http://www.sanwakizai.co.jp/kouhou/multi-e.html#soil
Wednesday December 3, 2008 - 10:34pm (ICT) Permanent Link 0 Comments
A Project with Complex Site Formation
Wednesday December 3, 2008 - 10:12pm (ICT) Permanent Link 0 Comments
Making effective use of deep underground space
source
http://www.takenaka.co.jp/takenaka_e/techno/41_tbwsr/41_tbwsr.htm
Making effective use of deep underground space
OverviewThe TBW-SRC Diaphragm Wall is a steel-reinforced concrete structure wall which combines H-shaped steel beams in a reinforced concrete wall (RC wall) of TBW-RC Diaphragm Wall. This method has been approved by the Building Center of Japan for use in permanent basement walls, earthquake-resisting walls, and bearing walls which double as temporary retaining walls.
Features
1.
For basement walls at least 30 meters deep, this method makes more efficient use of underground space than RC continuous walls by greatly reducing the wall thickness.
2.
Durability is increased to make vastly efficient use of building lots having deep underground structures.
Structure of TBW-SRC Diaphragm Walls
Construction Method
Effect of permanent use of the TBW-SRC Wall
Applications of TBW-RC/SRC Walls
Tokyo DomeTokyo (Completed in 1988)Design: Nikken Sekkei Ltd., Takenaka CorporationTotal floor space: 115,221 m2Number of floors: 2 below ground, 6 above groundApplication: TBW-RC Diaphragm Wall
Ariake ColosseumTokyo (Completed in 1991)Design: Tokyo Port and Harbors Authority, Kenchiku Mode LaboratoryTotal floor space: 18,519 m2Number of floors: 3 below groundApplication: TBW-RC Diaphragm Wall
Museum of Contemporary Art TokyoTokyo (Completed in 1994)Design: TAK Associated ArchitectsTotal floor space: 33,515 m2Number of floors: 3 below ground, 3 above groundApplication: TBW-SRC Diaphragm Wall (temporary)
Wednesday December 3, 2008 - 09:57pm (ICT) Permanent Link 0 Comments
Wednesday December 3, 2008 - 10:34pm (ICT) Permanent Link 0 Comments
A Project with Complex Site Formation
Wednesday December 3, 2008 - 10:12pm (ICT) Permanent Link 0 Comments
Making effective use of deep underground space
source
http://www.takenaka.co.jp/takenaka_e/techno/41_tbwsr/41_tbwsr.htm
Making effective use of deep underground space
OverviewThe TBW-SRC Diaphragm Wall is a steel-reinforced concrete structure wall which combines H-shaped steel beams in a reinforced concrete wall (RC wall) of TBW-RC Diaphragm Wall. This method has been approved by the Building Center of Japan for use in permanent basement walls, earthquake-resisting walls, and bearing walls which double as temporary retaining walls.
Features
1.
For basement walls at least 30 meters deep, this method makes more efficient use of underground space than RC continuous walls by greatly reducing the wall thickness.
2.
Durability is increased to make vastly efficient use of building lots having deep underground structures.
Structure of TBW-SRC Diaphragm Walls
Construction Method
Effect of permanent use of the TBW-SRC Wall
Applications of TBW-RC/SRC Walls
Tokyo DomeTokyo (Completed in 1988)Design: Nikken Sekkei Ltd., Takenaka CorporationTotal floor space: 115,221 m2Number of floors: 2 below ground, 6 above groundApplication: TBW-RC Diaphragm Wall
Ariake ColosseumTokyo (Completed in 1991)Design: Tokyo Port and Harbors Authority, Kenchiku Mode LaboratoryTotal floor space: 18,519 m2Number of floors: 3 below groundApplication: TBW-RC Diaphragm Wall
Museum of Contemporary Art TokyoTokyo (Completed in 1994)Design: TAK Associated ArchitectsTotal floor space: 33,515 m2Number of floors: 3 below ground, 3 above groundApplication: TBW-SRC Diaphragm Wall (temporary)
Wednesday December 3, 2008 - 09:57pm (ICT) Permanent Link 0 Comments
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