logan michelle harrell
contact info: Logan Michelle Harrell 153 Poole Street Ext. Woodruff, SC 29388 864.497.6719 lharrel@g.clemson.edu
emerging: (v.) to come into light; to come into existence, develop; to notice, to grasp and begin to understand
graduate work
undergraduate work
01 creating the link 02 planting purification
03 04 05 06 07 08
(re)cycle hydropurification containing (r)evolution assimilating a built context art (move)ment nicholtown pocket park
Term: Fall 2011 Professors: Brad Cantrell and Frank Melendez Project Type: Group Marcia Gibson Logan Harrell Location: Atchafalaya Basin, Near Morgan City, Louisiana Program: The connection between Morgan City, LA and the gulf coast along the river creates many opportunities for growth of land and for human interaction. However, flooding and storms have made this area almost nonexistent to this opportunities. Through research and exploration, the creation of a link has been discovered.
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1
creating the link
concept The depletion of land along the Mississippi and the Atchafalaya River have created a demand for land formation. Sediment is a beneficial component in the area and its abundance can help with the creation of the land. The land formation that is created over time will become the storm surge protection needed in the area where flooding and high winds are be major factors during hurricane season.
storm surge protection
exploration of organic spin and geometric structure and their direct relation to land formation land density 5 years
20 years
50 years
land depth after surpassing area water lever <1 ft 2 ft 4 ft 6 ft 8 ft >10 ft
As the membrane meanders down the Atchafalaya river, there is no need for this large infrastructure to be collecting sediment in all regions and therefore there are areas in which the membrane becomes a bridge allowing for water flow through the open gaps. This will allow for the marshland behind the membrane room for movement and influx between the two areas while still keeping a connection from Morgan City to the intercoastal deltas. Also it will help to have the existing canals and channels to be undisturbed by the infrastructure.
Major canals within the membrane
Prediction of land growth with the use of canals and membrane infrastructure
5 years
20 years
50 years
system+sediment In the collection process of the sediment, examining the cell membrane and its ability to select what it wants to consume and dispose of was the perfect case study for the development of land. Through a membrane created along the river, the system is able to collect the sediment while draining the water out of the cells in order to gather a greater sediment to water ratio as it is pushed into the bands of land growth.
closed
Enhanced time Timeline Enhanced line of sediment Sedimet deposition throughout deposition throughout one one membrane membrane
open
1 ft
1 sec
2 sec
10 sec
10.5 sec
1 min
2 min
2.5 min
3 min
10 days
open (back)
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2
closed
sion
water diffu
volume pull
volume division
volume push
water and sediment passageway
Capacitance Level Switch: Sensor that evaluates water level within the area then alerts and triggers when the desired height is met
-c intra space
ellul
ar
The membrane is comprised of millions of components. Each individual component in the membrane is constantly sensing water levels and sediment levels to control the front and rear latches. When a certain water level is reached, the component is closed and drained into the space surrounding it and is pumped back into the river. Likewise when the sediment level reaches a certain point the gate is opened and allows for a higher sediment to water ratio. The areas of the membrane structure that are highly efficient in the land building consist in the bends of the river, where water is moving faster but also carrying a larger sediment load.
Front Full
Full
90o
Back
Capacitance Continuous Level Indicator: Sensor that determines when the sediment is at the desired height.
Full
the membrane The land formation is a product of the membrane, but the membrane also creates a continuous connection between the basin/river area and people. To further gain connectivity, the use of natural gas and oil pipelines along with electricity transmission lines run along the membrane to give selected areas more accessibility. Also moving the lines to the membrane helps to reduce land area that the lines occupy to reduce pollution and gain land for wildlife and other functions.
before membrane
before membrane
before membrane
creating the link
1
The connection between Morgan City and the Gulf of Mexico allows of a hyper-extensive system of interaction within 35 mile membrane. We have developed for specific locations where sediment collection is the greatest and in these areas we have also focused the recreational aspects. This then created four nodes of development allowing for zones of human participation. Each node provides a unique service from parks, fishing, docking, and re-fueling. This displacement is decided upon where the node is in relation to the distance of the Gulf or Morgan City. Each of the four nodes located along on the membrane develop into more than just sediment collection zones but allow for a pocket of human interaction deep within the Atchafalaya Basin.
