Mechanical Engineering Faculty Research
Title
Acoustic Radiation from a Fluid-Filled, Subsurface Vascular Tube with Internal Turbulent Flow Due to a Constriction
Document Type
Article
Publication Date
Summer 8-1-2005
Abstract
The vibration of a thin-walled cylindrical, compliant viscoelastic tube with internal turbulent flow due to an axisymmetric constriction is studied theoretically and experimentally. Vibration of the tube is considered with internal fluid coupling only, and with coupling to internal-flowing fluid and external stagnant fluid or external tissue-like viscoelastic material. The theoretical analysis includes the adaptation of a model for turbulence in the internal fluid and its vibratory excitation of and interaction with the tube wall and surrounding
Publication Title
The Journal of the Acoustical Society of America
Volume
118
Issue
2
First Page
1193
Last Page
1209
Recommended Citation
Yazicioglu, Yigit; Royston, Thomas J.; Spohnholtz, Todd; Martin, Bryn A.; Loth, Francis; and Bassiouny, Hisham S., "Acoustic Radiation from a Fluid-Filled, Subsurface Vascular Tube with Internal Turbulent Flow Due to a Constriction" (2005). Mechanical Engineering Faculty Research. 432.
https://ideaexchange.uakron.edu/mechanical_ideas/432