Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Report of Obayashi Corporation Technical Research Institute, No. 55, 1997
;Contents: Three Dimensional Nonlinear Analysis Method for Concrete; Studies on Seismic Retrofit of Railway Viaducts Columns using Carbon Fiber Sheet; Steel Tube-Reinforced Concrete Composite Bridge Column (Part 3)--An Experimental Study on Ductility Capacity of Composite Bridge Column; Anti-vibration Method for Wind-induced Vibration in Cable Arrays of Cable-stayed Bridges (Part 2)--An Experimental Study on the Efficiency of Spacers as Vibration Dampers; Development and Application of Automated Construction System (BIG CANOPY) for High-rise Reinforced Concrete Buildings; New Green-cutting Method of Concrete Surface with Retarder Sheet that will Dissolve in Alkali Water--Development of the Green Face Method; Improvement of Formwork release from Concrete in Sliding Form System; Development of POLYMAS Method on Earth Pressure Balance Shield--Quality of New Polymer and Ability for Excavated Soils; Driving Control of Steel Pipe Pile by Hydraulic Hammer; and Development of Method for Protecting Earthworks from Muddy Water and Dust.
Report of Obayashi Corporation Technical Research Institute, No. 55, 1997
;Contents: Three Dimensional Nonlinear Analysis Method for Concrete; Studies on Seismic Retrofit of Railway Viaducts Columns using Carbon Fiber Sheet; Steel Tube-Reinforced Concrete Composite Bridge Column (Part 3)--An Experimental Study on Ductility Capacity of Composite Bridge Column; Anti-vibration Method for Wind-induced Vibration in Cable Arrays of Cable-stayed Bridges (Part 2)--An Experimental Study on the Efficiency of Spacers as Vibration Dampers; Development and Application of Automated Construction System (BIG CANOPY) for High-rise Reinforced Concrete Buildings; New Green-cutting Method of Concrete Surface with Retarder Sheet that will Dissolve in Alkali Water--Development of the Green Face Method; Improvement of Formwork release from Concrete in Sliding Form System; Development of POLYMAS Method on Earth Pressure Balance Shield--Quality of New Polymer and Ability for Excavated Soils; Driving Control of Steel Pipe Pile by Hydraulic Hammer; and Development of Method for Protecting Earthworks from Muddy Water and Dust.
Report of Obayashi Corporation Technical Research Institute, No. 55, 1997
1997
102 pages
Report
Keine Angabe
Englisch