Experiment 7 – Analysis of Vibrational Frequencies of a ...
Steady Flow through a Symmetric Sacular Aneurysm Model
Group T5 – Jon Abelson, Jenn Fleischer, Jack Kent
Final Project
December 2-9, 2004
ABSTRACT
In this experiment the mechanism of aneurysm wall weakening was explored through a visual examination of streamlines produced by dye injection. The onset of turbulence for steady flow through a closed conduit was determined based on the breakup of the dye streamline; this data was used to determine a relationship between the viscosity of the solution in the aneurysm and critical Re. Analysis of the data showed that for a given aneurysm model, the Reynolds number was independent of the viscosity of the solution. Across the trials, the average Reynolds number was 3662 and 1419, for large and small aneurysms, respectively. Only when a correction factor was used, it was also shown that the critical Reynolds (≈ 2473) between the two aneurysm models was statistically similar (p ................
................
In order to avoid copyright disputes, this page is only a partial summary.
To fulfill the demand for quickly locating and searching documents.
It is intelligent file search solution for home and business.
Related searches
- examples of good qualities of a person
- derivative of the area of a triangle
- vibrational frequency of water
- list of vibrational healing frequencies
- vibrational modes of water
- vibrational modes of ccl4
- vibrational modes of co2
- vibrational frequencies co2
- vibrational frequencies of the body
- list of vibrational frequencies
- vibrational frequencies of essential oils
- example of the theme of a story