated since it used to be a chromium chemicals factory. Now the toxic soil on site is capped under the ground because of contamination. Also, water in the sea was polluted. In addition to viewing, people seem have no access to touch and feel nature.
SITE
Concept Analysis These three conceptual sketchings show how the contaminated soil will be purified. The site will be divided into 9 parts. In each phase, 3 parts of soil will be under treated. The rest of the park will be developed for temporary use. During treatment, the zones under treated can be accessible by boardwalks. The plants in treatment zones will be landscape and also good educational materials. After 3 phases, the whole park's soil will be non-toxic and touchable. Phase 1
Phase 2
Phase 3
10
Soil Treatment System
Water hyacinth (Eichhoria crassipes)
Cauliflower, Kale,Cabbage
Leptospermum scoparium
Alfalfa (Medicago sativa)
Vegetative Layer Sand and Gravel Drainage Layer Geomembrance Clay Drainage Pipe Contaminated Soil Clean Soil Monitoring well Water table
Populus spp
Mustard species: B. juncea & B. nigra
Phytoremediation is the engineered use of plants in the environmental remediation process. Phytoremediation is also a cutting-edge topic in research. Plants can take up Cr into their roots and aboveground tissues, storing it as Cr(III), which is nontoxic. When harvested, Cr is removed from the system. Plants can also stabilize Cr contamination in the soil, by one or several mechanisms, converting it to Cr(III).
Perspective looking from Green Slope to Fountain Plaza
S. Caroline St.
Growing Nature
Master Plan
Exisiting Water School
25 25 2 A A
25
5
5. Flowing Pond
B
6. Filtering Pond 7. Water Plaza 9. Fountain Plaza 10. Amphitheatre
14. Freshwater Swimming Pool
6
20
11. Shop/Cafe (Green roof)
13. Fishing Pavillion
Block St
23
8. Wetland
12. Swimming Center/ Diving platform
St
A'
es
2
4. Green House
am
3. Visitor/Educational Center
1
3
4
2. Forest
Th
1. Parking Lot
2 7 8
11 18
9
21 19
24
15. Saltwater Swimming Pool
18. Water Taxi Station 19. Fountain Jet 20. Commercial Plaza
12 14
16. Waterscreen Movie 17. Jelly Garden
10
B'
13
15 16
17
21. Sand Playground 22. Underwate Observation Tower
C
23. Coastal Trail
22
24. Marina 25. Entrance Plaza
C'
12
Water Filter System A-A' Section Section A-A'
Filtering ponds
Fountain Jet
Flo
On-site water is gathered into septic tank. After separation of solid, water is pumped up to Green House. Water is filtered when flowing through the plants roots. Then, it goes out of the building through flowing ponds, which can provide more opportunities for most good bacteria. After that, water is almost clean to sustain fish and plants. It stays in filtering ponds and flows through wetland afterwards. Finally, the water is used for flushing and water features. B-B' Section
Fountain Jet
Amphitheatre
Sea
Saltwater Swimming Pool
Freshwater
A
Growing Nature
A'
Aerated Lagoons
Septic Tank On-site sewage water
owing ponds
Outdoor Classroom
Green House
Lawn
Selected plants
Shaving Hair Brush Plant
Maidens Hair Plant
Cultured Red Gracillaria
Umbrella Plant
Water Iris
Arrowhead
Seawater is first filtered by seaweeds outside the Saltwater Swimming Pool. Then it flows into the pool and gets further purified by plants at the bottom. B'
Fountain Jet
r Swimming Pool
B
Green Slope Filtering Ponds Clean water from Wetland
Boardwalk
Commercial Building
Water Plaza
14
03
FARMING COMMUNITY Graduate Work Community Design Individual Project Spe. 2013-- Oct 2013 Ac
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GIS
Mc Kinley Community is facing the problem of losing population. This project was a redesign of the community. Agriculture will be the main trigger to boost the economy and enhance residents' connections within community.
