著者
西野 博道
雑誌
流通經濟大學論集 = The Journal of Ryūtsū Keizai University
巻号頁・発行日
vol.56, no.1, pp.37(037)-65(065), 2021-09-10

This article reproduces and summarizes some of the lectures I gave at Waseda University (2003-2010). This time I will post the contents of an overview of British castles and palaces against the background of the British Isles’ culture and history. Of course, it’s not just a summary of books on British castles I have read so far, but an original article that adds a unique perspective and knowledge of European culture and history I have acquired through my life as a university lecturer for over 20 years. And another point I would like to say here is that I was born and grew up in Japan and I’m extremely familiar with Japanese castles. Therefore, when I look at European castles, comparisons with Japanese castles always come to mind. This time, I will not deal with the comparison of Japanese castles and English castles, but I would like to work on the essential issues and complete a paper on such a subject in a while.
著者
西野 博喜
出版者
特定非営利活動法人 日本顎咬合学会
雑誌
日本顎咬合学会誌 咬み合わせの科学 (ISSN:13468111)
巻号頁・発行日
vol.25, no.1-2, pp.78-83, 2005-04-18 (Released:2010-09-09)
参考文献数
21

今回, 提唱するシャープニング法は人間工学ならびに心理学的見地から考案されたものである.まず, 実体顕微鏡を用いて視覚による情報を獲得した.微小部分での操作を観察しながら作業できるようになり, 従来の盲目的作業から脱却できる。そして従来法では不可能であった知覚運動学習が実現するのでシャープニングの技能向上につながる.次に, 小型の回転砥石と技工用エンジンを使用し作業の効率化を図り, さらに適切な支持を確保することで手の安定性を得た.これよりシャープニング時に生じる手プレ (運動時振戦) は大幅に減少する.
著者
淵 一博 西野 博二
雑誌
情報処理
巻号頁・発行日
vol.1, no.1, 1960-07-30
著者
山崎 友裕 西野 博満 片山 大希
出版者
一般社団法人日本機械学会
雑誌
日本機械学會論文集. A編 (ISSN:03875008)
巻号頁・発行日
vol.76, no.762, pp.145-150, 2010-02-25

Electromagnetic acoustic transducer (EMAT) is applied to resin cure monitoring in manufacturing process of fiber reinforced plastic (FRP) by resin transfer molding (RTM) method. The RTM is suitable for fabrication of FRP products of three-dimensional complex shape. In order to reduce the cost by minimizing the cycle time, cure monitoring is required. Authors have already ensured that the EMAT can detect the resin flow front in RTM process by monitoring the change in reflection coefficient at mold surface due to resin impregnation. The reflection factor is also affected by the resin viscosity. In this study, during the curing process, we measure the attenuation coefficient of standing wave introduced in the mold. Results are compared with impedance of dielectric sensor located inside the mold, showing that the degree of cure can be evaluated by EMAT at outer surface of the mold.