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In Situ Measurements of Coherent Structures and Turbulence

Authors: John Trowbridge; W R Geyer; WOODS HOLE OCEANOGRAPHIC INSTITUTION MA DEPT OF APPLIED OCEAN PHYSICS AND ENGINEERING
 
Abstract: The long-term objective of our research is to quantify the structure of turbulence in fluvial and estuarine environments, in order to develop remote-sensing tools for environmental assessment as well as to improve numerical simulations. The objectives of this program were: (1) to quantify the turbulence length scale and turbulent dynamics in an estuary under varying stratification conditions and geometries, including relatively uniform boundary-layer flows and highly disrupted wake flow conditions; (2) to quantify the key properties of observed coherent structures, including horizontal and vertical scales, intensity of vertical motions; and (3) to provide a field-scale test of turbulence closure models and large-eddy simulations via direct measures of turbulent kinetic energy, length scale and turbulent dissipation rate combined with accurate measures of the Reynolds-averaged quantities.

Description: Final rept. 1 Mar-31 Dec 2008
Pages: 6
Report Date: 07-Apr-2009
Contract Number: N00014-08-1-0616 N000140810616
Report Number: A952694

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Keywords relating to this report:
*COHERENCE
*IN SITU ANALYSIS
*MARINE ATMOSPHERES
*MEASUREMENT
*TURBULENCE
BOUNDARY LAYER FLOW
EDDIES_FLUID MECHANICS_
ENVIRONMENTAL ASSESSMENT
ESTUARIES
NUMERICAL ANALYSIS
REMOTE DETECTION
SIMULATION
STRUCTURES
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