Chin-Hoh Moeng

Chin-Hoh Moeng

National Center for Atmospheric Research
Email confirmado em ucar.edu
Citado por 16344
Atmospheric boundary layer turbulence large eddy simulations
Mathias W. Rotach

Mathias W. Rotach

University of Innsbruck, Department of Atmospheric and Cryospheric Sciences
Email confirmado em uibk.ac.at
Citado por 13346
Boundary Layer Dynamics Mountain Weather and Climate Complex Terrain Atmospheric Boundary Layer
Zhien Wang

Zhien Wang

Professor, SOMAS
Email confirmado em stonybrook.edu
Citado por 13169
Remote sensing Clouds aerosols Atmospheric Boundary layer lidar instrumentation
Jong-Jin Baik

Jong-Jin Baik

Seoul National University
Email confirmado em snu.ac.kr
Citado por 11134
urban meteorology atmospheric boundary layer air quality modeling cloud microphysics mesoscale meteorology
j m wilczak

jm wilczak

NOAA
Email confirmado em noaa.gov
Citado por 8819
meteorology turbulence renewable energy wind energy atmospheric boundary layer
Siegfried Raasch

Siegfried Raasch

Professor für Meteorologie, Leibniz Universität Hannover
Email confirmado em muk.uni-hannover.de
Citado por 8528
atmospheric boundary layer large-eddy simulation high performance computing turbulence
Jason Ching

Jason Ching

UNC Institute for the Environment
Citado por 7555
WUDAPT urban climate & meteorology atmospheric boundary layer urban canopy modeling air quality & WRF modeling
Richard Stevens

Richard Stevens

University of Twente
Email confirmado em utwente.nl
Citado por 7501
Wind energy Atmospheric boundary layer Turbulence computational fluid dynamics Fluid mechanics
Johan Meyers

Johan Meyers

Professor, Mechanical Engineering, KU Leuven
Email confirmado em mech.kuleuven.be
Citado por 7457
fluid mechanics large-eddy simulation wind energy atmospheric boundary layer PDE constrained optimization
Eric R. Pardyjak

Eric R. Pardyjak

University of Utah
Email confirmado em eng.utah.edu
Citado por 6463
Environmental Fluid Dynamics Atmospheric Boundary Layer Urban Fluid Mechanics Instrumentation Development
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