In the diagram below the membrane is shown drawn from Morgan City to the Gulf with an enhancement of the node functions as they travel down the spine. The colors allow you to see the different programs and how they overlay with one another.
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node one The first node is shown on this page which is inhabiting a park just outside of Morgan city. It is the largest node of the four and allows for the most divergent activities to take place upon it. Program: -park -gathering -leisure node 1 site plan
section A
node two The second node is ideally for a mixture of uses being further away from Morgan city but along Bateman island providing protection and rest almost halfway down the river as fisherman, cargo ships, and oil liners travel up and down. The third node which is not shown is mainly a fishing deck node. Located deeper within the basin towards to gulf offering a prime location for the most beneficial fishing. Program: -park -rest stop -fishing
section B
node 2 site plan
node three
node C siteplan program
node C siteplan program -fishing -gathering
-fishing -gathering
The third node is shown on this page which is closer to the gulf. Its unique shape creates multiple fishing and gathering spots.
section C
Program: -fishing -gathering
section C
Section Section CC
node 3 site plan
ection CC Section
section C
node four The final image is of the final node towards the deltas where there would be a lot of traffic would be seen coming and going from the river. As ships pass through the canals our node offers a spot of rest and re-fueling for captains as they continue their journey into the Gulf or into the Atchafalaya canal. Each of these nodes offer a special program within the membrane which brings it life along the sediment dispersion wall. While creating a natural land build-up to help protect the coast of Louisiana. Also the node allowed to draw in human interaction within the coast and attention to an area in need. Program: -refueling -fishing -rest stop
Term: Spring 2012 Professors: Meredith Sattler Project Type: Group Marcia Gibson Logan Harrell Location: Baton Rouge, LA Program: The Planting Purification Eco-House is designed for the occupant and their health. By introducing sunlight and a natural air purification and circulation system into the home, the homeownerâ&#x20AC;&#x2122;s quality of life is dramatically improved. The city of Baton Rougeâ&#x20AC;&#x2122;s air quality is the fifth most polluted in the United States. In combination with other toxins off-gassed from everyday building materials and household chemicals the interior of the home is rendered a polluted environment in which residents typically spend over one-third of their day. Everyday toxins inside a home can affect their occupants physically, resulting in a range of illnesses from common colds to severe cases of sick building syndrome. We propose an affordable and beautiful solution that is effective within tight urban footprints utilizing simple sustainable solutions such as; improved indoor air quality, circulation, and daylight to make the home a much healthier and more fitting place to live.
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nslucency + Back Outdoor Integration
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anslucency + Front & Back Outdoor Intergation
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7. Air Purity Installation 8. Cistern Storage 9. Living Room 10. Bedroom 11. Laundry Room 12. Bedroom 13. Murphy Style Dining Table 14. Backyard Porch
planting purification 13
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Floorplan 1:8
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concept Planting purification is the process of establishing toxin free air within the home. Air that circulates through a typical home is full of pollutants from the outside and inside creating insufficient air quality that is exposed to us everyday.
The installation within this home provides an efficient, economical, and effective way of purifying the air before entering home through the HVAC system and offers a beautiful natural feature within the living room. The process of cleaning this air is simple, with the use of plants we continue to use the products we love without the fear of knowing that we are breathing in unhealthy air.
integrating plans
Jade Ave.
GSRI Ave.