Community Garden will become the place to enjoy, learn and harvest
Site Analysis
McCulloch Park
Whitely
SITE McKinley Riverside/ Normal City
Alley Greenway Porket Park
Tuhey Park
Farming Community
Minnestrista
East Central Old Westend Downtown
Vacant Business Zone Green Space Roads Road
Vacant Parcels Muncie Building Footprints
Lakes Rivers
Problems outside McKinley Community: Connections between green spaces, surrounding communities and downtown Problems within McKinley Community: 1.Connections with Muncie Central High School and Cardinal Greenway 2.Many vacant Parcels. 3.Unsafe traffic circulation 4.Less sense of community
System Diagram Community Sense of community
More residents will be attracted Social Support
Economy L e s s co st i n transportation
Agriculture Industry
Fresh food
Landscape Demonstration
Farmlands provide landscape
Food
Reduce transportation
Less consume
Energy
Education
Farmland as agriculture educational class
Transportation
Eco-System
Better environment
16
Site Plan White River
Legend
2F
Farmlands
Green roof
Commercial Building
Single Family House
Farmlands
Multiple Dwelling
The original alleys between backyards were designed as pedestrians. Along the alleys will be vegetable beds. The site inside will be connected by alleys from north to south.
1F
Community Garden Model-- Commercia 2F Multiple Dwelling 1F
Vacant lands will be turned into community gardens. All community gardens will be connected by pedestrians so that the community can be walkable.
2F Community Garden Multiple Dwelling 1F 2F
Green Belt
The green belt will link Cardinal Greenway and Muncie Central High school.
2F
Open Garden
Parking lots were designed at the main vehicle entrances. Free bicycle stations will be near the parking lots. The purpose was to encourage visitors walking or riding into the community.
2F Parking Lot
Church Parking Lot
4F
Green House will be a building to implement vertical agriculture. This can help conserve energy and increase production.
Community Garden Model-- Residential
Multiple Dwelling Community Garden
Green House
1F
Agriculture Training School
N 5000' 2500'
10000'
2F
3F
Agricultal Experimental Field
N Madison St
1F N Walnut St
Experimental Field and Agriculture Training School are set to teach the high school students and local residents how to grow foods.
Parking Lot 2F Farmer's Market
Open Garden
7500'
Agriculture Company 4F
E Wysor St
3F
2F
1F
Roof Vegetable Garden
Typical Community Garden
3F Restaurant
2F Stage
1F Single Famiily House
Bar
Vegetable Garden
1F Grape trellis
al Part 0'
5000' 2500'
1F
Organic Food Market
N 10000' 7500'
Farming Community
Vegetable Garden
Sunken Garden
Children's Garden
Cafe
Crop Garden
Grape Garden
1F Single Famiily House
Winery
1F Vegetable Roof Garden
Typical Multiple Dwelling Roof Plan Part Board Gathering Area
Solar Panel
Vegetable Garden
Vegetable Garden
Vegetable Garden
Gathering Area
2F N 0'
5000' 2500'
Solar Panel
2F
1F
10000' 7500'
18
04
QUAD AREA DESIGN Graduate Work Planting Design Individual Project Mar. 2014-- Apr. 2014 Ac Ps Su Id L3D The project was to reform the quad in front CAP building in Ball State University, to attract more people into this space. By re d e s i g n i n g t h e s i te a n d p l a n t i n g a r ra n g e m e n t s , t h e quad will become more inviting, e nv i ro n m e n ta l f r i e n d l y a n d attractive.
Perspective looking to board walk
Site Plan
1. Benches are set at the edge of boardwalk.
1
2. Shrubs block the view from parking lot as well as increasing interests.
Boardwalk
3. Pavilions will include benches and tables. Pavilions can be removed if there's concert. So this plaza will become a stage.
Open Space Raingarden
A
2
4. A row of trees will offer shade for the people sitting under them. Tables and chairs will be provided under trees. 5. This semi-open space will provide people a place to read books or have a rest.
Site Inventory & Analysis Architecture Bldg Plaza Pavilion/ Outdoor Stage
3
Open Space
A'
Quad Area Design
Bus Stop
Shafer Tower Potential Gathering Space
Classroom windows Whitinger Business Bldg
Frogbaby Fountain
4
Frogbaby Plaza
Gathering space for Bracken Library
Bracken Library
Rest Space
5
Entrance
Pedestrian
Existing Tree
Lowest Elevation
Busy Pedestrain
Shortcut
Parking Lot
Driveway
N
20
05
HOU LAKE HOUSE Undergraduate Work Architectural Design Individual Project Mar. 2010-- Apr. 2010 Ac Ps Su Id Vr This project was a house design for an artist. Located near Hou Lake, the site has a broad perspective. After the research of traditional Chinese buildings, the design tried to maximize the benefits brought by nature. The house was designed to be suitable to nature.
