Akira IWABUCHI
著者に関連した記事は2件です。
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第9回
高温インパクトフレッティング試験による配管減肉現象の評価
著者:
佐藤 善紀,Yoshiki SATO,岩渕 明,Akira IWABUCHI,内館 道正,Michimasa UCHIDATE,八代 仁,Hitoshi YASHIRO
発刊日:
公開日:
キーワードタグ:
Corrosion Liquid droplet impingement Nuclear reactor Pipe wall thinning Stainless steel Wear
佐藤 善紀,Yoshiki SATO,岩渕 明,Akira IWABUCHI,内館 道正,Michimasa UCHIDATE,八代 仁,Hitoshi YASHIRO
発刊日:
公開日:
キーワードタグ:
Corrosion Liquid droplet impingement Nuclear reactor Pipe wall thinning Stainless steel Wear
In this paper, to study the wear properties of the pipe materials for the nuclear power stations, a high temperature impact fretting testing was carried out. Employing two piezo actuators, impact fretting test rig can generate impact fretting under various impact loads, fretting amplit udes and frequencies. It also enables us to control water temperature, dissolved oxygen and water pressure. AISI type 304 stainless steel, which is used as a pipe material in nuclear power stations, was used as specimens. Al...
英字タイトル:
Evaluation of pipe wall thinning phenomenon by the high temperature impactfretting testing
英字タイトル:
Evaluation of pipe wall thinning phenomenon by the high temperature impactfretting testing
論文
高温純水中における SUS304 鋼の インパクトフレッティング摩耗に及ぼす化学的影響
著者:
佐藤 善紀,Yoshiki SATO,岩渕 明,Akira IWABUCHI,内舘 道正,Michimasa UCHIDATE,八代 仁,Hitoshi YASHIRO
発刊日:
公開日:
キーワードタグ:
Corrosive wear Impact fretting Liquid droplet impingement erosion Pipe wall thinning Stainless steel
佐藤 善紀,Yoshiki SATO,岩渕 明,Akira IWABUCHI,内舘 道正,Michimasa UCHIDATE,八代 仁,Hitoshi YASHIRO
発刊日:
公開日:
キーワードタグ:
Corrosive wear Impact fretting Liquid droplet impingement erosion Pipe wall thinning Stainless steel
In order to study the wear properties of the pipe materials for the power generating plants, impact fretting wear tests of AISI304 disks against Al2O3 balls and AISI304 balls were carried out in high temperature pure water. SEM, EPMA, 3D-profilometer and nano-indenter were used for observation, analysis and measurement of wear scars. The maximum wear depth of the disk increased with an increase in water temperature and decreased with an increase in impact frequency below 80°C. However, the maximum we...
英字タイトル:
Chemical Effect on Impact Fretting Wear of AISI304 Stainless Steel in High Temperature Pure Water
英字タイトル:
Chemical Effect on Impact Fretting Wear of AISI304 Stainless Steel in High Temperature Pure Water