Hangar for the Collective Neigbourhood
Site Plan
The Team
Majora Carter
Urban environmental activist
Make your own urban transformation with the Collective Neignbourhood team which is a collective working group of activists. The team has an architect, an urban environmental activist, bio energy researcher, and a mechanic .
Beyza Barnett
The aim of the team is to assist the residents in their urban transformation.
Antonio Barnett
It provides experimental information and physical assistance in renewable energy and repair, and strives to ensure a transformation without government intervention and to show its sustainability in different locations by writing the thesis of this situation and to spread it to the world.
Derya Han
This collective work team created uses office and hangar spaces as common space. While the office space is used for more planning, seminars, workshops, etc. activities, The Hangar becomes a practice place where experimental repair methods are actively applied in the neighborhood.
Researcher
Engineer
Architect
Jason Carter Painter
Accommodation areas consisting of three different units both create their own private space and define shared and semi-customizable spaces on the roof. Starting from the street created on the lowest floor,these units create public, semi-private and private nature-related spaces for the residents.
Content Process
To inform the people in the neighborhood about urban renewal and to get applications for the houses that will participate in this project.
To determine the houses that will undergo this transformation primarily in the neighborhood.
Go to the work site to analyze it, take material samples if necessary.
To design the renovation work of the houses selected for renovation in the neighborhood and to work on the subject theoretically in the office.
To bring the materials necessary for the research to the Hangar
To pre-perform the prototype or part of the process required for the renovation of the house.
Design Process
Main Area
Dividing areas to determine masses
Create the main masses
Designing openings
Openings
Determine Height
Create a street
Add circulation
Final Design
Life in the Hangar A
A
D
C
B
D
C
B
A
B
Section CC
House 1
House 1
House 2
Office Area
AA
BB
House 1
Section BB
±7.80
House 2
±6.00
Hangar
±4.50
Office Area
Kuyulu Bahçe Aralığı
AA
Hoca Çakır Caddesi
BB
Section AA
±11.10
House 1
±9.60
House 3
±7.80
House 1
±6.30
House 3
±4.50
±3.00
Hoca Çakır Caddesi Kuyulu Bahçe Aralığı
AA
BB
CC
Ground Floor Plan 1
0
±0.00
±3.00
±0.00
±0.00
1
2
3
4
Second Floor Plan 1
0
1
2
±3.00
±6.00
±3.00
±4.50 ±6.00
±4.50
±4.50 ±4.50
3
4
Third Floor Plan 1
0
1
2
±6.30
±6.00
±3.00
±4.50 ±6.00
±4.50
±4.50 ±7.80
±7.80
3
4
Courtyards, Atriums and Openings
System Detail Cold-formed corrugated steel deck with reinforced concrete system
Steel shear wall system
Steel I beam floor system
Castellated steel beam system
System Detail
1. Reinforcement stip footing 2. Steel joist 3. Steel I beam
1. Boundary column 2. Boundary beam 3. Steel plate wall
4. Steel plate wall Steel connections Rc precast wall slab concrete Weather-resistant insulation Cladding 6. Gutter
4. Shear connectors 6. Boundary column 7. Boundary beam
7. Rc concrete slab Water insulation Steel deck Steel I beam Concrete slab Heat insulation Cladding 8. Double layer tempareted insulated glass