Variation of <i>RMS</i><sub>10</sub> of the pulsating pressure at the monitoring point near the leading edge.

Variation of <i>RMS</i><sub>10</sub> of the pulsating pressure at the monitoring point near the leading edge.

<p>Variation of <i>RMS</i><sub>10</sub> of the pulsating pressure at the monitoring point near the leading edge.</p>

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Bibliographic Details
Main Author:	Ji-Tao Qiu (19959485) (author)
Other Authors:	Teng-Yan Liu (19959488) (author), Xia-Yong Liu (19959491) (author), Yuan-Xing Dai (19959494) (author), Zong-Long Wang (19959497) (author), You-Lin Cai (8879306) (author)
Published:	2024
Subjects:	Biophysics Medicine Cell Biology Biotechnology Evolutionary Biology Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified pulsating pressure characteristics jet propulsion vessel jet propulsion unit jet propulsion axial cavitation pulsating pressure div >< p >< sub xmlns numerical simulation method cavitation may occur full scale water full scale pump numerical simulation jet pump model scale numerical study cavitation occurs working conditions vibration performance unsteady reynolds uncertainty analysis tip clearance study shows stokes equations results show mainly researched leading edge increased vibration impeller may great significance dimensionless coefficient different scales different positions commercial software c </ averaged navier
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