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| L E C T U R E S |
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| 1. Measurements to Support Applications |
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Keynote
In situ and remote sensing for wind energy [Abstract] |
[Lecture]
Jakob Mann
RISØ DTU, Denmark
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In situ and remote sensing of turbulence in support of the aviation community [Abstract] |
[Lecture]
Larry Cornman
NCAR Research Applications Laboratory,USA |
Turbulence measurements in support of dispersion modeling for air quality and national security applications [No Abstract] |[No Lecture]
Jeff Weil
CU CIRES and NCAR MMM, USA |
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| 2. Measurements to Support Modeling |
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Keynote
Laboratory Experiments of the Convective Boundary Layer [Abstract] | [Lecture]
Harm Jonker
Department of Multi-Scale Physics
Delft University of Technology, The Netherlands |
Using HATS Databases to Evaluate Subfilter-Scale Rate
Equations for LES [Abstract] |
[Lecture]
Peter Sullivan
NCAR MMM, USA |
Combining wind tunnel modeling and numerical simulation to study turbulence and dispersion in planetary boundary layer flows [Abstract] |
[Lecture]
Evgeni Fedorovich
School of Meteorology, University of Oklahoma, USA |
Blending field studies, wind tunnel and numerical models to understand and predict stable flows on forested hills [Abstract] |
[NoLecture yet]
John Finnigan
CSIRO Centre for Complex System Science, Australia |
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| 3. Measurements to Support Phenomenological Studies |
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Keynote
Measurement of Atmospheric Turbulence by Means of Light, Sound and
Radio Waves [Abstract] |
[Lecture]
Andreas Muschinski
Department of Electrical and Computer Engineering
University of Massachusetts at Amherst, USA |
Laboratory Studies of the influence of Turbulence on Accumulation and Settling Velocity of Inertial Droplets [Abstract] |
[NoLecture yet]
Alberto Aliseda
Department of Mechanical Engineering, University of Washington |
Wave-induced Turbulence in the Lower Troposphere: A T-REX Perspective [Abstract] | [Lecture]
Vanda Grubišić
Division of Atmospheric Sciences/Desert Research Institute |
Observations for Improving the Understanding of Turbulent Processes in the Upper Troposphere and Lower Stratosphere [Abstract] |
[Lecture]
Bob Sharman
NCAR Research Applications Laboratory |
Identifying Vortical Structures and Their Impact from Laboratory Studies of
Wall Turbulence [Abstract] |
[Lecture]
Ken Christensen
Department of Mechanical Science and Engineering
University of Illinois at Urbana-Champaign, USA |
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| 4. Sampling Strategies |
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Keynote
Out of Kansas: Meaningful Turbulence Measurements in Non-Ideal Conditions [Abstract] |
[Lecture]
Hans Peter Schmid
Institute of Meteorology and Climate Research, Research Center Karlruhe (FZK/IMK-IFU) |
Turbulence measurements for Surface-layer Micrometeorological studies over sea
and sea-ice [Abstract] |
[Lecture]
Chris Fairall and Andrey Grachev
NOAA Earth System Research Laboratory |
Acoustic tomography techniques for observing atmospheric turbulence [Abstract] |
[Lecture]
Keith Wilson
ERDC-CRREL, USA |
Measurements of
Turbulence Profiles with Scanning Doppler Lidar for Wind Energy Applications [Abstract] |
[Lecture]
Rod Frehlich
CU CIRES and
NCAR Research Applications Laboratory |
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| 5. Technology |
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Keynote
Technology Infusion for Atmospheric Boundary Layer Research: Observations and Experiments on Multi-scale Turbulence Phenomena [Abstract] |[No Lecture]
Harindra (Joe) Fernando
Institute of Meteorology and Climate Research
Arizona State University, Tempe, USA |
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| Panel Discussion |
Harindra (Joe) Fernando
Introductory comments.
Mike Loudiana, The Boeing Company, Wa
" Instrument array in observing upper atmosphere, especially the Airborne platforms; challenging issues for such observations, including those related to the Airborne Laser
Program." [Abstract] |
[Lecture]
Tom Horst, NCAR/EOL, Boulder, CO
"Observing ABL turbulence using complex instrument arrays especially in the context of evaluating and refining models." [Abstract] |
[Lecture]
Andreas Muschinski, University of Massachusetts, Amherst, MA
"Optical and radar instruments."
Walter Bach, Army Research Office, Durham, NC
"Overarching problems related to probing flow in the Atmospheric Boundary Layers, especially, stable boundary layer, and some futuristic instrumentation concepts." [Abstract] |
[Lecture]
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