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Filtering by: Committee Member Bardet, Phillip Committee Member Buchholz, James Type of Work Thesis or Dissertation

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Wake dynamics of surface-mounted obstacles in highly pulsatile flow

Description:

Flow pulsatility is ubiquitous in biological and biomedical fluid dynamics. Among the most fruitful means of studying these complex, biological systems is through the use of simplified models exposed to basic parameter changes. This approach is employed herein on a relatively unstudied, canonical...

Keyword:

Wakes, Biofluids, Pulsatile flow, Fluid dynamics, and Vortex dynamics

GW Unit:

Mechanical & Aerospace Engineering

Degree:

Ph.D.

Advisor:

Plesniak, Michael W

Committee Member(s):

Leftwich, Megan, Balaras, Elias, Bardet, Phillip, and Buchholz, James

Resource Type:

Thesis or Dissertation