There is great potential in the use of urban wind energy to form electricity generation
modules over a distribution network to maximize wind power production in densely …

High resolution atmospheric flow solutions are obtained with an in-house, parallelized 3
dimensional Navier-Stokes solver, HYP3D coupled with a meso-scale meteorological …

Performance of wind assessment studies depend on the adequacy and duration of the wind
data. For a reasonable wind assessment, at least one full year wind data is needed so that …

Atmospheric turbulent flows are aimed to be computed using an in-house Navier-Stokes
solver (HYPE3D) coupled with a meso scale meteorological weather prediction software …

The placement of wind turbines in a wind farm, which is called micro-siting, is a crucial task
in regard to the maximization of the energy production in a wind farm. The maximum energy …

Atmospheric turbulent flow solutions coupled with a mesoscale meteorological weather
prediction software are obtained to estimate the wind potential on terrain fitted high …

The objective of the current study is to predict the daily wind power production estimation for
a region of interest accurately. To do so, 3D unsteady Navier-Stokes solutions coupled with …

Atmospheric turbulent flows are aimed to be computed using a commertial Navier-Stokes
solver, FLUENT, coupled with a mesoscale meteorological weather prediction software …

Bu çalısmada türbülanslı atmosferik akıs çözümlerinin elde edilmesi amacıyla ticari Navier-
Stokes çözücü FLUENT yazılımı, Mezo ölçekli meteorolojik tahmin yazılımı WRF ile akuple …