Fluid friction and wall viscosity of the 1D blood flow model
Abstract We study the behavior of the pulse waves of water into a flexible tube for application to blood flow simulations. In pulse waves both fluid friction and wall viscosity are damping factors, and difficult to evaluate separately. In this paper, the coefficients of fluid friction and wall visco...
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| Published in | Journal of biomechanics Vol. 49; no. 4; pp. 565 - 571 |
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| Main Authors | , , , , , |
| Format | Journal Article |
| Language | English |
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United States
Elsevier Ltd
29.02.2016
Elsevier Limited Elsevier |
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| Abstract | Abstract We study the behavior of the pulse waves of water into a flexible tube for application to blood flow simulations. In pulse waves both fluid friction and wall viscosity are damping factors, and difficult to evaluate separately. In this paper, the coefficients of fluid friction and wall viscosity are estimated by fitting a nonlinear 1D flow model to experimental data. In the experimental setup, a distensible tube is connected to a piston pump at one end and closed at another end. The pressure and wall displacements are measured simultaneously. A good agreement between model predictions and experiments was achieved. For amplitude decrease, the effect of wall viscosity on the pulse wave has been shown as important as that of fluid viscosity. |
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| AbstractList | We study the behavior of the pulse waves of water into a flexible tube for application to blood flow simulations. In pulse waves both fluid friction and wall viscosity are damping factors, and difficult to evaluate separately. In this paper, the coefficients of fluid friction and wall viscosity are estimated by fitting a nonlinear 1D flow model to experimental data. In the experimental setup, a distensible tube is connected to a piston pump at one end and closed at another end. The pressure and wall displacements are measured simultaneously. A good agreement between model predictions and experiments was achieved. For amplitude decrease, the effect of wall viscosity on the pulse wave has been shown as important as that of fluid viscosity. Abstract We study the behavior of the pulse waves of water into a flexible tube for application to blood flow simulations. In pulse waves both fluid friction and wall viscosity are damping factors, and difficult to evaluate separately. In this paper, the coefficients of fluid friction and wall viscosity are estimated by fitting a nonlinear 1D flow model to experimental data. In the experimental setup, a distensible tube is connected to a piston pump at one end and closed at another end. The pressure and wall displacements are measured simultaneously. A good agreement between model predictions and experiments was achieved. For amplitude decrease, the effect of wall viscosity on the pulse wave has been shown as important as that of fluid viscosity. |
| Author | Nishi, Shohei Matsukawa, Mami Wang, Xiao-Fei Fullana, Jose-Maria Ghigo, Arthur Lagrée, Pierre-Yves |
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| Keywords | Viscoelasticity Pulse wave propagation Fluid friction One-dimensional modeling |
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| Snippet | Abstract We study the behavior of the pulse waves of water into a flexible tube for application to blood flow simulations. In pulse waves both fluid friction... We study the behavior of the pulse waves of water into a flexible tube for application to blood flow simulations. In pulse waves both fluid friction and wall... |
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| SubjectTerms | Biomechanics Blood Circulation Blood flow Computational fluid dynamics Damping Design engineering Elasticity Experiments Fluid flow Fluid friction Friction Hemodynamics Hydrodynamics Mathematical models Mechanics Models, Biological Nonlinear Dynamics One-dimensional modeling Physical Medicine and Rehabilitation Physics Physiology Pressure Pulse wave propagation Studies Tubes Velocity Viscoelasticity Viscosity Water |
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| Title | Fluid friction and wall viscosity of the 1D blood flow model |
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