Perspective looking from Hou Lake to the house
Site Analysis
Design Analysis
Wuhan
Hig
hwa y
Hou Lake
Highway
SITE
As the provincial capital of Hubei, Hou Lake is located in the suburb of Wuhan City. It is a silent place near a busy city. The site has abundant natural resources. When lotus blooming in summer, it presents a strong local flavor with traditional farm houses surrounding around.
Hou Lake House
Ventilation Analysis
Model
22
06
Art Within Tires Graduate Work Park(ing) Day Event Team Project Sep. 2014 Ac
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Id
Parking day is a day when a parking space becomes a "park". The intention was to engage the people in downtown Muncie. Our team viewed this as our opportunity to show people what activated public space can be.
Parking Day at Walnut St., Muncie, IN
Design & Construction Art Within Tires was an effort to promote awareness of old tire/ materials reuse and recycling. The installation created an artful and dynamic workshop place within a on-street parking meter, engaged passengers to paint/decorate old tires and transformed tires into artful and functional furniture as benches, tables, planting beds and even decorative walls.
Site
Initial Idea
Team Presentation
Construction
Art Within Tires
Event
24
07
Model
Other Works Ac
Ps
Su
Id
This part contains my work samples at Kevin Parsons Associates and my individual works including paintings and models.
Painting
Other Works
Trail Concept Design
26
Bicentennial Park Concept Design Concept 3
M
nal
atio
0-N
S4
t/U
tree
S ain
ad
Ro
Interpretive Wall/Sitting Wall
1816
Through 2016
Trail
Landing White Lick Creek
Br idg
e
Picnic
Monument Design
Other Works
Bicentennial Park Details
28
Other Projects' Details
Other Works
Other Projects' Details
30
Other Projects' Details
AMENITY AREA PLANT SCHEDULE
8 VC
10 LC
2 GT
17 HS
7 BK
5 BK
6 VC
19 LM 10 HA
KEY
QTY.
BK
40
GT
4
HS
34
HA
20
HE
19
HO
25
LC
54
LM
67
LS
23
MA
1
RS
8
VC
17 LC
13 LS
8 RS 15 LM
13 HO
1 MA
19 HE
14 LM 16 BK
12 HO
17 LC
10 HA 19 LM 5 BK 8 VC
10 LC
2 GT
17 HS
7 BK
10 LS
6 VC
28
PLANT NAME BUXUS x KOREANA BOXWOOD GLEDITSIA T. INERMIS 'IMCOLE' IMPERIAL HONEYLOCUST HEMEROCALLIS 'PURPLE DE ORO' PURPLE DE ORO DAYLILY HYDRANGEA ARBORESCENS 'ANNABELLE' ANNABELLE HYDRANGEA HEUCHERA 'PALACE PURPLE' PALACE PURPLE CORAL BELLS HOSTA 'STAINED GLASS' STAINED GLASS HOSTA LOBELIA CARDINALIS CARDINAL FLOWER LIRIOPE MUSCARI 'BIG BLUE' BIG BLUE LILYTURF LOBELIA SIPHILITICA GREAT BLUE LOBELIA MAGNOLIA x 'ANN' ANN MANOLIA RATIBIDA SUBTOMENTOSA SWEET BLACK-EYED SUSAN VIBURNUM CARLESII KOREANSPICE VIBURNUM
SIZE
SPACING
#3 CONT.
36" O.C.
2 1/2" CAL.
AS SHOWN
#1 CONT.
18" O.C.
#3 CONT.
48" O.C.
#1 CONT.
12" O.C.
#1 CONT.
18" O.C.
#1 CONT.
18" O.C.
6" POT
8" O.C.
#1 CONT.
18" O.C.
11/2" CAL.
AS SHOWN
#1 CONT.
18" O.C.
#3 CONT.
36" O.C.
NOTES FULL TO GROUND, MATCHED UNSHEARED FULL, STRONG STRAIGHT TRUNK 6' MIN. CLEAR LIMB HT.
