project C:REALIZATION PLAN
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'''Inflatable Structures:''' | '''Inflatable Structures:''' | ||
− | - the | + | - application of bike tube materials to increase the strength of inflatables |
+ | |||
+ | - application of valve for better performance of main air pressure | ||
+ | - application of outer skin for protection of inflatables | ||
− | - | + | - application of composite materials as inflatables frame |
'''Air Pump System:''' | '''Air Pump System:''' |
Revision as of 20:36, 28 November 2011
Contents |
REALIZATION PLAN
TECHNICAL IMPLEMENTATION
The architectural fabrication consists of 4 major aspects:
Inflatable Structures:
- application of bike tube materials to increase the strength of inflatables
- application of valve for better performance of main air pressure - application of outer skin for protection of inflatables
- application of composite materials as inflatables frame
Air Pump System:
- the placement of the strips was determined by the main movement lines in the site and shortcuts - from BK-City to Science Center
- the structure extends towards the northern border to form a pedestrian bridge that connects the site and BK-City to the Science Center and Botanical Gardens
Pulley System:
-the structure is set back from the main street-line to create a porous border of vegetation that protects against noise traffic and creates a transitional zone between the street pavement and the site
Control System:
Strip concept
Path system concept
The path system manages the path infrastructure on the site. It creates short-cuts through the site to the other surroundings and allows access to the activities in the site. The system has the following functionality:
- check if new activity is connected to a path
- if not then create a new path on the right patch of new activity
- if two activities are linking then merge activities and move path to the right of the rightmost activity
Path system logic scheme
Path system diagrams
Arch concept
The arch shape is determined by a relation between the length of the space and the preferred height.
VALIDATORS
Future Users
Future Owner
drs Ronald Kuil TU Delft Facility Management