1. Green Space
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3 4
SitePlan 1:64 6
Axonometric of House Assembly
2. Green Space + Translucency
Floorplan Legend 1. Front Entrance 2. Storage Closet 3. Master Bedroom 4. Kitchen 5. Full Bath 6. Mechanical 7. Air Purity Installation 8. Cistern Storage 9. Living Room 10. Bedroom 11. Laundry Room 12. Bedroom 13. Murphy Style Dining Table 14. Backyard Porch
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3. Green Space + Translucency + Back Outdoor Integration
Floorplan 1:8
4. Green + Space + Translucency + Front & Back Outdoor Intergation
5. Whole Green House
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integrated components
Shading & Heat Gain Device
Air Purity Vinyl Installation
Lexan Connection
Slide metal fastener clip in place
Bolt clip to purlin
Slide and click next panel in place
Eliminate Attic Space (prevents unwanted heat gain) Eco Batt Recycled Installation Vinyl Indoor/Outdoor Tile Tray Disection Raised off the ground to encourage natural ventilation
Sliding door with shading device between double pane glass Front Porch Shading Louvers Connection to water valve circuit Garden area for personal use 1” water pipe for plant irrigation Cost Estimation Product 1” Soil Ventilation Platform
1/4” holes for passive air flow
1” Thick Vinyl walls 3.5’ x 6’ Moveable Vinyl Planter
Activated Carbon mixed with soil 6 Plants in Each Tray
Vinyl Porch Garden
Foundation Wood Framing -Wall -Floor -Roof Insulation -Wall -Floor -Roof Siding (Hardie Plank) Plumbing and Accessories HVAC (Split System) Finishes -Wall -Roof -Lighting Accessories Floor Tile -Finish Luxury Vinyl Tile -Wood Finish Vinyl Tile Appliances Windows (Low-e) Sliding Glass Doors Interior and Exterior Doors Lexan (for clear story and plant room) Vinyl Tray and Accessories (Mold injection process) Plants and other Landscape
Total
Price
$3,200.00 $25,000.00 $5,350.00 $15,000.00 $7,000.00 $2,000.00 $3,000.00 $3,200.00 $8,000.00 $4,500.00 $3,700.00 $2,200.00 $2,000.00 $791.00 $545.60 $2,497.00 $1,150.00 $2,700.00 $598.00 $2,067.00 $450.00 $1,000.00 $95,948.60
Daylight and circulation are important criteria for this Daylight and Circulation are important criteria for this home in home in aorder to keep a healthy order to keep healthy atmosphere viable. Through the use of atmosphere viable. natural daylight we can limit the use of electricity used Through the use of the natural daylight, we can limit the use through out the house and keep natural outdoor feeling By allowing for an open circulation floorplan light can of indoors. electricity used through out the house and keep the reach all common areas within the home and flood through the plant installation creating a translucency feel in the living natural outdoor feeling indoors. room. An open circulation floorplan also allows for the clean air to move more freely throughout the home and then back to the plants for further toxin removal.
Linkage from Indoor plants to outdoor plants Section C Section B
Section C Section A
Cistern water collection to water the greenhouse and surrounding landscape Open space in living room allows for maximum daylight to permeate indoors
Section B Common room exention to the porch outside helps exaggerate the size of space
Light reflection from ceiling into the kitchen
Section A
Term: Fall 2009 Professor: Doug Hecker Project Type: Individual Location: Clemson, South Carolina Program: The project had one main objective which was to create a BICYCLE center hub for Clemson University to promote a GREENER CAMPUS and alternative transportation. In addition, I added a program, which included a BIKE REPAIR AND RECYCLE CENTER ran by students. The bike repair shop recycles parts of bikes and can potentially create reused bikes to make it affordable and eco-friendly. The bike repair shop also collects other recyclable goods and can send them off to be reused. The repair shop, recycle center, and bike store, which is located above the repair shop, are all ran by students to help them learn different aspects in the real world, similar to a study abroad program with a habitat for humanity vibe. It is STUDENT-RAN and students are also able to live on the site in areas that are PREFABRICATED and can be designed by the students themselves every two years or so, or can be a potential project for DESIGN BUILD studios in the architecture school. CONCENTRATION on the LANDSCAPE was also a big part in creating a USEFUL BICYCLE SITE. The prefabricated building and other architectural elements on the site is BUILT AROUND THE LANDSCAPE which had places that were modified for cyclists and helped to create interesting storage units within the site. I wanted the site and the program to EMBRACE student life and also their contribution and AWARENESS to a greener and SUSTAINABLE world.
