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

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Presentation on theme: "ETFE Roof. Jinso Pavilion, Amsterdam Rogier Houtman Tentech bv design and engineering of lightweight structures."— Presentation transcript:

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 3 rd 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 3 rd dimension the roof structure statical analysis of the cushions results and credits design and engineering of lightweight structures

4 ETFE roof. JinSo pavilion, Amsterdam design and engineering of lightweight structures context: 1993, a new developed area especially for the Amsterdam ArenA Villa Arena (shopping mall) an olympic dream…

5 ETFE roof. JinSo pavilion, Amsterdam design and engineering of lightweight structures context: new developed area taking into account its own young history Villa Arena (shopping mall) Amsterdam Arena Bijlmer Station

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

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

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

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

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

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

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

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

14 ETFE roof. JinSo pavilion, Amsterdam history and context structural system the 3 rd 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 3 rd dimension the roof structure statical analysis of the cushions results and credits design and engineering of lightweight structures

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

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

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

19 ETFE roof. JinSo pavilion, Amsterdam history and context structural system the 3 rd 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 3 rd dimension the roof structure statical analysis of the cushions results and credits design and engineering of lightweight structures

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

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

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

24 ETFE roof. JinSo pavilion, Amsterdam history and context structural system the 3 rd 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 3 rd dimension the roof structure statical analysis of the cushions results and credits design and engineering of lightweight structures

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

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

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

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

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

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

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

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

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

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

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

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

38 ETFE roof. JinSo pavilion, Amsterdam history and context structural system the 3 rd 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 3 rd dimension the roof structure statical analysis of the cushions results and credits design and engineering of lightweight structures

40 ETFE roof. JinSo pavilion, Amsterdam design and engineering of lightweight structures statical analysis snow: raised inner pressure, no permanent deformation of inner layers wind: closed volume analysis

41 ETFE roof. JinSo pavilion, Amsterdam history and context structural system the 3 rd 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 3 rd dimension the roof structure statical analysis of the cushions results and credits design and engineering of lightweight structures

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

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

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

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

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

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

49 Results & credits design and engineering of lightweight structures 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


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