A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Report of Obayashi Corporation Technical Research Institute, No. 44, February 1992
Partial Contents: Three-dimensional inelastic frame analysis of reinforced concrete buildings (part 2) --Seismic response analyses by supercomputer; Study on active vibration control for high-rise buildings; Development of super tall buildings (part 3)--Research for structural performance of concrete-filled square steel tubular columns; Study on earthquake-resistant capacity of RC bridge piers retrofitted by carbon fiber (part 2)--Verification by static and dynamic loading tests; Research and development on structural members using new and advanced fiber materials (part 4)--Experiments on flexural behaviors of prestressed concrete plates with carbon or aramid fiber strands; Propagation properties of subway-induced vibration (part 3)--Propagation properties of subway-induced structure-borne sound in building and concept of prediction system; Study on prediction method for sound field of large-volume space; Simulation of element test for shear behavior of cohesive soil; Development of expert system for selecting building foundation using AI technique; Development of expert system for tunnel support (part 1)--Determination of tunnel support from tunnel face observation; Studies on soil management for landscaping with lightweight soil on artificial ground (part 1); Study on green open space capable of purifying domestic waste water (part 1)--Results outdoor experiments on model containers in soil.
Report of Obayashi Corporation Technical Research Institute, No. 44, February 1992
Partial Contents: Three-dimensional inelastic frame analysis of reinforced concrete buildings (part 2) --Seismic response analyses by supercomputer; Study on active vibration control for high-rise buildings; Development of super tall buildings (part 3)--Research for structural performance of concrete-filled square steel tubular columns; Study on earthquake-resistant capacity of RC bridge piers retrofitted by carbon fiber (part 2)--Verification by static and dynamic loading tests; Research and development on structural members using new and advanced fiber materials (part 4)--Experiments on flexural behaviors of prestressed concrete plates with carbon or aramid fiber strands; Propagation properties of subway-induced vibration (part 3)--Propagation properties of subway-induced structure-borne sound in building and concept of prediction system; Study on prediction method for sound field of large-volume space; Simulation of element test for shear behavior of cohesive soil; Development of expert system for selecting building foundation using AI technique; Development of expert system for tunnel support (part 1)--Determination of tunnel support from tunnel face observation; Studies on soil management for landscaping with lightweight soil on artificial ground (part 1); Study on green open space capable of purifying domestic waste water (part 1)--Results outdoor experiments on model containers in soil.
Report of Obayashi Corporation Technical Research Institute, No. 44, February 1992
1992
126 pages
Report
No indication
English
Structural Analyses , Construction Materials, Components, & Equipment , Highway Engineering , Earthquake resistant structures , Reinforced concrete , Bridge piers , Soil tests , Foundations , Expert systems , Framed structures , Fibers , Reinforcement(Structures) , Water treatment , Waste disposal , Structural engineering , Mechanical properties , Concrete structures , Earthquake engineering , Artificial intelligence , Bearing capacity , Structural vibration , Structural members , Buildings , Foreign technology