03
3
(re)cycle
site analysis The site for the design was located in downtown Clemson, South Carolina just a short walk from Clemson University. The site was an abandoned area that consisted of old shops and garages and was used for parking for businesses in downtown. It was surrounded by active shops, residential area to the right, and church in the rear. Overall the site was just a pass through area with little to no circulation or purpose.
land vs. architecture The programming and construction of the architecture on the site was influenced by the landscape instead of the architecture changing the landscape. The student apartment layouts are created around the mass of land that projects through all floors of the apartments. The masses of a land actually help with the structure and overall construction of the prefabricated apartments. Student Housing: The main purpose for this approach was to create an interactive consists of recycled bicycle paths under the apartments and to add character to the site materials and put together in a prefabri- itself.
The expectation of this site so to cated system promote Clemson students and others to recycle and switch to cycling to help the environment. Its student ran to gain awareness and gives students the ability to make a difference.
Bicycle Shop
Bicycle Hub
Repair Shop and Recycle Shop:
Old Bicycle Parts
Repair Shop and Recycle Center
Refurbished Bicycle
where old bicycles are torn apart nd rebuilt to give to students at a reduced price.
prefab process The prefabricated system involves a linking system in which there are parts that most fit but can change around the linking system. The prefabricated apartments are created every 3 to 4 years with recycled material. The students are able to create the apartments in different ways as long as material is available. The starting materials are aluminium, steel, and wood.
A
Term: Fall 2009 Professor: Doug Hecker Project Type: Group Logan Harrell Jason Tenenbaum Kyle Goebel Sara Cheikelard Location: Asheville, North Carolina Program: The project was for a design competition, Recycle this site, which had a site located beside the FRENCH BROAD RIVER in North Carolina. Our teams goal was to make a community that could use the RIVER and PURIFY it and use its contents. The river would not be the only source of water. I created a FILTRATION SYSTEM that could be used in a COLLECTION SYSTEM, our canopy, and be used by the community as well. The canopy can capture up to 200,000 gallons of water in the driest month and up to 300,000 gallons in the wettest month. The community consisted of residential areas, studio space for artist and others in the Asheville community, and other areas for social gatherings which are all meandering through the site around the canals and filtration structures. We tried to create a community that was able to rely on their own urban society for basic necessities, creating a SUSTAINABLE ENVIRONMENT that could promote others to join in this new, but economical way of life.
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hydropurification
site analysis The site for the project was in Asheville, North Carolina on the edge of the French Broad River. The site was near the Asheville Art district which was an area that was flourishing. The site consisted of a recycle center for cardboard and other materials but was being relocated. The site had abandoned trailers and buildings. The site layout was very jagged and made walking and driving through difficult. The site was between a railroad and a busy road. When viewing the site, it seemed to be in isolation and abandoned.
Knoxville ville e
Asheville
North Carolina
The French Broad River created opportunity to create a site that could have a system that could use the water or help to purify the water since it has been polluted from other sites.
figure ground of the existing area with our site cleared off
The hydrology map of the site shows the movement of the water on the site which will help in the creation of the water collection system and water canals. Also it reveals that the system, not only will help the river but will control the flooding that occurs regularly.
water system Hydro Purification establishes this connection and celebrates the French Broad River, promoting its importance throughout the region. The site acts as a pilot for water collection, purification and filtration and later introduction into the French Broad River as a purer and cleaner resource for the region. The purification of the hydrology on site begins with the harvesting of a large majority of the rainwater, then its goes them a series of purification systems and canals. This will ultimately promote a purer and cleaner region along with a reinvigorated mindset on hydrology and its use in everyday life.
