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Journal of Biomedical Engineering ; (6): 911-915, 2011.
Article in Chinese | WPRIM | ID: wpr-359154

ABSTRACT

The dynamic behaviour of a microbubble confined within a rigid micro-tube was studied using finite element method. The results indicated that the microbubble oscillation was limited when constrained within the micro-tube. Both the expansion ratio of its effective radius and natural frequency decreased with the decrease of the tube radius. Meanwhile, the deformation of the microbubble was non-spherical and became more significant when the ultrasound pressure amplitude increased. The dynamic behaviour in micro-tube was different from that in infinite liquid.


Subject(s)
Blood Vessels , Physiology , Contrast Media , Finite Element Analysis , Microbubbles , Microtubules , Molecular Dynamics Simulation
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