FULL, MATCHED UNSHEARED
FULL, MATCHED UNSHEARED
Other Projects' Details 42 FSSHWI-SQ 400,000 BTU HOT WIRE FIRE PIT INSERT, W/ 36" DIA. BURNER/ ROCK SUPPORT STRUCTURE
LIMESTONE CAP STAINLESS STEEL PINS W/ SHIMS, GROUT SOLID, TYP. BACKER ROD W/ SEALANT, TYP.
FILL WITH 4-6" LAVA ROCKS (6" MIN. THICK), 'COLORADO LAVA', COLOR: BLACK
6' 3'-4"
2"
3" SQUARE VENT TUBE, FORMED INTO CONC. W/ STAINLESS STEEL GRATE, EVENLY SPACE 4 VENTS ALTERNATING HIGH AND LOW
1" 52
1" 1'-52 1'-11"
1'-3" 10"
PROVIDE METAL WALL TIES AT 16" O.C. TYP.
3 4" GAS SUPPLY LINE, PROVIDE SHUT-OFF AT CONTROL BOX. INSTALL GAS LINES AND HOOKUPS PER LOCAL CODES AND REGULATIONS. COORDIANTE WITH MEP CONTRACTOR
3'-6"
PROVIDE WEEPS AT 3' O.C., FILL VOIDS WITH GROUT AS SHOWN, TYP. 1
2"
EXPANSION JOINT, SEE DETAIL L5.02/06
1' MIN
COMPACTED AND WELL DRAINED SUB-GRADE
(4) 3" SQUARE VENT TUBE, FORMED INTO CONC. W/STAINLESS STEEL GRATE, EVENLY SPACE 4 VENTS ALTERNATING HIGH AND LOW
1'-4"
STAINLESS STEEL PINS W/ SHIMS, GROUT SOLID, TYP.
1 8" GAP, TYP. SEAL GAP WITH BACKER ROD AND CAULK SEALANT, MATCH COLOR TO CAP
CAST STONE CAP, TO BE ETERMINED
16" WIDE SINGLE SLOPED LIMESTONE WALL COPING
36"
1'
3'
FILL WITH 4-8" LAVA ROCKS
2'-2"
BACKER ROD W/ SEALANT, TYP. BRICK, GROUT AND BRICK TO MATCH BUILDING BRICK, 13 BOND PATTERN
1"
6'
1'-10"
42 FSSHWI-SQ 400,000 BTU HOT WIRE FIRE PIT INSERT, HEARTH PRODUCTS CONTROLS CO. INSTALL PER MANUFACTURERS INSTRUCTION
6'
CONCRETE FINISH GRADE
1
1 L5.02
1'-4"
2" CAP OVERHANG, BOTH SIDES, TYP.
STANDARD CONC. FOOTER, W/ #4 REINFORCING BARS AS SHOWN, 3500 PSI MIN. 6" COMPACTED AGGREGATE
COMPACTED AND WELL DRAINED SUB-GRADE
JENN-AIR NATURAL GAS DROP IN GRILL, BY OWNER, BUILD GRILL STATION TO FIT. INSTALL PER MANUFACTURERS RECOMENDATIONS
8x8x16 CMU BLOCK, GROUT SOLID, TYP. BACKER ROD W/ SEALANT, TYP.
CUT CMU BLOCK TO FIT
BRICK, GROUT AND BRICK TO MATCH BUILDING BRICK, 13 BOND PATTERN PROVIDE METAL WALL TIES AT 16" O.C. TYP. PROVIDE WEEPS AT 3' O.C., ALL SIDES, FILL VOIDS WITH GROUT AS SHOWN, TYP.