Canals: 6 feet w ide and stretch throughout t he entire site
Housing u nits: Contain grey w ater and also a purification system t hat is used to create pure water as well French Broad R iver: pure water is dispensed in river
Permeate Collection Material
Feed Channel Spacer
Membrane
hydropurification The design was based on a meandering effect to mimic the French Broad river. The whole site is created around the canals and the points in which the canopy touches the ground. The housing units reflect the canals and create balconies from the offset of each floor to view the canals and river and different perspectives. These public spaces and water purification showcase areas are directly connected by a greenway that also links two other public areas, both used as a market space and an open air art gallery.
The canopy and funnels move the water to the housing and studio but also into canals and other public spaces to create a glorification of the water.
The water purification not only takes place in the canopy funnels but also underground around the housing units and the studio units. There is two separate systems; one that purifies and is just as grey water usage and the other goes through two purification systems to create pure, drinking water for the need of the community. Ultimately, this purification system will make the site less dependent on the city resources.
The water is stored in a tank that is underground when it is dispensed from the canals and funnels. The water then goes through a purification system which occurs underground and in the piping system, which uses gravity to assist in the process, in the building walls. Then is stored again till it is ready for usage.
Term: Study Abroad, Spring 2010 Professor(s): Bernhard Sill, Alessandro Rocca, and Lucia Rocco Project Type: Group : Logan Harrell Allender Stewart Zac Wigington (landscape arch.) Location: Genoa, Italy Program: Our site was in the heart of the medieval district of Genoa. Our concept was to incorporate the LIFE of the area, how the pedestrian traffic influences our building, it breaks through creating a crack in the building. It shows how the culture is BREAKING from tradition and creating a new light. The crack shows the absorption of the culture and it adapts to society. The structure of the building will never change but the â&#x20AC;&#x153;skinsâ&#x20AC;?/ crack adapts. The program includes stores on the bottom two floors and then turns to a residential area. The interior reveals the structure the bones of the building and gives AN INDUSTRIAL APPEAL; the inside mimics the crack and the CANYON EFFECT.
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containing (r)evolution
site analysis The site is set in the heart of the historical district of Genoa, Italy. It is surrounded by centuries old palaces and churches which made us more aware of the context. The site is where a building was placed after the original building was bombed during WWII. The new building is looked down upon by the locals and is visual unpleasing. The site is used as a transition from one place to another and is not seen as a major area to visit. Also the site is located on an ancient river that was long been gone but its path still remains.
Pedestrian traffic around site and piazza
SAN MATTEO BUILT
1133
1125 LA RIPA CONSTRUCTION BEGINS
SANTâ&#x20AC;&#x2122;AGOSTINO BUILT
1260
1298
PALAZZO DUCALE BUILT
STRADA NUOV
1
Water flow around site and piazza
A CONSTRUCTION BEGINS
1558
1893 BANK OF ITALY OPENS
WWII BOMBINGS IN GENOVA
1942
1951
MUSEUMS OPEN ON VIA GARIBALDI
The area illustrates the lack of interest and importance of the site to individuals of the community.
design concept The general concept of our project was to illustrate how time and people can have an influence on their surroundings. When first encountering a new path there is little evidence of it but after time the path is eroded, similar to the effect of the Grand Canyon. The building shows this impact but the true understanding of it is not evident till the visitor sees the interior of the building where the erosion process is shown. The â&#x20AC;&#x153;bonesâ&#x20AC;? of the building are revealed in the interior while the exterior has a crack on its front and back facade but still does not take away from the other historical buildings.
Conceptual diagrams of the break: The break allows the transverse walls, which are brittle and deflective, to absorb adaptation conservatively, while the skin unifies and contains the building
DEFLECTION
BREAKING
INFILTRATION
ENCLOSURE
The floor plans clearly show the movement throughout the building, vertically and horizontally. The roof top shows the openness at the top of the canyon as the carving occurs below.
