Abstract
Seismic isolation is expected to be effective in raising reliability during earthquake, reducing cost, enlarging and promoting the design standardization of electric power facilities. In Japan, it has been applied to several buildings. However it is considered that more research is needed to verify the reliability and effectiveness of seismic isolation for fast breeder reactors. In the preliminary study of isolation concepts for FBRs the horizontal base isolation of buildings was investigated in detail. The laminated rubber bearings were considered to be most suitable isolation system. Tests on large scale models of rubber bearing and vibration test of base isolation system have been conducted as well as the earthquake response observation of isolated buildings were conducted.
Ishida, Katsuhiko;
Shiojiri, Hiroo;
Mazda, Taiji;
Ohtori, Yasuki;
[1]
Aoyagi, Sakae
[2]
- Abiko Research Laboratory, Central Research Institute of Electric Power Industry (Japan)
- Central Research Institute of Electric Power Industry (Japan)
Citation Formats
Ishida, Katsuhiko, Shiojiri, Hiroo, Mazda, Taiji, Ohtori, Yasuki, and Aoyagi, Sakae.
Recent results of seismic isolation study in CRIEPI: Tests on seismic isolation elements, vibration tests and observations.
IAEA: N. p.,
1992.
Web.
Ishida, Katsuhiko, Shiojiri, Hiroo, Mazda, Taiji, Ohtori, Yasuki, & Aoyagi, Sakae.
Recent results of seismic isolation study in CRIEPI: Tests on seismic isolation elements, vibration tests and observations.
IAEA.
Ishida, Katsuhiko, Shiojiri, Hiroo, Mazda, Taiji, Ohtori, Yasuki, and Aoyagi, Sakae.
1992.
"Recent results of seismic isolation study in CRIEPI: Tests on seismic isolation elements, vibration tests and observations."
IAEA.
@misc{etde_20090176,
title = {Recent results of seismic isolation study in CRIEPI: Tests on seismic isolation elements, vibration tests and observations}
author = {Ishida, Katsuhiko, Shiojiri, Hiroo, Mazda, Taiji, Ohtori, Yasuki, and Aoyagi, Sakae}
abstractNote = {Seismic isolation is expected to be effective in raising reliability during earthquake, reducing cost, enlarging and promoting the design standardization of electric power facilities. In Japan, it has been applied to several buildings. However it is considered that more research is needed to verify the reliability and effectiveness of seismic isolation for fast breeder reactors. In the preliminary study of isolation concepts for FBRs the horizontal base isolation of buildings was investigated in detail. The laminated rubber bearings were considered to be most suitable isolation system. Tests on large scale models of rubber bearing and vibration test of base isolation system have been conducted as well as the earthquake response observation of isolated buildings were conducted.}
place = {IAEA}
year = {1992}
month = {Jul}
}
title = {Recent results of seismic isolation study in CRIEPI: Tests on seismic isolation elements, vibration tests and observations}
author = {Ishida, Katsuhiko, Shiojiri, Hiroo, Mazda, Taiji, Ohtori, Yasuki, and Aoyagi, Sakae}
abstractNote = {Seismic isolation is expected to be effective in raising reliability during earthquake, reducing cost, enlarging and promoting the design standardization of electric power facilities. In Japan, it has been applied to several buildings. However it is considered that more research is needed to verify the reliability and effectiveness of seismic isolation for fast breeder reactors. In the preliminary study of isolation concepts for FBRs the horizontal base isolation of buildings was investigated in detail. The laminated rubber bearings were considered to be most suitable isolation system. Tests on large scale models of rubber bearing and vibration test of base isolation system have been conducted as well as the earthquake response observation of isolated buildings were conducted.}
place = {IAEA}
year = {1992}
month = {Jul}
}