Activity Stream

• jdiettrich deleted the dataset Virtual wind farm simulations with aligned IEA10MW and spacing DX=5D and DY=5D
  hai 1 mes
• jdiettrich deleted the dataset Virtual wind farm simulations with aligned IEA15MW and spacing DX=5D and DY=5D
  hai 1 mes
• jdiettrich deleted the dataset Virtual wind farm simulations with staggered IEA15MW and spacing DX=5D and DY=5D
  hai 1 mes
• jdiettrich deleted the dataset Virtual wind farm simulations with aligned IEA22MW and spacing DX=5D and DY=5D
  hai 1 mes
• jdiettrich deleted the dataset Nysted wind farm simulations for sensitivity to wind speed and wind direction with code_saturne- wind speed = 10 m/s
  hai 1 mes
• jdiettrich deleted the dataset Nysted wind farm simulations for sensitivity to wind speed and wind direction with code_saturne- wind speed = 8 m/s
  hai 1 mes
• jdiettrich deleted the dataset Horns Rev wind farm simulations for sensitivity to boundary layer height and wind direction with code_saturne- H=100m and H=800m
  hai 1 mes
• jdiettrich deleted the dataset Horns Rev wind farm simulations for sensitivity to boundary layer height and wind direction with code_saturne- H=1500m
  hai 1 mes
• jdiettrich deleted the dataset Horns Rev wind farm simulations for sensitivity to boundary layer height and wind direction with code_saturne- H=350m
  hai 1 mes
• jdiettrich deleted the dataset GloBE simulations for sensitivity to wind speed, boundary layer height, capping inversion thickness and capping inversion strength with code_saturne
  hai 1 mes
• jdiettrich deleted the dataset GloBE simulations for sensitivity to wind speed and boundary layer height with code_saturne-18 representative inflow profiles
  hai 1 mes
• jdiettrich deleted the dataset GloBE simulations for sensitivity to boundary layer height with code_saturne - 7 representative inflow profiles
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich created the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km
  hai 1 mes
• jdiettrich updated the dataset A reference database for the analysis of wind-farm wake recovery mechanisms in a large-eddy simulation framework, capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km
  hai 1 mes