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

2. 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

3. 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

4. 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

5. ETFE roof . JinSo pavilion, 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

6. ETFE roof . JinSo pavilion, Amsterdam
Arena
Villa Arena
(shopping mall)
Bijlmer Station
context: important national ecological zone
design and engineering of lightweight structures

7. ETFE roof . JinSo pavilion, Amsterdam
existing pavilions (1990’s)
design and engineering of lightweight structures

8. ETFE roof . JinSo pavilion, Amsterdam
existing pavilions (1990’s)
design and engineering of lightweight structures

9. ETFE roof . JinSo pavilion, Amsterdam
existing pavilions (1990’s)
design and engineering of lightweight structures

10. ETFE roof . JinSo pavilion, Amsterdam
architectural concept: box in a box
design and engineering of lightweight structures

11. ETFE roof . JinSo pavilion, Amsterdam
ETFE or PES /PVC
architectural concept: box in a box
design and engineering of lightweight structures

12. ETFE roof . JinSo pavilion, Amsterdam
architectural concept: box in a box
design and engineering of lightweight structures

13. ETFE roof . JinSo pavilion, Amsterdam
architectural concept: box in a box
design and engineering of lightweight structures

14. 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

15. 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

16. ETFE roof . JinSo pavilion, Amsterdam
structural system
design and engineering of lightweight structures

17. ETFE roof . JinSo pavilion, Amsterdam
structural system
design and engineering of lightweight structures

18. ETFE roof . JinSo pavilion, Amsterdam
structural system
design and engineering of lightweight structures

19. 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

20. 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

21. ETFE roof . JinSo pavilion, Amsterdam
facade: curved, cold bended glass panels  single curved surface
3rd dimension
design and engineering of lightweight structures

22. ETFE roof . JinSo pavilion, Amsterdam
roof: arches with different span and sag  double curved surface
3rd dimension
design and engineering of lightweight structures

23. ETFE roof . JinSo pavilion, Amsterdam
cushions:  inflated shape adds 3rd dimension to the roof
3rd dimension
design and engineering of lightweight structures

24. 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

25. 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

26. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

27. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

28. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

29. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

30. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

31. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

32. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

33. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

34. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

35. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

36. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

37. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

38. 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

39. 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

40. 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

41. 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

42. 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

43. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

44. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

45. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

46. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

47. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

48. ETFE roof . JinSo pavilion, Amsterdam
roof structure
design and engineering of lightweight structures

49. Results & credits Project data:
name of project / function: JinSo Chinese Restaurant
location: Arena Boulevard Amsterdam
year of construction: 2009
client: SoJin Holding
architect: cepezed, Delft
structural engineer: DHV, the Hague
ETFE cushion contractor: Buitink Technology, Duiven
Steel conrtactor: Meijers Staalbouw, Serooskerke
Foil supplier: Nowofol
ETFE cushion advice: Tentech BV, Utrecht
design and engineering of lightweight structures