The simplest model for an atmospheric boundary layer assumes a uniform steady wind over a certain depth, of order 1 km, with the forces of friction, pressure gradient and Coriolis in balance. A linear model is here employed for the adjustment of wind to this equilibrium, as the wake of a very wide wind farm. A length scale is predicted for the exponential adjustment to equilibrium. Calculation of this length scale is aided by knowledge of the angle for which the wind would normally cross the isobars in environmental conditions in the wake.Open access fees fees for this article provided whole or in part by OU Libraries Open Access Fund.Ye
Offshore wind power generation is projected to be the United Kingdom’s largest contributor to the Eu...
The wind energy industry is growing more than ever before and wind energy as a renewable energy sour...
We present an analysis of wind measurements from a series of airborne campaigns conducted to s...
The simplest model for an atmospheric boundary layer assumes a uniform steady wind over a certain de...
This study attempts to better understand the mechanisms of wind farm blockage effect by analysing mo...
Modern, very large wind farms require large-scale effects to be taken into account when evaluating w...
Several recent wind power estimates suggest that this renewable energy resource can meet all of the ...
Large offshore wind farms are usually clustered around transmission grids to minimize the expense of...
Increasing demand for renewable energy sources has meant that wind power is becoming a more crucial ...
This paper presents a theory based on the law of momentum conservation to define and help analyse th...
We investigate wake effects at the Anholt offshore wind farm in Denmark, which is a farm experienci...
The effect of extensive terrestrial wind farms on the spatio-temporal structure of the diurnally-evo...
dissertationThe continuous growth in energy demand together with the awareness of greenhouse gases a...
The wind energy industry relies on computationally efficient engineering-type models to design wind ...
The effects of turbine aerodynamics and response characteristics of the atmospheric boundary layer o...
Offshore wind power generation is projected to be the United Kingdom’s largest contributor to the Eu...
The wind energy industry is growing more than ever before and wind energy as a renewable energy sour...
We present an analysis of wind measurements from a series of airborne campaigns conducted to s...
The simplest model for an atmospheric boundary layer assumes a uniform steady wind over a certain de...
This study attempts to better understand the mechanisms of wind farm blockage effect by analysing mo...
Modern, very large wind farms require large-scale effects to be taken into account when evaluating w...
Several recent wind power estimates suggest that this renewable energy resource can meet all of the ...
Large offshore wind farms are usually clustered around transmission grids to minimize the expense of...
Increasing demand for renewable energy sources has meant that wind power is becoming a more crucial ...
This paper presents a theory based on the law of momentum conservation to define and help analyse th...
We investigate wake effects at the Anholt offshore wind farm in Denmark, which is a farm experienci...
The effect of extensive terrestrial wind farms on the spatio-temporal structure of the diurnally-evo...
dissertationThe continuous growth in energy demand together with the awareness of greenhouse gases a...
The wind energy industry relies on computationally efficient engineering-type models to design wind ...
The effects of turbine aerodynamics and response characteristics of the atmospheric boundary layer o...
Offshore wind power generation is projected to be the United Kingdom’s largest contributor to the Eu...
The wind energy industry is growing more than ever before and wind energy as a renewable energy sour...
We present an analysis of wind measurements from a series of airborne campaigns conducted to s...