EOL Seminar talk at the National Center for Atmospheric Research (NCAR) Abstract: Doppler lidars have proven to be crucial to map flow fields over complex terrain. For the Perdigão 2017 field campaign 27 Doppler lidars, of which 19 had scanning capabilities, have been deployed to measure the flow over, within and around the Perdigão double ridges. This talk focuses on the analysis of measurements of 8 scanning lidars deployed by DTU to understand the following flow phenomena: recirculation zones that occur in the lee of the ridges within the valley wind resource assessment with scanning lidars in complex terrai
International audienceDuring the field campaign of the Terrain-induced Rotor Experiment (T-REX) in t...
During the field campaign of the Terrain-induced Rotor Experiment (T-REX) in the spring of 2006, Dop...
A WESC 2019 talk presented in the "Demystifying Complex Terrain" Mini Symposium (session number 1.4a...
The presentation was given at NREL - Flatiron Campus on October 31, 2019. Abstract: Scanning Dopp...
The Perdigão Field Experiment set out to study atmospheric flows in complex terrain and to collect a...
Because flow recirculation can generate significant amounts of turbulence, it can impact the success...
In this talk, we present results of multi-lidar measurements from the Alaiz Experiment (ALEX17), car...
This dataset has been recorded by three long-range WindScanners and three short-range WindScanners d...
This thesis examines the way in which remote sensing instrumentation can be used toadvance our under...
During the intensive period (May-June 2017) of the Perdigäo experiment, three sets of Doppler lidar ...
This dataset has been recorded by eight long-range WindScanners that were deployed during the Perdig...
Scanning Doppler Lidars have become more prominent in the wind energy industry for a variety of appl...
Accurate three-dimensional information of wind flow fields can be an important tool in not only visu...
Dual-Doppler analysis of data from two coherent lidars during the Terrain-Induced Rotor Experiment (...
A presentation part of the IEA Wind Task 32 webinar series on how to tackle challenges associated wi...
International audienceDuring the field campaign of the Terrain-induced Rotor Experiment (T-REX) in t...
During the field campaign of the Terrain-induced Rotor Experiment (T-REX) in the spring of 2006, Dop...
A WESC 2019 talk presented in the "Demystifying Complex Terrain" Mini Symposium (session number 1.4a...
The presentation was given at NREL - Flatiron Campus on October 31, 2019. Abstract: Scanning Dopp...
The Perdigão Field Experiment set out to study atmospheric flows in complex terrain and to collect a...
Because flow recirculation can generate significant amounts of turbulence, it can impact the success...
In this talk, we present results of multi-lidar measurements from the Alaiz Experiment (ALEX17), car...
This dataset has been recorded by three long-range WindScanners and three short-range WindScanners d...
This thesis examines the way in which remote sensing instrumentation can be used toadvance our under...
During the intensive period (May-June 2017) of the Perdigäo experiment, three sets of Doppler lidar ...
This dataset has been recorded by eight long-range WindScanners that were deployed during the Perdig...
Scanning Doppler Lidars have become more prominent in the wind energy industry for a variety of appl...
Accurate three-dimensional information of wind flow fields can be an important tool in not only visu...
Dual-Doppler analysis of data from two coherent lidars during the Terrain-Induced Rotor Experiment (...
A presentation part of the IEA Wind Task 32 webinar series on how to tackle challenges associated wi...
International audienceDuring the field campaign of the Terrain-induced Rotor Experiment (T-REX) in t...
During the field campaign of the Terrain-induced Rotor Experiment (T-REX) in the spring of 2006, Dop...
A WESC 2019 talk presented in the "Demystifying Complex Terrain" Mini Symposium (session number 1.4a...