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・ Masayuki
・ Masayuki Akehi
・ Masayuki Deai
・ Masayuki Fujio
・ Masayuki Hiizumi
・ Masayuki Hirahara
・ Masayuki Hisataka
・ Masayuki Hyokai
・ Masayuki Imai
・ Masayuki Ishikawa
・ Masayuki Iwamoto
・ Masayuki Izumikawa
・ Masayuki Kakefu
・ Masayuki Kawamura
・ Masayuki Kawamura (golfer)
Masayuki Kikuchi
・ Masayuki Kishida
・ Masayuki Koga
・ Masayuki Kojima
・ Masayuki Kono
・ Masayuki Kuwahara
・ Masayuki Maegawa
・ Masayuki Matsubara
・ Masayuki Matsunaga
・ Masayuki Minami
・ Masayuki Mita
・ Masayuki Miyaji
・ Masayuki Miyata
・ Masayuki Mori
・ Masayuki Mori (actor)


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Masayuki Kikuchi : ウィキペディア英語版
Masayuki Kikuchi

Masayuki Kikuchi(菊地 正幸) (January 19, 1948 – October 18, 2003) was a Japanese seismologist. He was famous for real-time seismology.
==Education and career==
Bachelor of Science (1970), Master of Science (1972), and Doctor of Science (1976), in Geophysics, University of Tokyo.〔(【引用サイトリンク】url=http://www.iris.edu/seismo/quakes/1948fukui/Bio4KikuchiM.pdf#search='masayuki+kikuchi )
Kikuchi dropped out of the Graduate School of Sciences, Tokyo University, 1973. In the same year, he took an assistant professorship at Yokohama City University. In 1976, he earned his doctorate in science. He was promoted to associate professor in 1983 and to professor in 1988.
Kikuchi returned to Tokyo University in 1996 and became the Director of the seismic prognosis information center at the Earthquake Research Institute, University of Tokyo.
==Scientific contributions==
(1) Computer simulation for dynamic rupture propagation. The specific fracture energy associated with large earthquakes was estimated to be much larger, by 5-6 of the order of magnitude, than that of the ordinary solid material in laboratory.

(2) Source rupture processes. Waveform inversion technique was developed in an attempt to extract the information of detailed source rupture processes. Heterogeneous fault slip distributions were determined for many large earthquakes. These are now being compiled into a fault asperity map in the world.
(3) Effect of multiple scatterings on the attenuation and dispersion of wave propagation. The numerical method to estimate the impulse response was developed and applied to laboratory data.

Kikuchi simulated the seismic rupture process using computers in the 1970s and 1980s. He invented the method for slip distribution on the fault plane by teleseismic waveform with Hiroo Kanamori. In addition, he analysed significant earthquakes just after occurrence and distributed the results of analysis on the internet. These results were called Kikuchi Solutions.

抄文引用元・出典: フリー百科事典『 ウィキペディア(Wikipedia)
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