thermally stable boundary layers
DESCRIPTION
Thermally Stable Boundary Layers. Emily Moder – Grand Energy Challenges. Turbulent structures – vortices. Background. Basics of boundary layer fluid mechanics. Navier -Stokes Equation:. Experiment Setup. - PowerPoint PPT PresentationTRANSCRIPT
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Thermally Stable Boundary Layers
Emily Moder – Grand Energy Challenges
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BackgroundBasics of boundary layer fluid mechanics
Turbulent structures – vortices
Navier-Stokes Equation:
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Experiment SetupGoal: create a simulation of a thermally stable boundary layer, and measure the fluid dynamics properties of the system
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Preliminary Work
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Data Collection and Analysis
T3, V 2.5 T3, V6
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Data Collection and Analysis
T3, V8T3, V4
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Data Collection and Analysis
0 0.01 0.02 0.03 0.04 0.05 0.0605
1015202530354045
f(x) = − 275.676947095589 x + 38.1366031995403R² = 0.699006812817208
Bulk Richardson Number
Mea
n H
airp
in V
orte
x An
gleV4, T1 V4, T2
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Thanks to Professor Lex Smits and Owen Williams!