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The configuration and energetics of the large-scale vortex structure are presented for quasi-periodic shedding in the turbulent wake of a finite (h/d = 4) square-cross-section surface-mounted… (More)

The evolution of an isolated line vortex generated by a starting two-dimensional jet is studied experimentally using time-resolved particle image velocimetry. The vortex growth in this current… (More)

- Mohammad Mehdi Salek, Pooria Sattari, Robert J. Martinuzzi
- Annals of Biomedical Engineering
- 2011

The appearance of highly resistant bacterial biofilms in both community and hospitals environments is a major challenge in modern clinical medicine. The biofilm structural morphology, believed to be… (More)

- Victoria Kostenko, Mohammad Mehdi Salek, Pooria Sattari, Robert J. Martinuzzi
- FEMS immunology and medical microbiology
- 2010

Bacterial infections in the blood system are usually associated with blood flow oscillation generated by some cardiovascular pathologies and insertion of indwelling devices. The influence of… (More)

The shedding process in the near wake of a surface-mounted, square cross-section cylinder of height-to-width aspect ratio 4 at a Reynolds number of 12,000 based on free-stream velocity and the… (More)

Abstract Topological aspects of the turbulent wake of a finite, surface-mounted, square-cross-section cylinder of h / d = 4 are addressed by decomposing the velocity field into a quasi-periodic… (More)

- Mohammad Mehdi Salek, Pooria Sattari, Robert J. Martinuzzi
- Proceedings of the IEEE 36th Annual Northeast…
- 2010

This work presents a numerical simulation of the flow inside agitated well plates commonly used to study bacterial biofilms. The time-varying wall shear stresses are deduced from the calculated… (More)

The quasi-periodic vortex shedding structure in the wake of finite surface-mounted square- and circular-cross-section cylinders is investigated for several aspect ratios. Complex continuous wavelet… (More)

- Pooria Sattari
- 2013

Dynamic shedding characteristics in the wake of vertical, surface mounted square and circular cylinders of aspect ratio (H/D) 0.5, 2, 4 and 8 are investigated using high frame-rate particle image… (More)

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