Sentence examples for understanding of wake from inspiring English sources

An analysis of flow patterns behind these structures would enable better understanding of wake properties and their control.

Finally, amid the general excitement of recent work, we return briefly in this paper to selected early experiments of Gerrard, Hama, Roshko, Berger and others, who provided several of the key pieces of the "jigsaw" that makes up our modern understanding of wake vortex dynamics.

In the literature to date, little experimentation has been done on the wake of vertical axis wind turbines (VAWTs), and understanding of such wake is far from adequate.

It is particularly exciting presently that direct numerical simulations are contributing immensely to our careful understanding of these wake flows, and are being combined with stability analysis and experiment.

The focus of this work is to improve our understanding of the wake recovery structure of a TST to build on the limited field and laboratory data currently available in order better predict the impact of TSTs on flow and sediment transport.

The data are part of a study commissioned by the New Jersey Department of Transportation to improve the understanding of the wakes generated by the surging ferry traffic in the harbor.

Understanding characteristics of wake-induced vibrations plays an important role in design of marine-offshore structures such as platform columns, risers operating at high Reynolds number currents.

Large Eddy Simulation of NREL Phase VI wind turbine was performed in a virtual wind tunnel (24.4 m×36.6 m) in order to achieve a better understanding of the turbine wake characteristics.

Findings have implications in modeling due to an improved scaling as well as a basic understanding of the near-wake behavior of a VAWT.

Connecting the rapidly growing basic science understanding of sleep- and wake- promoting brain centers to the behavioral manifestation of arousal state transitions requires improved understanding of transition dynamics.

The present and previous Vlasov simulation results suggest that structures of wakes are determined by the ion convection, and a 6D simulation (with three spatial dimensions) is essential for a full understanding of the electromagnetic structures of wakes.