Transcript ETFE Roof . Jinso Pavilion, Amsterdam Rogier Houtman Tentech bv design and engineering of lightweight structures ETFE roof .

ETFE Roof . Jinso Pavilion, Amsterdam
Rogier Houtman
Tentech bv
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
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history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
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history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
Villa Arena
(shopping mall)
an olympic dream…
 context: 1993, a new developed area especially for the Amsterdam ArenA
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
Amsterdam
Arena
Villa Arena
(shopping mall)
Bijlmer Station
 context: new developed area taking into account its own young history
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
Amsterdam
Arena
Villa Arena
(shopping mall)
Bijlmer Station
 context: important national ecological zone
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 existing pavilions (1990’s)
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 existing pavilions (1990’s)
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 existing pavilions (1990’s)
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 architectural concept: box in a box
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
ETFE
 architectural concept: box in a box
design and engineering of lightweight structures
or
PES /PVC
ETFE roof . JinSo pavilion, Amsterdam
 architectural concept: box in a box
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 architectural concept: box in a box
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 structural system
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 structural system
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 structural system
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 facade:curved, cold bended glass panels
 single curved surface
 3rd dimension
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof: arches with different span and sag
 double curved surface
 3rd dimension
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 cushions:
 inflated shape adds 3rd dimension to the roof
 3rd dimension
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 snow:
 raised inner pressure, no permanent deformation of inner layers
 wind:
closed volume analysis
 statical analysis
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam






history and context
structural system
the 3rd dimension
the roof structure
statical analysis of the cushions
results and credits
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
ETFE roof . JinSo pavilion, Amsterdam
 roof structure
design and engineering of lightweight structures
Results & credits
Project data:
name of project / function:
location:
year of construction:
client:
architect:
structural engineer:
ETFE cushion contractor:
Steel conrtactor:
Foil supplier:
ETFE cushion advice:
JinSo Chinese Restaurant
Arena Boulevard Amsterdam
2009
SoJin Holding
cepezed, Delft
DHV, the Hague
Buitink Technology, Duiven
Meijers Staalbouw, Serooskerke
Nowofol
Tentech BV, Utrecht
design and engineering of lightweight structures