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The interior of the building shows the erosion after water and pedestrian traffic has formed a canyon with this historic district
containing (r)evolution
ground floor
The interior wall reveals the erosion of the walls that shows how time has changed the building and forced the path. The structure of the building is shown in the hall ways that are made of a rigid, industrial, steel. The experience within the building gives the building is uniqueness and quality. It reveals history of the site and creates an emotion and impact on the visitors. It will draw people to the site and make them want to stay. The building has shops on the first two floors and the rest is residential.
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B C
Interior of an apartment: It shows the glass bricks that create the wall between private and public, which help the building to glow at night from the lights within the apartments and stores. It highlights the path even from the plaza, therefore drawing in interest
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C
The interior image above shows the flow of the area and the catwalks that occur on each level creating the feel of meandering through a canyon.
B
Term: Spring 2011 Professor: Kevin Hyslop Project Type: Group Logan Harrell Kayla Martin Location: Greenville, South Carolina Program: The projectâ&#x20AC;&#x2122;s objective was to create a multifunctional building, while blending with its surroundings. Therefore, conceptualizing about the downtown area of Greenville created many opportunities for the building. Taking the functions of surrounding building and their shape, helped to create an interesting shape to the building and mimicked the surroundings and giving character to the building and its function. The main influences on how the building would look was lighting, massing models of the surrounding buildings, along with public vs. privacy. All of these influenced the shape of the building. Also the facades were influenced by the particular function within the building. Considering the whole building is a glass block and the curtain walls would control the privacy and visibility of the façade. One particular aspect of the design was the green roofs that would draw in people from the streets into the area making it more interactive than most of the buildings in the area. Also the first floor
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assimilating a built context
Greenville, South Carolina. Greenville, Greenville, South South Carolina. Carolina. The site an abandoned area that consisted TheThe site site was waswas an anabandoned abandoned area areathat that consisted consisted of of of old shops and garages and was used for parking old old shops shops and andgarages garages and and was wasused used for for parking parking for for for businesses in downtown. It surrounded was surrounded businesses businesses inin downtown. downtown. ItIt was was surrounded by by by active shops, residential toright, the right, active active shops, shops, residential residential area areaarea totothethe right, and andand The site for the design was located in downtown Greenville, South church inrear. the rear. church church in in the the rear. Carolina. Overall the a pass through area with Overall Overall the thesite sitesite was waswas just just just aa pass pass through through areaarea with with lighting lighting analysis lighting analysis analysis privacy analysis privacy privacy analysis analysis The site was an abandoned area that consisted of old shops and garages little no circulation or purpose. little little to to noto no circulation circulation or or purpose. purpose. and was used for parking for businesses in downtown. It was surrounded by active shops, residential area to the right, and church in the rear. Overall the site was just a pass through area with little to no circulation or purpose. lighting analysis privacy analysis
site analysis
04 4
programming analysis The prefabricated system involves a linking system in which there are parts that most fit but can change around the linking system. The prefabricated apartments are created every 3 to 4 years with recycled material. The students are able to create the apartments in different ways as long as material is available. The starting materials are aluminium, steel, and wood.
Rotate
residental area
retail area
commercial area
material connections
_steel
3rd Floor parking
gym
residential
exterior seating
retail retail
glass skin_
retail retail retail retail
7th Floor parking
brick skin_
_brick
residential
retail
exterior terrace
The material connections and faรงade material directly relate to the program demonstrated behind it. It creates the privacy needed and an understanding of the functions.
Term: Spring 2011 Professor: Kevin Hyslop Project Type: Individual Location: Anywhere Program: This project was intended to create an understanding of connections and how to create a multifunctional space from a defined perimeter, which was a trailer. All supplies used to create the space needed to fit in the trailer and assembled on site in an efficient method. The function that was created in my design was a travelling art exhibit. It contained an art gallery/museum area, a culture movie theatre that displayed videos dealing with the art in the gallery, and art store.
