project27:Performance

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==Activities in Open House==
 
==Activities in Open House==
In the Open House project, the main housing activities are divided into two spaces: the lower floor and the Playroom. Where the lower floor houses the hygiene and storing, students can do the rest in the upper floor space. This space will be partly shared by the students' 3 neighbors.
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In the Open House project, the main housing activities are divided into two spaces: the lower floor and the Playroom. Where the lower floor houses the hygiene and storing, students can do the rest in the upper floor space. This space will be partly shared by the students' 3 neighbors. Students can choose to reserve their own space, make a collective dining space or share their daytime studying in a common room.
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[[File:OH perf Axonometric view unit.jpg| 900px]]
 
[[File:OH perf Axonometric view unit.jpg| 900px]]
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[[File:OH perf SectionAA unit.jpg| 400px]][[File:OH perf SectionBB unit.jpg| 400px]]
 
[[File:OH perf SectionAA unit.jpg| 400px]][[File:OH perf SectionBB unit.jpg| 400px]]
  
==Structure==
 
  
'''Main structural Logig'''
 
The construction of Open House mainly exists out of attached pixel components.
 
  
  
==Variants on the interaction==
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==Variants on the use of space==
  
  
[[File:XXXXXXXXXXX.jpg| 900px]]
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With their phones, computers and other media devices, the students can decide how they want to live with their neighbors. They are enabled to share spaces, reserver larger spaces and lower their space when they're not home. By setting those variables, students will be more aware of their neighbors' needs, and feel also more responsible for their own behavior. Collectively the practical rules can be set. Under here you can find a few possible outcomes of the students behavior.
'''Multiple floors variant A: one floor of boxes per floor
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Scenario 1: Everyone at school, spaces are low and uninhabitable
  
[[File:XXXXXXXXXXX.jpg| 900px]]
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[[File:sc1.jpg| 900px]]
'''Multiple floors variant B: one body of boxes per floor'''
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Scenario 2: Everyone at home, Playroom is divided into 4 seperate and private rooms
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[[File:sc2.jpg| 900px]]
  
[[File:XXXXXXXXXXX.jpg| 900px]]
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Scenario 3: Eating together, a dining room is collectively shared
'''Multiple floors variant C: foldable walls'''
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[[File:sc3.jpg| 900px]]
  
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Scenario 4: Friday evening, shared gaming room and two private rooms
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[[File:sc4.jpg| 900px]]
  
[[File:XXXXXXXXXXX.jpg| 900px]]
 
'''Multiple floors variant D: elevator units'''
 
  
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==Structure==
  
[[File:XXXXXXXXXXX.jpg| 900px]]
 
'''Single floor variant A: self supporting'''
 
 
 
[[File:XXXXXXXXXXX.jpg| 900px]]
 
'''Single floor variant B: external support'''
 
 
 
[[File:XXXXXXXXXXX.jpg| 900px]]
 
 
[[File:OpenHouse OpenSpace VariantC.jpg| 900px]]
 
'''Older diagram of connected boxes'''
 
 
 
[[File:Model.jpg| 900px]]
 
'''Older diagram of connected boxes in scenario'''
 
 
 
==Feasibility==
 
'''Strengths'''
 
 
-Changability of the Open House alignes with a differentiated of space for all students.
 
  
-Population students is relatively easy to house in general
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The main structural logic exists out of connected boxes which can move from each other. Motors inside the boxes make the connection points go up and down and thereby moving the boxes. Together, the boxes form the roof, wall and facade construction of the playroom.
  
-Population students are the first to keep an eye on the street and give the Re-RDM a real city-buzz.
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Because of this construction method, the connections between the boxes pay all the structural forces. Therefor, a principle has been sought which could destress them.
  
-Project is showcase for the Learn and Play environment - here comes playing and learning together in a sustainable way.
 
  
-Project could be built gradually.
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[[File:Structprinciple.jpg| 900px]]
  
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With this principle, spanning over the 8400 mm length playroom did not seem healthy in first place. Adding columns in the playrooms seemed therefor more realistic.
  
'''Weaknesses'''
 
  
-Never been done application in architecture is of relatively high risk
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[[File:Structcomponents.jpg| 900px]]
  
-High-maintainance
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There are three variants on the box element. The exterior box, which sits on the outer layer of the playroom, the facade box with glazing and the inside box with interior panels. In order to make the construction waterproof, a bitumous coating which can roll out when needed is placed in between the boxes.
  
-Components are relatively expensive
 
  
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[[File:Boxes.jpg| 900px]]
  
'''Opportunities'''
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==Financial model==
  
'''Threats'''
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The new spatial use in the Open House project also needs a new way of financing. Because students are able to reserve more or less space in the playroom, this will have impact on their neighbours. That's why the four students each pay the percentage of space they used per month. Thereby, students will become more aware of their neighbors, and will be enabled to make smart use of that. For instance, a student could reserve a larger space when her family comes over, or she could save wall space by sharing a common room with a neighbor of her.

Latest revision as of 21:26, 20 January 2013

Contents

[edit] Activities in Open House

In the Open House project, the main housing activities are divided into two spaces: the lower floor and the Playroom. Where the lower floor houses the hygiene and storing, students can do the rest in the upper floor space. This space will be partly shared by the students' 3 neighbors. Students can choose to reserve their own space, make a collective dining space or share their daytime studying in a common room.


OH perf Axonometric view unit.jpg OH perf Floor Plan -1 unit.jpgOH perf Floor Plan 0 unit.jpg OH perf SectionAA unit.jpgOH perf SectionBB unit.jpg



[edit] Variants on the use of space

With their phones, computers and other media devices, the students can decide how they want to live with their neighbors. They are enabled to share spaces, reserver larger spaces and lower their space when they're not home. By setting those variables, students will be more aware of their neighbors' needs, and feel also more responsible for their own behavior. Collectively the practical rules can be set. Under here you can find a few possible outcomes of the students behavior.

Scenario 1: Everyone at school, spaces are low and uninhabitable

Sc1.jpg

Scenario 2: Everyone at home, Playroom is divided into 4 seperate and private rooms

Sc2.jpg

Scenario 3: Eating together, a dining room is collectively shared

Sc3.jpg

Scenario 4: Friday evening, shared gaming room and two private rooms

Sc4.jpg


[edit] Structure

The main structural logic exists out of connected boxes which can move from each other. Motors inside the boxes make the connection points go up and down and thereby moving the boxes. Together, the boxes form the roof, wall and facade construction of the playroom.

Because of this construction method, the connections between the boxes pay all the structural forces. Therefor, a principle has been sought which could destress them.


Structprinciple.jpg

With this principle, spanning over the 8400 mm length playroom did not seem healthy in first place. Adding columns in the playrooms seemed therefor more realistic.


Structcomponents.jpg

There are three variants on the box element. The exterior box, which sits on the outer layer of the playroom, the facade box with glazing and the inside box with interior panels. In order to make the construction waterproof, a bitumous coating which can roll out when needed is placed in between the boxes.


Boxes.jpg

[edit] Financial model

The new spatial use in the Open House project also needs a new way of financing. Because students are able to reserve more or less space in the playroom, this will have impact on their neighbours. That's why the four students each pay the percentage of space they used per month. Thereby, students will become more aware of their neighbors, and will be enabled to make smart use of that. For instance, a student could reserve a larger space when her family comes over, or she could save wall space by sharing a common room with a neighbor of her.