A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Hualien forced vibration calculation with a finite element model
The forced vibration tests of the Hualien mock-up were useful to validate finite element models developed for soil-structure interaction. In this paper the two sets of tests with and without backfill were analysed. The methods used are based on finite element modeling for the soil. Two approaches were considered: (1) Calculation of soil impedance followed by the calculation of the transfer functions with a model taking into account the superstructure and the impedance. (2) Direct calculation of the soil-structure transfer functions, with the soil and the structure being represented in the same model by finite elements. Blind predictions and post-test calculations are presented and compared with the test results. (authors). 4 refs., 8 figs., 2 tabs. (Atomindex citation 27:056490)
Hualien forced vibration calculation with a finite element model
The forced vibration tests of the Hualien mock-up were useful to validate finite element models developed for soil-structure interaction. In this paper the two sets of tests with and without backfill were analysed. The methods used are based on finite element modeling for the soil. Two approaches were considered: (1) Calculation of soil impedance followed by the calculation of the transfer functions with a model taking into account the superstructure and the impedance. (2) Direct calculation of the soil-structure transfer functions, with the soil and the structure being represented in the same model by finite elements. Blind predictions and post-test calculations are presented and compared with the test results. (authors). 4 refs., 8 figs., 2 tabs. (Atomindex citation 27:056490)
Hualien forced vibration calculation with a finite element model
F. Wang (author) / F. Gantenbein (author) / M. Nedelec (author) / C. Duretz (author)
1995
6 pages
Report
No indication
English
Geology & Geophysics , Soil-Structure Interactions , Computerized Simulation , Damping , Dynamic Loads , Earthquakes , Finite Element Method , Foundations , Frequency Range , Frequency Response Testing , Geophysical Surveys , Ground Motion , Mechanical Impedance , Mechanical Tests , Mechanical Vibrations , Mockup , Poisson Ratio , Roofs , Scale Models , Seismic Effects , Seismic S Waves , Site Characterization , Soil Mechanics , Taiwan , Transfer Functions , Young Modulus , Meetings , Foreign technology , EDB/420200 , EDB/990200
3-Dimensional simulation analyses of forced vibration test at Hualien
| British Library Conference Proceedings | 1996
| British Library Online Contents | 2004
| British Library Conference Proceedings | 1995