Abstract
Japan is one of the most earthquake-stricken countries in the world, and demands for aseismic design have become severer recently. In a nuclear power plant in particular, consisting of a reactor vessel and other facilities dealing with a radioactive substance in some form or other, it is essential from the standpoint of safety to eliminate any possibility of radioactive hazards for the local public, and the employees at the plant as well, if these facilities are struck by an earthquake. This paper is related to the reactor vessel, reactor primary cooling equipment and piping system and important general piping as examples of important facilities of a nuclear power plant, and discusses vibration tests of an actual plant in the field from the standpoint of enhancing the aseismic safety of the Mitsubishi PWR nuclear power plant. Especially concerning vibration test technology, the effects in the evaluation of aseismic safety and its limits are studied to prove how it contributes to the enhancement of the reliability of aseismic design of nuclear power plants.
Citation Formats
Shiraki, Kazuhiro, Fujita, Katsuhisa, Kajimura, Motohiko, Ikegami, Yasuhiko, Hanzawa, Katsumi, Sakai, Yoshiyuki, Kokubo, Eiji, and Igarashi, Shigeru.
Field vibration test of principal equipment of nuclear power plants.
Japan: N. p.,
1984.
Web.
Shiraki, Kazuhiro, Fujita, Katsuhisa, Kajimura, Motohiko, Ikegami, Yasuhiko, Hanzawa, Katsumi, Sakai, Yoshiyuki, Kokubo, Eiji, & Igarashi, Shigeru.
Field vibration test of principal equipment of nuclear power plants.
Japan.
Shiraki, Kazuhiro, Fujita, Katsuhisa, Kajimura, Motohiko, Ikegami, Yasuhiko, Hanzawa, Katsumi, Sakai, Yoshiyuki, Kokubo, Eiji, and Igarashi, Shigeru.
1984.
"Field vibration test of principal equipment of nuclear power plants."
Japan.
@misc{etde_5903414,
title = {Field vibration test of principal equipment of nuclear power plants}
author = {Shiraki, Kazuhiro, Fujita, Katsuhisa, Kajimura, Motohiko, Ikegami, Yasuhiko, Hanzawa, Katsumi, Sakai, Yoshiyuki, Kokubo, Eiji, and Igarashi, Shigeru}
abstractNote = {Japan is one of the most earthquake-stricken countries in the world, and demands for aseismic design have become severer recently. In a nuclear power plant in particular, consisting of a reactor vessel and other facilities dealing with a radioactive substance in some form or other, it is essential from the standpoint of safety to eliminate any possibility of radioactive hazards for the local public, and the employees at the plant as well, if these facilities are struck by an earthquake. This paper is related to the reactor vessel, reactor primary cooling equipment and piping system and important general piping as examples of important facilities of a nuclear power plant, and discusses vibration tests of an actual plant in the field from the standpoint of enhancing the aseismic safety of the Mitsubishi PWR nuclear power plant. Especially concerning vibration test technology, the effects in the evaluation of aseismic safety and its limits are studied to prove how it contributes to the enhancement of the reliability of aseismic design of nuclear power plants.}
journal = []
volume = {21:5}
journal type = {AC}
place = {Japan}
year = {1984}
month = {Sep}
}
title = {Field vibration test of principal equipment of nuclear power plants}
author = {Shiraki, Kazuhiro, Fujita, Katsuhisa, Kajimura, Motohiko, Ikegami, Yasuhiko, Hanzawa, Katsumi, Sakai, Yoshiyuki, Kokubo, Eiji, and Igarashi, Shigeru}
abstractNote = {Japan is one of the most earthquake-stricken countries in the world, and demands for aseismic design have become severer recently. In a nuclear power plant in particular, consisting of a reactor vessel and other facilities dealing with a radioactive substance in some form or other, it is essential from the standpoint of safety to eliminate any possibility of radioactive hazards for the local public, and the employees at the plant as well, if these facilities are struck by an earthquake. This paper is related to the reactor vessel, reactor primary cooling equipment and piping system and important general piping as examples of important facilities of a nuclear power plant, and discusses vibration tests of an actual plant in the field from the standpoint of enhancing the aseismic safety of the Mitsubishi PWR nuclear power plant. Especially concerning vibration test technology, the effects in the evaluation of aseismic safety and its limits are studied to prove how it contributes to the enhancement of the reliability of aseismic design of nuclear power plants.}
journal = []
volume = {21:5}
journal type = {AC}
place = {Japan}
year = {1984}
month = {Sep}
}