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. 51, 1995
;Partial Contents: Amplification Characteristics Observed at JMA Seismological Stations; Model Experiment and Simulation of Double Sheet Pile Wall; Study on Compaction of Coarse-grained Materials (Part 1); Fuzzy Control of Bridge Earthquake Response by Using Variable Dampers; A Method on Seismic Reliability Evaluation of a Weak-beam-strong-column Designed Structure; Studies on SG (Self-hardening Slurry) Method (Part 12); A Study on Electromagnetic Noise Reduction in Building Spaces; Application of a Large-scale Cable Truss Structure for Tokyo International Forum Glass Hall; Introduction of Large-scale Multi-purpose Wind Tunnel; Proposal of New Seismic Assessment and Retrofit Technology for Existing Buildings.
Report of Obayashi Corporation Technical Research Institute, No. 51, 1995
;Partial Contents: Amplification Characteristics Observed at JMA Seismological Stations; Model Experiment and Simulation of Double Sheet Pile Wall; Study on Compaction of Coarse-grained Materials (Part 1); Fuzzy Control of Bridge Earthquake Response by Using Variable Dampers; A Method on Seismic Reliability Evaluation of a Weak-beam-strong-column Designed Structure; Studies on SG (Self-hardening Slurry) Method (Part 12); A Study on Electromagnetic Noise Reduction in Building Spaces; Application of a Large-scale Cable Truss Structure for Tokyo International Forum Glass Hall; Introduction of Large-scale Multi-purpose Wind Tunnel; Proposal of New Seismic Assessment and Retrofit Technology for Existing Buildings.
Report of Obayashi Corporation Technical Research Institute, No. 51, 1995
1995
166 pages
Report
No indication
English
Structural Analyses , Construction Management & Techniques , Construction Materials, Components, & Equipment , Civil Engineering , Soil & Rock Mechanics , Construction , Buildings , Vibration damping , Underground structures , Soil structure interactions , Concrete structures , Structural vibration , Earthquake engineering , Rock mechanics , Foreign technology , Obayashi Corporation