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Phd thesis turbulent flow

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Kopera, Michal Andrzej Direct numerical simulation of turbulent flow over a backward-facing step. PhD thesis, University of Warwick. Request Changes to record. A three-dimensional, turbulent flow in a channel with a sudden expansion was studied by direct numerical simulation of the incompressible Navier-Stokes equations. The objective of this study was to provide statistical data of backwardfacing step flow for turbulence modelling.
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Phd thesis turbulent flow
Phd thesis turbulent flow
Phd thesis turbulent flow
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Johann Herault - Publications

Multiscale Structure of Turbulent Channel Flow and. Polymer Dynamics in Viscoelastic Turbulence. This thesis focuses on two important issues in turbulence theory of wall-bounded flows. One is the recent debate on the form of the mean velocity profile is it a log-law or a power-law with very weak power exponent? In particular, this study relates the mean flow profile of the turbulent channel flow with the underlying topological structure of the fluctuating velocity field through the concept of critical points, a dynamical systems concept that is a natural way to quantify the multiscale structure of turbulence. This connection gives a new phenomenological picture of wall-bounded turbulence in terms of the topology of the flow.
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How does flow in a pipe become turbulent?

Zhang, Xin Analytical and experimental study of turbulent flow drag reduction and degradation with polymer additives. Flow friction reduction by polymers is widely applied in the oil and gas industry for flow enhancement or to save pumping energy. The huge benefit of this technology has attracted many researchers to investigate the phenomenon for 70 years, but its mechanism is still not clear. The objective of this thesis is to investigate flow drag reduction with polymer additives, develop predictive models for flow drag reduction and its degradation, and provide new insights into the drag reduction and degradation mechanism.
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Gigante, Fabio Antonio Time- and frequency-domain turbulent flow analysis of wind turbine unsteady aerodynamics. PhD thesis, University of Glasgow. The main objective of the research work presented in this thesis is the development of a single aerodynamic CFD code for the analysis of complex turbulent flow unsteady aerodynamics such as those encountered in horizontal and vertical axis wind turbines.
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