815 数値流体力学解析による波動ポンプ室内クリアランスのポンプ性能への影響評価(2)(OS8-4 医療援用工学における流動ダイナミクス,OS8 医療援用工学における流動ダイナミクス,オーガナイズドセッション)

光宗 倫彦; 矢野 哲也; 磯山 隆; 矢田 裕紀; 石室 龍介; 阿部 裕輔; 斎藤 逸郎; 中川 英元; 小野 俊哉; 河野 明正; 杉野 礼佳; 時 偉; 井街 宏; 鎮西 恒雄

doi:10.1299/jsmefed.2006._815-1_

2006

Session ID : 815

DOI https://doi.org/10.1299/jsmefed.2006._815-1_

Conference information

815 Estimation of Influence of Pump Clearances on Performance of Undulation Pump with Computational Fluid Dynamics Analysis(2)

Norihiko MITSUMUNE, Tetsuya YANO, Takashi ISOYAMA, Hironori YADA, Ryusuke ISHIMURO, Yusuke ABE, Itsuro SAITO, Hidemoto NAKAGAWA, Toshiya ONO, Akimasa KOUNO, Ayaka SUGINO, Wei SHI, Kou IMACHI, Tsuneo CHINZEI

Author information

Norihiko MITSUMUNE
RCAST University of Tokyo
Tetsuya YANO
Akita Prefectural University
Takashi ISOYAMA
University of Tokyo
Hironori YADA
Waseda University
Ryusuke ISHIMURO
Kitasato University
Yusuke ABE
University of Tokyo
Itsuro SAITO
University of Tokyo
Hidemoto NAKAGAWA
University of Tokyo
Toshiya ONO
University of Tokyo
Akimasa KOUNO
University of Tokyo
Ayaka SUGINO
University of Tokyo
Wei SHI
University of Tokyo
Kou IMACHI
Tohoku University
Tsuneo CHINZEI
University of Tokyo

Keywords: Artificial Heart, Undulation Pump, Computational Fluid Dynamics (CFD), Pump Clearance

CONFERENCE PROCEEDINGS FREE ACCESS

Details

Abstract

The undulation pump shows excellent performance for pulsatile operation with small size. The pumping effect is produced by precessional waving motion of a disc inside pump housing. In this study, the effect of clearances between the waving disc and pump housing on hydraulic performance was investigated with computational fluid dynamics (CFD) analysis. The result demonstrates that the circumferential clearance had larger influence on the pump performance than the upper and lower clearances because they were more related to the regurgitation flow. This analysis was validated by comparison with the experimental result.

Corresponding author

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