著者
末弘 由佳理 池田 仁美 Yukari Suehiro Hitomi Ikeda
雑誌
生活環境学研究
巻号頁・発行日
no.2, pp.42-45, 2014-09-01

神奈川県の葉山町に位置するビーチサンダル専門店である有限会社ゲンベイ商店1)が主催する「ビーチサンダルコンテスト」に参加した報告である。今回のコンテストは,「げんべい」と本学武庫川女子大学のコラボレーション企画である。コンテスト会場は西宮阪急(阪急百貨店)2)であり,西宮阪急「誕生祭」5周年『地域で子育て,みんなで子育て』のテーマの下,実施されたものである。学生は『家族愛』をテーマに,「げんべい」で2014年に販売される ビーチサンダルのデザインを行った。本学短期大学部生活造形学科アパレルコース所属の50名がデザイン画を提出し,西宮阪急の来店者による投票の結果,上位3名の作品が商品化され,西宮阪急の子供服売場にて販売された。
著者
小菅 正裕 池田 仁美 鎌塚 吉忠 佐藤 裕
出版者
日本測地学会
雑誌
測地学会誌 (ISSN:00380830)
巻号頁・発行日
vol.32, no.4, pp.290-302, 1987-03-25 (Released:2011-07-05)
参考文献数
17

A fault model of the 1983 Nihonkai-chubu (Japan Sea) earthquake (MJMA 7.7) was investigated on the basis of aftershock distributions, crustal deformation, and tsunami data. Since the earthquake took place under the sea off the coast of northwestern Tohoku District, there are a few land observation of crustal movement near the source area. We, therefore, have estimated the static fault parameters by comparing the wave form of observed tsunami with that of calculated from the static fault model. Trial fault parameters were derived from seismic data: focal mechanism solutions, seismic moment, and aftershock distributions with reference to the rupture process of the main shock. Our model was characterized by three fault planes trending NNE-SSW in the southern and the middle parts and NNW-SSE in the northern part, and by their low dipangle of 25°. The tsunami wave form was simulated numerically by a finite difference method. The fault model derived from seismic data reasonably explains the geodetic data and tsunamis. The calculated vertical deformation of land was consistent with the observed subsidence of 30-40 cm at Kyuroku island situated near the source area, and those of a few centimeters at Oga peninsula and Fukaura. The tsunami wave form observed at tide-gage stations along the coast of the Japan Sea was well simulated by our model as well as the model with higher dip angle. The data of strain step observed by extensometers installed in northern Japan support the low angle thrust event.