１．三次元有限要素法を用いたテクトニクス・モデルに関する研究
（査 読 論 文）
Yoshioka, S., and M. Hashimoto,
1989, A quantitative interpretation on possible correlation
between intraplate seismic activity and interplate
great earthquakes along the Nankai trough, Physics
of the Earth and Planetary Interiors, Vol.58, 173-191.
Yoshioka, S., and M. Hashimoto, 1989,
The stress field induced from the occurrence of the
1944 Tonankai and the 1946 Nankaido earthquakes,
and their relation to impending earthquakes, Physics
of
the Earth and Planetary Interiors, Vol.56, 349-370.
Yoshioka, S., M. Hashimoto, and K. Hirahara, 1989,
Displacement fields due to the 1946
Nankaido earthquake in a laterally inhomogeneous
structure with the subducting Philippine Sea plate
- a three-dimensional
finite element approach, Tectonophysics, Vol.159,
121-136.
Hashimoto, M., 1985, Finite element
modeling of the three-dimensional tectonic flow and
stress field beneath the Kyushu island, Japan, Journal
of Physics of the Earth, Vol.33, (1985), 191-226.
Hashimoto, M., 1984，Finite element modeling of deformation
of the lithosphere at an arc-arc
junction: the Hokkaido corner, Japan, Journal of
Physics of the Earth, Vol.32, 373-398.
Hashimoto, M.,
1982，Numerical modelling of the three-dimensional
stress field in southwestern Japan, Tectonophysics,
Vol.84, 247-266.
橋本学，1981，西南日本に沈み込むフィリピン海プレートの形状と三次元応力分布（第２報），地震第２輯，第34巻，197-211．
橋本学，1980，西南日本に沈み込むフィリピン海プレートの形状と三次元応力分布（序報），地震第２輯，第33巻，465-478．
（査 読 な し 論 文）
藤原了・橋本学・竹本修三，1999，深部低密度層を考慮した沖縄トラフ背弧拡大機構の数値解析，月刊地球，号外25，178-181．
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