2"
1" 2'-102
EXPANSION JOINT, SEE DETAIL L 5.02/06
GAS LINE, CONNECT TO GRILLS, PROVIDE ONE GAS SHUT-OFF FROM MAIN LINE PER GRILL. LOCATE GAS LINE CONNECTIONS BEHIND GRILL STATION. INSTALL GAS LINES AND HOOKUPS PER LOCAL CODES AND REGULATIONS. COORDINATE WITH MEP CONTRACTOR
TOOLED CONTROL JTS, 1/4" WIDE, MIN. 1" DEPTH
2" WIDE TOOL JOINT
APPLIED ANTI SPALLING COMPOUND
1/2" PREFORMED EXPANSION JOINT W/SELF-LEVELING SEALANT IN TOP 1/2"
4" CONC. SLAB FIBER REINFORCED LIGHT BLOOM FINISH CONTROL JTS @ 10'-0" O.C. MAX. & EXP. JTS. @ 40'-0" O.C. MAX
24" x 1/2" DIA/ SMOOTH BAR @ 18" O.C. GREASE AND DOWELL CAP W/BARSTOP @BOTH ENDS
LIGHT BROOM FINISH TYP.
2" WIDE TOOL JOINT
4" WIDE TOOL JOINT
1/2"R. ROLL EDGE
4" GRANULAR BACKFILL
1'-0" MIN.
EXPANSION JOINT
CONTROL JOINT
EDGE
K J
K Checked: A Scale: Issue Date: 8 revision:
4" CONC. SLAB
WESTF
Project: Drawn:
COMPACTED AND WELL DRAINED SUBGRADE
3' MIN.
1' MIN. 1" 9'-112
AP
1" 1'-102 7'-6 5/8"
STANDARD CONC. FOOTER, W/ #4 REINFORCING BARS AS SHOWN, 3500 PSI MIN.
BRI
CONC. PATIO STANDARD CONC. BASE W/ #4 REINFORCING BARS AS SHOWN, 3500 PSI MIN.
EXPANSION JOINT
3'-0" MIN
OUTSIDE OF FIRE PIT WALL
1'-8" TYP.
2"
STANDARD CONC. CORE, W/ #4 REINFORCING BARS AS SHOWN, 3500 PSI MIN.
4'
3' MIN
1' TYP.
NOTE: SEE PLAN FOR NUMBER AND WIDTH OF STEPS PROVIDE EXPANSION JOINT AND DOWELS INTO ADJACENT WALLS SHOWN ON PLAN.
6' 3'-4"
18" EPOXY COATED 1 1 4" DIA. DOWELS SPACED AT 1'-0" O.C., TYP.
6" COMPACTED AGGREGATE
1'-4"
2" EXPANSION JOINT, TYP. SEE DETAIL
6" TYP.
STANDARD CONC. FOOTER, W/ #4 REINFORCING BARS AS SHOWN, 3500 PSI MIN.
NOTE: CONTRACTOR TO COORDINATE WITH OWNER FOR EXACT LOCATION OF TIMBERS AND CONTROL EQUIPMENT.
5'-8"
1
STANDARD CONC. CORE, W/ #4 REINFORCING BARS AS SHOWN, 3500 PSI MIN.
NOTE: FIREPLACE CONTROLS TO INCLUDE WIND SENSOR UNIT AND KILL SWITCH, UL CONTROL PANEL, & SAFETY PIPE TRAIN (DOUBLE BLOCK SOLENOIDS, REGULATOR/ BALL VALVE).
1'-2"
RADIUS, TYP.
FINISH CONCRETE SURFACE
#4 REBAR AS SHOWN
NOTE: BURNER ASSEMBLY, FIRE PIT COMPONENTS AND CONTROLS TO BE SUPPLIED BY HEARTH PRODUCTS CONTROLS CO (WEB: WWW.HPCFIRE.COM) CONTRACTOR TO INSTALL FIRE PIT BURNER AND CONTROLS TO MANUFACTURER DETAILS AND SPECIFICATIONS.
#4 REINFORCING BARS AS SHOWN
8"
1' TYP. 6" TYP.
STANDARD CONC. FOOTING W/ #4 REINFORCING BARS AS SHOWN, 4000 PSI MIN.
3'-0" MIN.
3
#4 REBAR, TYP.
ELECTRICAL CONDUIT, CONNECT ELECTRICAL TO BURNER ASSEMBLIES AND CONTROL PANEL
CONCRETE FINISH GRADE
REINFORCED CONCRETE STEPS, SLOPE 2% MIN.
GUARDRAIL SEE DETAIL 03/L 5.06
Other Works
1'-4"
BRICK, GROUT AND BRICK TO MATCH BUILDING BRICK, 13 BOND PATTERN
32
L
LIU lyanxin@bsu.edu