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art (move)ment
0
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2 ab Perspective View
Plan View
Elevation
ab
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4 36’
Retail Area
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30’
Movie Theatre 20’ Gallery Space
Gallery Space
8’
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Term: Spring 2011 Professor: Dan Harding Project Type: Group Adam Wilson Kevin Bradley Logan Harrell Megan Craig Location: Nicholtown, South Carolina Program: The project was in response to the separation of Nicholtown with the city of Greenville and to lure people from the swamp rabbit trail to a pocket park that had been neglected. There was a budget of $2,000 given by the Nicholtown Community Center and an additional $3,000 was added by the city of Greenville. The design process was influenced by the Nicholtown Community Center kids that built their vision of the area using recycled wood, nails, and paint. Their projects became the influence of the design for the area. Their vision, merged with our design process, created a childrenâ&#x20AC;&#x2122;s theatre park. Acoustics, visuals, and natural lighting played an important factor in the project. From the start of the design, to the off site building, to the installation, there was full involvement with the people of the town and the designers, the students. We learned about budgets and how to create shop drawings and see the end product.
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nicholtown pocket park
The site has been overlooked and has no allure for the people on the swamp rabbit trail. It was oversite analysis grown and had a negative reputation due to its night usage.
The site for the design build was located off the swamp rabbit trail between Greenville and Nicholtown. There was a need for a connection and a threshold. The site has been overlooked and has no allure for the people on the swamp rabbit trail. It was overgrown and had a negative reputation due to its night usage. There was a need for a connection and a threshold.
nicholtown
nicholtown
greenville greenville
To understand what the community wanted, we asked the children of Nicholtown Community Center to build what they imagined for the area. Through their imagination, creative products were designed.
community involvement
To understand what the community wanted, we asked the children of Nicholtown Community Center to build what they imagined for the area. Through their imagination, creative products were designed.
artwork, we were able to take certain aspects about them and form them into one design. many After After viewing the iterations, children's we were After viewing thecreate childrenâ&#x20AC;&#x2122;s artwork, wecomwere able able to perfect artwork, we were able the to take tocertain take bination certain aspects about them and form them aspects about them of all the designs that into design.them andone form into our one budget. would fit within design. After many iterations, we were able to create the After many iterations, wethe were perfect combination of all designs that would able to create the perfect comfit within our budget.
productanalysis analysis nt product
bination of all the designs that would fit within our budget.
After seeing how the imagination wonders with the children and their contributions to the design, showed need for stage area wherewonders the possibilities endless. height and to the design, showed a need for After aseeing howa the imagination with theare children andAlso theirthe contributions color would allure people intothe thepossibilities area from the rabbit trail. After seeing how imagination wonders the children and their to from the the a stage area where the areswamp endless. Alsowith the height and color would allure contributions people into the area
design, a need for a stage area where the possibilities are endless. Also the height and swampshowed rabbit trail. color would allure people into the area from the swamp rabbit trail.
After seeing how the imagination wonders with the children and their contributions to the design, showed a need for a stage area where the possibilities are endless. Also the height and color would allure people into the area from the swamp rabbit trail.
The staggered bars are used as benches, pull up bar, playground bars, and stretch areas for the runners that frequently engage in the area.
site surveying Site surveying to analysis distance from sidewalk and other city codes; also for height needed to level the project.
TALL SUPPORT SYSTEM 14'8" TO BASE OF TRUSS
SHORT SUPPORT SYSTEM 10' ? TO BASE OF TRUSS
Plum Support
4'-25 " 8
4'-8 5 " 16
3'-7 7 " 16
Truss
1" 3'-7 4
4'-2 1" 2
4'-9 1" 2 2'-2 1" 8
Truss 1 2'-28 " 5'-2 3 " 16
7 5'-416 "
PLUM SUPPORT
TRUSS
15'-8"
SEAT
8'-5"
PULL-UP
1" 94
11" 3 4'-2 4 " 1'-4 5 " 16
1'-13 " 4
13 4'-816"
3'-11 3 4"
hole placement and positioning
1'-0 7 " 16
3'-511" 16
shop drawings
The 2 bend bars are kinetic pieces that become musical when the wind blows. The angles of the kinetic pieces was important so that it was able to balance along with the knowledge of the weight from the d-links.
prefabrication
installation